Generated by All in One SEO v4.9.3, this is an llms.txt file, used by LLMs to index the site.

# Farming Future Food

Making sense of the science reshaping the world's food and farming systems.

## Sitemaps

- [XML Sitemap](https://farmingfuturefood.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [News](https://farmingfuturefood.com/news/)
- [Infertile hatchery eggs show potential as broiler feed ingredient](https://farmingfuturefood.com/infertile-hatchery-eggs-show-potential-as-broiler-feed-ingredient/) - Infertile egg meal could provide a sustainable, protein-rich broiler feed ingredient, cutting hatchery waste and reducing reliance on soybean meal.
- [New genetic markers could help breed pigs for a hotter climate](https://farmingfuturefood.com/new-genetic-markers-could-help-breed-pigs-for-a-hotter-climate/) - French researchers have identified DNA regions associated with heat stress responses in pigs, offering new opportunities to breed animals better adapted to rising temperatures.
- [Biopesticides offer clear benefits, but their ecological risks need more attention](https://farmingfuturefood.com/biopesticides-offer-clear-benefits-but-their-ecological-risks-need-more-attention/) - An international team of researchers argues that while microbial biopesticides remain valuable alternatives to synthetic chemicals, their effects on pollinators and other beneficial insects have been underestimated in both research and regulation.
- [Crop protection acquisitions raise questions over the pace of agtech innovation](https://farmingfuturefood.com/crop-protection-acquisitions-raise-questions-over-the-pace-of-agtech-innovation/) - Scientists are calling for closer scrutiny of agtech acquisitions after analysing $5bn of deals involving major crop protection companies.
- [Why fragile fruit-harvesting robots are still struggling to go mainstream](https://farmingfuturefood.com/why-fragile-fruit-harvesting-robots-are-still-struggling-to-go-mainstream/) - Soft grippers and nature-inspired designs show promise, but robots struggle in real-world crops
- [Genetic sex conversion could improve sterile pest control](https://farmingfuturefood.com/genetic-sex-conversion-could-improve-sterile-pest-control/) - Scientists say new genetic techniques that convert female insects into males could make sterile insect programmes more efficient, reducing pest populations while lowering reliance on insecticides.
- [Salinity may be undermining farm soil carbon sequestration in global drylands](https://farmingfuturefood.com/soil-salinity-may-be-undermining-farm-soil-carbon-sequestration-in-global-drylands/) - New research shows salt levels significantly influence soil carbon storage stability on farms.
- [Can genetics unlock pest-resistant agave?](https://farmingfuturefood.com/can-genetics-unlock-pest-resistant-agave/) - Researchers at State University of Campinas are developing genetically modified agave resistant to weeds and insect pests, aiming to turn Brazil's vast semi-arid regions into a major source of sustainable biofuel.
- [Reduced fertiliser inputs may help biological control without impacting yields](https://farmingfuturefood.com/reduced-fertiliser-inputs-may-help-biological-control-without-impacting-yields/) - Lower fertiliser rates reduced aphid pressure in greenhouse tomatoes while maintaining yields, suggesting nutrient management could support biological control.
- [Soil carbon delivers £59.7bn in ecosystem benefits to England and Wales, study finds](https://farmingfuturefood.com/soil-carbon-delivers-59-7bn-in-ecosystem-benefits-to-england-and-wales-study-finds/) - Researchers from the University of Reading and University of Greenwich have produced the first comprehensive estimate of the economic value of soil carbon sequestration in England and Wales, highlighting benefits that extend far beyond climate regulation.
- [Alternative soldier fly species could unlock new opportunities for feed and food](https://farmingfuturefood.com/alternative-soldier-fly-species-could-unlock-new-opportunities-for-feed-and-food/) - A review from the University of Alicante argues that insect farming's focus on black soldier fly is overlooking other promising species better suited to regional feed, waste management and circular economy applications.
- [Pig sector must pair innovation with stronger public engagement, say experts](https://farmingfuturefood.com/pig-sector-must-pair-innovation-with-stronger-public-engagement-say-experts/) - Advances in welfare, AI monitoring and antimicrobial stewardship must be "matched by stronger public communication" to maintain trust.
- [Bees and drones combine for novel pollination approach](https://farmingfuturefood.com/bees-and-drones-combine-for-novel-pollination-approach/) - Chinese researchers improved pollination and fruit set in orchard crops by distributing bee-collected pollen with drones, combining biological and robotic approaches to address pollinator decline.
- [Pig sector debates AI, disease control and sustainability at ESPHM 2026](https://farmingfuturefood.com/pig-sector-debates-ai-disease-control-and-sustainability-at-esphm-2026/) - The growing role of data, technology and AI was the focus of discussions at 2026's European Symposium of Porcine Health Management.
- [ESPHM 2026 to examine role of data, genetics and disease control in pig production](https://farmingfuturefood.com/esphm-2026-to-examine-role-of-data-genetics-and-disease-control-in-pig-production/) - ESPHM 2026 will highlight how data, genetics and new approaches to disease control are shaping pig production, as researchers and industry meet in Florence to address efficiency, sustainability and herd health.
- [Alternative feed ingredients and probiotics could cut costs in layer diets, study finds](https://farmingfuturefood.com/alternative-feed-ingredients-and-probiotics-could-cut-costs-in-layer-diets-study-finds/) - Partially replacing maize with wheat bran or biscuit crumbs may improve feed efficiency and profitability in laying hen diets.
- [Biodegradable mulch with citronella repels whiteflies in strawberry crops](https://farmingfuturefood.com/biodegradable-mulch-with-citronella-repels-whiteflies-in-strawberry-crops/) - Brazilian researchers have developed a biodegradable mulch film incorporating citronella oil that repels Bemisia tabaci while improving material performance and reducing egg-laying on strawberry plants.
- [Automated field scouting shows potential in fight to tackle potato virus Y](https://farmingfuturefood.com/automated-field-scouting-could-transform-detection-of-potato-virus-y/) - Canadian researchers have developed the AgriScout robot, combining imaging, RTK positioning and AI analysis to detect potato virus Y and map infections directly in the field.
- [Beneficial bacterial blend offers biocontrol breakthrough against aphids](https://farmingfuturefood.com/beneficial-bacterial-blend-offers-biocontrol-breakthrough-against-aphids/) - A synthetic blend of beneficial bacteria has been proven to significantly reduce aphid infestations whilst boosting yields in pepper crops.
- [Drip irrigation could help deliver biological control for damaging fruit pest](https://farmingfuturefood.com/drip-irrigation-could-help-deliver-biological-control-for-damaging-fruit-pest/) - Drip irrigation delivery of biocontrol nematodes could help berry growers control spotted wing drosophila while reducing reliance on chemical insecticides.
- [Terraced fields store more carbon than slopes, research shows](https://farmingfuturefood.com/terraced-fields-store-more-carbon-than-slopes-research-shows/) - Research from China’s Loess Plateau shows terracing can significantly increase soil organic carbon, strengthening the case for their wider use in climate-smart upland farming.
- [Sprayable ‘origami’ RNA biopesticide shows promise for controlling caterpillar pests](https://farmingfuturefood.com/sprayable-origami-rna-biopesticide-shows-promise-for-controlling-caterpillar-pests/) - Scientists in China have developed a sprayable RNA “origami” biopesticide that improved control of beet armyworm caterpillars in early lab trials.
- [From plant vaccines to robots: 2025's most-read stories](https://farmingfuturefood.com/from-plant-vaccines-to-robots-2025s-most-read-stories/) - From plant immune priming and RNA-based crop protection to robots, AI field platforms and alternative feeds, these were the agtech and food production stories Farming Future Food readers engaged with most in 2025.
- [Insect farming needs to use true waste to be sustainable, says industry leader](https://farmingfuturefood.com/insect-farming-needs-to-use-true-waste-to-be-sustainable-says-industry-leader/) - InsectBiotech’s Ben Brown says insect farms must use true organic waste and low-energy setups to succeed.
- [How volcanic rock dust affects soil pH, nutrients and crop performance](https://farmingfuturefood.com/how-volcanic-rock-dust-affects-soil-ph-nutrients-and-crop-performance/) - Researchers are examining whether basalt rock dust can improve soil pH and nutrient availability. FFF takes a look at what the current evidence shows.
- [From milk to growing media: protein fibre offers high-nutrient peat-free option for growers](https://farmingfuturefood.com/from-milk-to-growing-media-protein-fibre-offers-high-nutrient-peat-free-option-for-growers/) - A fibre made from waste milk protein could help growers improve the performance of peat-free growing media without reverting to peat-based mixes.
- [Olive-derived additive could cut pyrethroid use by 80% against cabbage stem flea beetle](https://farmingfuturefood.com/olive-derived-additive-could-cut-pyrethroid-use-by-80-against-cabbage-stem-flea-beetle/) - UK research shows an olive oil-derived synergist can restore pyrethroid performance against resistant cabbage stem flea beetle, cutting insecticide use while improving control.
- [Red light, grower’s delight: Startup’s spray-on product transforms UV in greenhouses to improve crop performance](https://farmingfuturefood.com/red-light-growers-delight-startups-spray-on-product-transforms-uv-in-greenhouses-to-improve-crop-performance/) - Cambridge startup Lambda agri has developed a sprayable, biodegradable coating that converts UV light into red wavelengths, boosting greenhouse crop yields while cutting reliance on artificial lighting.
- [Next-generation crop breeding aims to combine yield and carbon storage](https://farmingfuturefood.com/next-generation-crop-breeding-aims-to-combine-yield-and-carbon-storage/) - A team of agri-scientists in China have outlined a framework for breeding crops that enhance soil carbon storage while maintaining — or even improving — productivity.
- [Hoverflies show potential as dual pollinators and disease-control agents](https://farmingfuturefood.com/hoverflies-show-potential-as-dual-pollinators-and-disease-control-agents/) - Swedish researchers show hoverflies can vector beneficial yeast to flowers, reducing grey mould and improving fruit quality.
- [Pelletised food waste shows promise as a nutrient source for soils](https://farmingfuturefood.com/pelletised-food-waste-shows-promise-as-a-nutrient-source-for-soils/) - A soil amendment made from hospitality waste aims to recycle nutrients back into farming systems.
- [Misaligned business models, not technology, behind recent ag-tech shutdowns](https://farmingfuturefood.com/misaligned-business-models-not-technology-behind-recent-ag-tech-shutdowns/) - An analysis of 18 ag-tech company closures in 2025 suggests economics and farmer adoption, not science, are the sector’s biggest barriers.
- [Rumen microbes could speed up breeding for low-methane sheep](https://farmingfuturefood.com/rumen-microbes-could-speed-up-breeding-for-low-methane-sheep/) - Research shows rumen microbiome profiling can predict methane output in sheep and could help breeders identify low-methane genetics faster.
- [Next-generation biopesticide uses RNAi yeast and sugar lures to target fruit fly pest](https://farmingfuturefood.com/next-generation-biopesticide-uses-rnai-yeast-and-sugar-lures-to-target-fruit-fly-pest/) - U.S. researchers have used RNA interference to engineer yeast that selectively kills spotted wing drosophila when delivered in a sugar bait, offering a potential new class of biorational insecticides.
- [Pig hair cortisol tests could guide breeding for better stress resilience](https://farmingfuturefood.com/pig-hair-cortisol-tests-could-guide-breeding-for-better-stress-resilience/) - Researchers in North America have linked hair cortisol levels in young pigs to stress behaviours and genetic markers, opening the door to breeding animals better able to cope with routine farm stressors.
- [Not just for sauce: Research shows poultry fed cranberry have healthier guts](https://farmingfuturefood.com/not-just-for-sauce-research-shows-poultry-fed-cranberry-have-healthier-guts/) - Studies suggest cranberry pomace — a fruit processing by-product — could improve poultry gut health, reduce harmful bacteria and offer a sustainable alternative to antibiotics and conventional feeds.
- [Recyclable 3D-printed pheromone carriers improve pest trapping in field tests](https://farmingfuturefood.com/recyclable-3d-printed-pheromone-carriers-improve-pest-trapping-in-field-tests/) - Chinese scientists have developed recyclable, biodegradable 3D-printed pheromone carriers that release attractants for weeks and outperform conventional rubber traps in the field.
- [Sugar-based nanotechnology could unlock next-generation sustainable pest control ](https://farmingfuturefood.com/sugar-based-nanotechnology-could-unlock-next-generation-sustainable-pest-control/) - New sugar-based nanotech could help biological pesticides last longer in the field, giving farmers more reliable, sustainable options for pest control.
- [The hidden genes behind chicken resilience in a changing climate](https://farmingfuturefood.com/the-hidden-genes-behind-chicken-resilience-in-a-changing-climate/) - Chinese researchers analysing whole-genome data from chickens across the world have identified key genes linked to heat and precipitation tolerance — findings that could guide future breeding for climate resilience.
- [6 ways cannabis is disrupting agriculture — from livestock feed to pest control](https://farmingfuturefood.com/6-ways-cannabis-is-disrupting-agriculture-from-livestock-feed-to-pest-control/) - From boosting meat quality to reducing environmental impact, hemp by-products are showing promise in livestock feed and pest control. Here’s what the latest research says.
- [Spiral-shaped crop fields could make farm robots more efficient](https://farmingfuturefood.com/spiral-shaped-crop-fields-could-make-farm-robots-more-efficient/) - Scientists say farms of the future could swap straight rows for spiral-shaped fields to help robots work faster and use less energy.
- [Alternative feed sources for sustainable livestock production: Everything you need to know](https://farmingfuturefood.com/putting-insects-and-algae-on-the-menu-everything-you-need-to-know-about-alternative-feeds/) - Insects and algae are emerging as sustainable alternatives to soy and fishmeal in livestock feed. Here’s how they compare on cost, nutrition and environmental impact.
- [Soil algae could turn farm fields into carbon sinks, review suggests](https://farmingfuturefood.com/soil-algae-could-turn-farm-fields-into-carbon-sinks-review-suggests/) - Research highlights how soil algae used as inoculants could lock carbon in farmland, improve soil structure, and open doors to future carbon markets.
- [Analyst warns insect farming may be overstating its sustainability and profitability](https://farmingfuturefood.com/analyst-warns-insect-farming-may-be-overstating-its-sustainability-and-profitability/) - Research finds insect farming’s impact depends on context, feed sources and regulation.
- [Algal feed boosts broiler meat quality without hurting growth, research shows](https://farmingfuturefood.com/algal-feed-boosts-broiler-meat-quality-without-hurting-growth-research-shows/) - Feeding broilers Chlorella diets improves meat quality without harming welfare or productivity.
- [Can methane emissions from cattle be reduced — and how?](https://farmingfuturefood.com/can-methane-emissions-from-cattle-be-reduced-and-how/) - Methane from cattle is a key contributor to agricultural greenhouse gas emissions. Farming Future Food looks at whether emissions can realistically be reduced and how feed additives, breeding programmes and policy incentives are shaping practical options for farmers.
- [What is carbon insetting — and what does it mean for farmers?](https://farmingfuturefood.com/what-is-carbon-insetting-and-what-does-it-mean-for-farmers/) - Carbon insetting involves reducing or storing emissions on farms within a company’s own supply chain. In this Q&A, Farming Future Food explores what it means for farmers, and how it differs from selling carbon offsets on open markets.
- [Greenhouse robots could solve Mediterranean labour shortages in agriculture](https://farmingfuturefood.com/greenhouse-robots-could-solve-mediterranean-growers-labour-shortages/) - Mediterranean greenhouse growers are adopting robots to automate harvesting, pruning, and pesticide tasks, helping to ease severe labour shortages and boost productivity.
- [Volcanic rock improves crop yields and soil health in UK trial](https://farmingfuturefood.com/volcanic-rock-dust-boosts-yield-soil-ph-and-crop-nutrients-in-uk-trial/) - A UK trial found applying volcanic rock dust to arable soils can increase crop yields by over 20%, improve soil pH, and enhance nutrient availability, offering a sustainable alternative to traditional fertilisers.
- [Machine learning and laser tech could transform soil carbon stock measurement](https://farmingfuturefood.com/machine-learning-and-laser-tech-could-transform-soil-carbon-stock-measurement/) - Laser-induced breakdown spectroscopy with AI could provide fast, low-cost soil carbon measurements for large-scale use.
- [Bio-inspired carrier could improve the success of seeding using drones](https://farmingfuturefood.com/bio-inspired-carrier-could-improve-the-success-of-seeding-using-drones/) - A self-burying three-tailed seed carrier could improve the germination of seeds dropped by aerial technologies such as drones.
- [Is Europe ready for an agricultural drone revolution? Exploring opportunities and challenges](https://farmingfuturefood.com/is-europe-ready-for-an-agricultural-drone-revolution/) - Drones are already reshaping farming in Asia and the US. But in Europe, outdated policy and slow uptake could leave producers grounded.
- [What is RNA interference and why is it relevant to the future of crop protection?](https://farmingfuturefood.com/what-is-rna-interference-and-why-is-it-relevant-to-the-future-of-crop-protection/) - RNA interference (RNAi) is gaining traction as a precise, low-impact tool for crop protection. Here’s what it is, how it works, and why its future in European agriculture depends on overcoming key scientific and regulatory hurdles.
- [Plant vaccination: a potential solution to combat  crop diseases](https://farmingfuturefood.com/plant-vaccination-a-potential-weapon-for-growers-fight-against-damaging-diseases/) - Scientists believe plant vaccination, through inducing systemic resistance, offers an eco-friendly alternative to traditional pesticides, enhancing crop resilience against various pathogens.
- [What’s next for alternative feed development in pig diets?](https://farmingfuturefood.com/whats-next-for-alternative-feed-development-in-pig-diets/) - Alternative feeds like insect meal, algae and rice bran could make pig production more circular and sustainable. Farming Future Food examines what research shows, what barriers remain, and what’s next for low-impact pig diets.
- [New antimicrobial compounds prevent mastitis infections without antibiotics](https://farmingfuturefood.com/new-antimicrobial-compounds-prevent-mastitis-infections-without-antibiotics/) - Scientists have developed antimicrobial compounds that prevent udder infections in dairy cows without antibiotics, killing drug-resistant bacteria safely and sustainably in early farm trials.
- [Insect feeds offer promise for growing pig diets](https://farmingfuturefood.com/insect-feeds-offer-promise-for-growing-pig-diets/) - Insect-based feeds such as black soldier fly larvae show promise as sustainable, high-protein ingredients in pig diets, but scale and safety challenges remain.
- [Oregano additive shows promise in reducing Salmonella in broilers](https://farmingfuturefood.com/oregano-additive-shows-promise-in-reducing-salmonella-in-broilers/) - Researchers have found that adding oregano oil to broiler diets can cut Salmonella levels in young birds, pointing to a natural alternative to antibiotics.
- [Scientists demonstrate biological defence against major olive tree disease](https://farmingfuturefood.com/scientists-demonstrate-biological-defence-against-major-olive-tree-disease/) - Spanish study finds inoculation with fungus strains slows disease progression and boosts olive tree survival.
- [Soil fungus could replace chemical sprays in fight against crop diseases](https://farmingfuturefood.com/soil-fungus-could-replace-chemical-sprays-in-fight-against-crop-diseases/) - A common soil fungus, Trichoderma hamatum, produces natural vapours that suppress major crop diseases, offering farmers a greener alternative to fungicides.
- [Public doubts persist over automation in Australian agriculture](https://farmingfuturefood.com/public-doubts-persist-over-automation-in-australian-agriculture/) - Australians question automation in farming, with doubts over ethics, ecology, and corporate control.
- [Precision fermentation vs cellular agriculture – what’s the difference and what could it mean for producers?](https://farmingfuturefood.com/precision-fermentation-vs-cellular-agriculture-whats-the-difference-and-what-could-it-mean-for-producers/) - Precision fermentation and cellular agriculture are both alternative methods of producing animal-derived food, but they differ significantly in process, cost and commercial readiness. In this Q&A, Farming Future Food explains their current status and considers what they might mean for conventional producers.
- [What is regenerative agriculture — and what technologies are being used to deliver it?](https://farmingfuturefood.com/what-is-regenerative-agriculture-and-what-technologies-are-being-used-to-deliver-it/) - Regenerative agriculture aims to restore soil health and ecosystem function, but practical adoption depends on new tools and approaches. In this Q&A, Farming Future Food explains what regenerative agriculture is, and which technologies are being used to implement it in real farm systems around the world.
- [Intercropping with faba beans and decoys reduces pest pressure in oilseed rape](https://farmingfuturefood.com/intercropping-with-faba-beans-and-decoys-reduces-pest-pressure-in-oilseed-rape/) - Swiss scientists show intercropping oilseed rape with faba beans or decoys reduces damaging insect pests.
- [What is the legal status of hemp feed — and where are trials happening worldwide?](https://farmingfuturefood.com/what-is-the-legal-status-of-hemp-feed-and-where-are-trials-happening-worldwide/) - Hemp is increasingly discussed as a sustainable feed source, but product approval and regulatory progress vary significantly by region. In this Q&A, Farming Future Food outlines the current legal status of hemp-based feeds and the key global trials underway in livestock and other animal nutrition sectors.
- [Vertical farming vs greenhouse: which is more sustainable?](https://farmingfuturefood.com/vertical-farming-vs-greenhouse-which-is-more-sustainable/) - Vertical and greenhouse farming both aim to make crop production more controlled and resource-efficient. In a Q&A, Farming Future Food outlines how they differ in water use, energy requirements, crop suitability and long-term sustainability.
- [AI rover brings autonomous harvesting and soil testing to precision agriculture](https://farmingfuturefood.com/ai-rover-brings-autonomous-harvesting-and-soil-testing-to-precision-agriculture/) - A prototype rover developed in Bangladesh combines autonomous vegetable harvesting with real-time soil nutrient analysis – potentially helping farmers tackle labour shortages, cut input costs and optimise yields.
- [Sensory sweat monitoring could help beef producers manage heat stress in cattle](https://farmingfuturefood.com/sweaty-cows-could-help-beef-producers-beat-the-heat/) - New sensor technology tracks sweating in cattle to detect heat stress early—offering beef producers a non-invasive, real-time method to improve herd welfare and productivity.
- [What is biological crop protection — and how does it differ from conventional pesticides?](https://farmingfuturefood.com/what-is-biological-crop-protection-and-how-does-it-differ-from-conventional-pesticides/) - Biological crop protection uses natural organisms or substances to control pests and diseases. This Q&A explains how biologicals work, how they differ from chemical pesticides and what role they could play in future crop protection strategies.
- [Rumen microbiome offers new route to breed low-methane sheep without cutting productivity](https://farmingfuturefood.com/rumen-microbiome-offers-new-route-to-breed-low-methane-sheep-without-cutting-productivity/) - Sheep farmers can now breed lower-emission animals using rumen microbiome data — a heritable, scalable tool that supports climate goals without compromising flock performance.
- [UK agri-tech held back by funding gaps, fragmentation and farmer disconnect](https://farmingfuturefood.com/uk-agri-tech-held-back-by-funding-gaps-fragmentation-and-farmer-disconnect/) - Report reveals that UK agri-tech innovation is held back by regional funding disparities, poor commercialisation support, and weak ties with farmers.
- [UK agriculture workforce must upskill urgently to embrace new tech, report warns](https://farmingfuturefood.com/uk-agri-workforce-needs-urgent-upskilling-amid-rapid-tech-shift/) - The UK agricultural labour force needs rapid upskilling in digital tools, robotics, and data analysis to meet demands of emerging agri-tech, a recent report suggests.
- [Cow urine and neem oil trial cuts citrus pests by 50% in India](https://farmingfuturefood.com/cow-urine-and-neem-oil-trial-offers-low-cost-biopesticide-solution-for-citrus-growers/) - A field trial in India found that a mixture of cow urine and neem oil reduced key citrus pests by nearly 50%, offering a cost-effective, organic alternative to chemical sprays for acid lime growers.
- [Coffee waste extract boosts chicken growth and digestive health](https://farmingfuturefood.com/coffee-waste-extract-boosts/) - Coffee pulp extract improved growth rates and gut health in broiler chickens, according to new research from Chiang Mai University in Thailand.
- [Biocontrol booms in Latin America as farmers seek cheaper, effective pest solutions](https://farmingfuturefood.com/biocontrol-booms-in-latin-america-as-farmers-seek-cheaper-effective-pest-solutions/) - Latin America now uses biological pest control more than any region, driven by practicality over sustainability.
- [AI set to disrupt agriculture more than any other sector, says expert](https://farmingfuturefood.com/ai-set-to-disrupt-agriculture-more-than-any-other-sector/) - Artificial intelligence (AI) is poised to revolutionise agriculture faster and more profoundly than any other industry, with potential to boost efficiency, sustainability, and profitability across the food system.
- [AI-powered breeding tackles corn disease with big biotech partnership](https://farmingfuturefood.com/precision-breeders-and-crop-giant-employing-ai-in-bid-to-tackle-us-corn-diseases/) - A collaboration between precision breeders and a major crop company leverages AI-driven breeding to develop disease-resistant corn—boosting yield and resilience in the US maize bel.
- [Tackling mycotoxin contamination: Biotech solutions for safer food and feed](https://farmingfuturefood.com/from-crops-to-the-food-chain-mission-to-control-mycotoxins-requires-new-focus/) - Biotech tools to fight mycotoxins in food and feed show promise, but barriers like cost, co-contamination and scalability hinder progress, researchers say.
- [Mistletoe parasites offer low-cost livestock feed alternative for farmers](https://farmingfuturefood.com/mistletoe-could-help-farmers-kiss-goodbye-to-high-feed-costs/) - New trials suggest mistletoe growth on pastures could offset rising livestock feed costs, unlocking sustainable, low-input supplementation for grazing herds.
- [Hemp-derived products and pests open new sustainable pest control pathways](https://farmingfuturefood.com/hemp-is-both-source-and-target-for-sustainable-pest-control-options/) - Research reveals hemp extracts can repel pests while hemp plants themselves are vulnerable—offering a dual opportunity to develop eco‑friendly biopesticides and bred resistant hemp traits.
- [Hemp seed supplementation enhances poultry meat quality and nutrition](https://farmingfuturefood.com/meat-quality-improved-by-adding-hemp-seed-to-poultry-diets/) - New research finds that adding hemp seed to poultry diets enriches meat with beneficial fatty acids and improves flavour—all without compromising growth performance.
- [Hemp by‑products show promise as sustainable feed for lambs and cattle](https://farmingfuturefood.com/can-hemp-industry-by-products-provide-viable-animal-feed/) - New studies reveal hemp industry by-products can improve lamb digestion and work in cattle diets—though political barriers and feed standards pose challenges.
- [Cannabis processing residue shows promise as sustainable poultry feed supplement](https://farmingfuturefood.com/cannabis-residue-could-be-sustainable-supplement-in-poultry-production/) - New research reveals that hemp-linseed mix from cannabis residue can enhance chicken antioxidant levels and meat quality—offering a sustainable, circular-feeding solution for poultry farms.
- [Europe’s broiler chicken diets drive major environmental impact—sustainable alternatives emerge](https://farmingfuturefood.com/feeding-europes-broiler-chickens-has-a-huge-environmental-impact-what-now/) - Research highlights the large environmental footprint of Europe’s broiler feed and explores emerging sustainable alternatives to reduce land use and emissions in poultry production.
- [Farmers forecast triple growth in AI use over next decade, survey shows](https://farmingfuturefood.com/farmers-think-use-of-artificial-intelligence-will-triple-in-the-next-10-years/) - New survey reveals farmers expect artificial intelligence use in agriculture to triple within 10 years—driven by precision farming, yield optimization, and automation efficiency.
- [Wastewater nutrient recovery makes microalgae feed more cost-effective](https://farmingfuturefood.com/extracting-wastewater-nutrients-could-make-microalgae-a-more-financially-feasible-feed/) - By extracting nutrients from wastewater, microalgae production becomes more profitable—creating sustainable, high-value feed options for livestock and aquaculture.
- [Biochar-mulch combination boosts soil health and water retention in semiarid farming](https://farmingfuturefood.com/biochar-and-novel-mulch-combination-brings-advantages-on-semiarid-land/) - A field trial shows combining biochar with eco-friendly mulch improves soil moisture, nutrient levels, and crop resilience—making it a promising practice for semiarid agriculture.
- [Cable‑driven robotic systems set to boost efficiency and agility in high‑value crop production](https://farmingfuturefood.com/advancements-in-cable-driven-robots-could-increase-appeal-for-growers/) - Recent advancements in cable‑driven robots offer more flexible, energy‑efficient automation for high‑value crops like fruits and vegetables—making robotics more attractive to growers.
- [UK agriculture needs digital skills overhaul to harness benefits of AI, robotics, and automation](https://farmingfuturefood.com/digital-agriculture-education-vital-to-capture-potential-benefits-of-technology-roll-out-in-the-uk/) - Research from the UK-RAS Network highlights the urgent need for vocational and apprentice-level training in robotics and automation systems (RAS) to ensure the UK’s agri-food workforce can fully leverage emerging technologies.
- [Flickering light in poultry houses can reduce turkey growth and welfare](https://farmingfuturefood.com/turkey-performance-can-be-hit-by-light-flicker/) - New research finds that light flicker in turkey barns can stress birds, impair growth rates, and affect welfare—highlighting the need for stable lighting for optimal flock performance.
- [Farming changes are enhancing carbon sink role of China’s fields](https://farmingfuturefood.com/farming-changes-are-enhancing-carbon-sink-role-of-chinas-fields/) - Recent changes in China’s crop and soil management practices are significantly increasing soil carbon storage, helping agriculture contribute to climate mitigation goals.
- [Ag 4.0 demands reform: Universities must modernise to power future farming](https://farmingfuturefood.com/higher-education-needs-to-change-to-be-springboard-for-agriculture-4-0/) - As agriculture enters its fourth revolution, tertiary education must adapt—offering students AI, robotics, and precision agriculture training to meet the sector's evolving needs.
- [Gene‑driven pest control could target destructive moth species effectively](https://farmingfuturefood.com/genetic-pest-control-targeting-major-pest-moth-could-now-be-possible/) - Research using gene-editing (CRISPR) shows promise for controlling major crop-destroying moths—offering precise, sustainable pest management without chemical pesticides.
- [Integrating rice and livestock boosts soil carbon, study shows](https://farmingfuturefood.com/farming-rice-and-animals-together-has-soil-carbon-benefits/) - Study in Brazil finds integrating livestock with rice paddies significantly boosts soil carbon, offering both climate and productivity benefits.
- [Multi-camera AI system promises healthier dairy cows and increased milk yields](https://farmingfuturefood.com/multi-camera-tracking-system-aims-for-healthier-dairy-herds-and-higher-yields/) - A multi-camera tracking system using AI can monitor dairy cow behaviour more accurately, helping farmers improve herd health and boost milk production sustainably.
- [Autonomous plant analysis robot accelerates crop breeding with precision phenotyping](https://farmingfuturefood.com/plant-analysis-robot-could-aid-quest-to-breed-better-crops/) - Monash University's 'Phenobot' robot combines laser sensing, high-resolution imaging, and AI to automate plant analysis, enhancing crop breeding efficiency and precision.
- [Researchers pioneering biodegradable pest control to cut plastic waste in agriculture](https://farmingfuturefood.com/the-researchers-working-to-curb-pest-controls-plastic-dependency/) - Innovative research into biodegradable pest-control materials aims to replace plastic-coated traps and spraying films—reducing environmental impact while maintaining crop protection efficacy.
- [Cotton plant microbiota transplants reduce disease and boost crop resilience](https://farmingfuturefood.com/microbiota-transplant-offers-new-hope-against-costly-cotton-disease/) - Transplanting soil microbiota from healthy to diseased cotton plants suppresses pathogen levels and improves plant growth—offering a sustainable, microbiome-based approach to managing costly cotton diseases.
- [Conservation tillage boosts soil carbon but can reduce wheat yields, says long-term study](https://farmingfuturefood.com/no-till-builds-soil-carbon-but-can-reduce-wheat-yields-says-long-term-study/) - A 29-year Czech trial finds conservation tillage methods—especially no-till—can increase soil carbon and boost microbial activity, but may cut wheat yields by around 5%, especially under drought conditions.
- [Ladybirds coated with fungal biocontrol agents offer sustainable pest management boost](https://farmingfuturefood.com/ladybirds-can-deliver-killer-fungus-packages-to-enhance-pest-control/) - Researchers have found that ladybirds carrying entomopathogenic fungi effectively spread disease among pest populations—promising a targeted, eco-friendly alternative to chemical pesticides.
- [Fruit seed by-products boost livestock feed value and improve soil health](https://farmingfuturefood.com/fruit-seeds-offer-sustainable-livestock-feed-and-soil-solutions/) - Researchers show that using fruit seed by-products in livestock feed enhances animal nutrition and soil quality—offering a circular, sustainable alternative to conventional agricultural waste.
- [Plants engineered to produce pheromones could control pest populations naturally](https://farmingfuturefood.com/plants-could-be-pheromone-factories-to-control-problem-pests/) - Scientists are developing plants that biosynthesise pest pheromones—offering an innovative, eco-friendly pest control method that reduces reliance on synthetic pesticides and preserves beneficial insect populations.
- [Camera traps offer new insights into pest management strategies](https://farmingfuturefood.com/cameras-reveal-natural-solutions-for-dealing-with-oilseed-rape-pests/) - Research using camera traps highlights the crucial role of predatory beetle larvae in controlling oilseed rape pests, offering sustainable alternatives to chemical pesticides for healthier crop management.
- [Simpler sampling methods could reveal higher topsoil carbon increases on farms](https://farmingfuturefood.com/measurement-methods-may-be-overlooking-farm-topsoil-carbon-benefits/) - Research suggests standard carbon sampling methods may underestimate topsoil carbon gains—potentially masking important benefits of farming practices like no-till and cover crops.
- [Farm robots drive efficiency gains in African agriculture, early results show](https://farmingfuturefood.com/africa-starting-to-feel-the-benefit-of-farm-robot-roll-out/) - African farmers are increasingly adopting farm robots for weeding, seeding, and harvesting—improving productivity, reducing labour costs, and overcoming workforce challenges in key sectors.
- [RNA interference emerges as a key tool for next‑gen crop protection](https://farmingfuturefood.com/the-role-of-rna-interference-in-the-future-of-crop-protection/) - RNA interference (RNAi) offers a precise and eco‑friendly method to control crop pests and diseases, showing growing promise in field trials and emerging agri‑tech innovations.
- [Cannabis waste improves chicken meat quality without affecting growth, study finds](https://farmingfuturefood.com/cannabis-waste-boosts-chicken-meat-quality-without-impacting-growth/) - Feeding chickens hemp cannabis waste enhances meat quality and antioxidant levels without reducing growth or feed efficiency, offering a sustainable new feed option.
- [Turning off aphids’ sweet tooth: A breakthrough in eco-friendly pest control](https://farmingfuturefood.com/numbing-aphids-sweet-sensations-shows-potential-to-turn-them-off-valuable-crops/) - Researchers from Qingdao Agricultural University have discovered that lactisole, a common food additive, can deter aphid feeding by interfering with their sugar receptors, presenting a novel approach to pest management.
- [Smart seat systems combat tractor vibration to protect farmers' health](https://farmingfuturefood.com/picking-up-bad-vibrations-smart-seat-system-can-help-farmers-avoid-health-risks-on-tractors/) - Exposure to whole-body vibration (WBV) from tractor operation poses significant health risks to farmers. Innovative smart seat systems are reducing risks and improving operator comfort.
- [Scorpion venom protein offers breakthrough bioinsecticide for resistant crop pests](https://farmingfuturefood.com/scorpion-venom-protein-shows-promise-as-a-new-bioinsecticide-for-resistant-crop-pests/) - A protein from scorpion venom shows potent insecticidal activity against resistant pests, with yeast-based production enabling scalable, environmentally friendly bioinsecticides, according to new research.
- [Permaculture principles could guide redesign of farming systems](https://farmingfuturefood.com/permaculture-principles-could-guide-redesign-of-farming-systems/) - Permaculture practices raise carbon stocks, lower soil bulk density and increase earthworm abundance, results from a study of farms in Germany and Luxembourg suggest.
- [Genome editing strategy could cut methane emissions in cattle](https://farmingfuturefood.com/genome-editing-strategy-could-cut-methane-emissions-in-cattle/) - Using genome editing technology to target methane-producing microbes in the digestive systems of cattle could be a powerful tool in reducing the livestock sector’s environmental footprint.
- [Legumes offer bigger cover crop benefits for soil carbon](https://farmingfuturefood.com/legumes-offer-bigger-cover-crop-benefits-for-soil-carbon/) - Using legumes as cover crops could help to boost productivity, improve soil health and sequester more carbon than other cover crop varieities.
- [Getting to the root of aphid control on barley](https://farmingfuturefood.com/getting-to-the-root-of-aphid-control-on-barley/) - Inoculating the roots of barley with beneficial bacteria can help fight off aphid pests, University of Liverpool research suggests.
- [AI can redesign plant DNA to help boost crop productivity and resiliance](https://farmingfuturefood.com/ai-can-redesign-plant-dna-to-help-boost-crop-productivity-and-resiliance/) - AI tool can make plants more resistant to diseases, drought and pests using small changes to plant DNA. Caroline Stocks
- [Simplified hi-tech imaging could boost poultry sector sustainability](https://farmingfuturefood.com/simplified-hi-tech-imaging-could-boost-poultry-sector-sustainability/) - A simplified way of taking hi-tech images of eggs could help improve hatching rates and productivity in poultry businesses.
- [Tiny tomato plants that pack a punch could prove breakthrough crop for UK precision breeding](https://farmingfuturefood.com/tiny-tomato-plants-that-pack-a-punch-could-prove-breakthrough-crop-for-uk-precision-breeding/) - A precision-bred tomato variety that produces up to 400% more fruit over one year than conventional tomatoes could be a breakthrough crop for precision breeding in the UK — and a possible catalyst for a vertical farming boom.
- [Single engineered maize variety could transform African farmers’ fortunes — scientists](https://farmingfuturefood.com/single-engineered-maize-variety-could-transform-african-farmers-fortunes-scientists/) - One bioengineered maize variety incorporating resistance to multiple pests and pathogens would have the potential to drastically improve production of the staple crop in sub-Saharan Africa, according to a team of researchers.
- [Robot weeders steering in new directions](https://farmingfuturefood.com/robot-weeders-steering-in-new-directions/) - Developers of weeding robots are shifting away from machines which apply herbicides to mechanical and laser-based tools — and targeted improvements can see them break through to the farming mainstream.
- [Black soldier fly shows its worth as slow-growing chicken feed](https://farmingfuturefood.com/black-soldier-fly-shows-its-worth-as-slow-growing-chicken-feed/) - Feeding slow-growing chickens whole black soldier fly larvae has no detrimental impact on meat qualities and could improve its fatty acid profile, research in Italy suggests.
- [Garlic could have potent power against pest weevil](https://farmingfuturefood.com/garlic-could-have-potent-power-against-pest-weevil/) - Bioinsecticides derived from garlic could play a role in combating vine weevil, a troublesome pest to soft fruit and ornamental plant growers.
- [Carbon sink potential of US farm soils may be overestimated](https://farmingfuturefood.com/carbon-sink-potential-of-us-farm-soils-may-be-overestimated/) - The potential of US croplands to provide an effective carbon sink may be much less than was previously thought, analysis by University of Montana scientists suggests.
- [Can trapping pests for animal feed prove a win-win for agriculture?](https://farmingfuturefood.com/can-trapping-pests-for-animal-feed-prove-a-win-win-for-agriculture/) - Effective mass trapping of pests attracted to farm fields on a large scale could be a way of generating low-cost protein for animal feed, according to a US Government research team.
- [Antibiotics in manure threaten global soil carbon efforts](https://farmingfuturefood.com/antibiotics-in-manure-threaten-global-soil-carbon-efforts/) - Antibiotic use in livestock production leads to a reduction in the decomposition rate of animal manures, posing a threat to effective soil carbon sequestration on farmland.
- [Banana researchers closing in on new weapons in fight against fungal threat](https://farmingfuturefood.com/banana-researchers-closing-in-on-new-weapons-in-fight-against-fungal-threat/) - Fusarium wilt casts a long shadow over banana production worldwide. Its spread is prolific, with projections that it could hit 17% of the global banana growing area by 2040.
- [How artificial intelligence can help home in on threat to cereal production](https://farmingfuturefood.com/how-artificial-intelligence-can-help-home-in-on-threat-to-cereal-production/) - Artificial intelligence can map the best spots to target biological control efforts against the fall armyworm (Spodoptera frugiperda) in Africa.
- [Scientists find the molecular roots of sheep wool qualities](https://farmingfuturefood.com/scientists-find-the-molecular-roots-of-sheep-wool-qualities/) - Researchers in China have discovered 32 genes associated with wool fineness across breeds of a sheep, setting the groundwork for molecular breeding programs.
- [Plastic fragments can undermine soil's role as carbon sink](https://farmingfuturefood.com/plastic-fragments-can-undermine-soils-role-as-carbon-sink/) - Plastic fragments in soil have a negative impact on how carbon is stored in fields and emissions from growing crops, according to trials in China. Plastic fragments in soil have a negative impact on how carbon is stored in fields and emissions from growing crops, according to trials in China.
- [‘Intercropping-plus’ can help growers get to grips with pests](https://farmingfuturefood.com/intercropping-plus-can-help-growers-get-to-grips-with-pests/) - Intercropping, wildflower strips and even flowering weeds have a combined effect in reducing crop pest numbers and increasing populations of their natural enemies, according to two pieces of research.
- [Lab-grown meat could offer unlikely boost to UK farms](https://farmingfuturefood.com/lab-grown-meat-could-offer-unlikely-boost-to-uk-farms/) - Growing cultured meat using by-products from livestock and arable farms could offer producers new income streams and help businesses become more sustainable in the long-term, according to a study.
- [Better data is new weapon in farmers’ fight against invasive stink bug](https://farmingfuturefood.com/better-data-is-new-weapon-in-farmers-fight-against-invasive-stink-bug/) - An improved approach to data gathering and management could help growers devise effective strategies against the invasive and damaging brown marmorated stink bug.
- [Leather waste could offer valuable boost to soil health ](https://farmingfuturefood.com/leather-waste-could-offer-valuable-boost-to-soil-health/) - Adding biochar made from waste leather to farmland soils could offer a host of production benefits whilst boosting carbon storage.
- [Frog skin bacteria could protect fruit from damaging fungus](https://farmingfuturefood.com/frog-skin-bacteria-could-protect-fruit-from-damaging-fungus/) - Bacteria found on the skin of tropical frogs could offer growers a sustainable treatment against a costly disease that causes havoc in fruit and vegetable crops around the world.
- [Royal robot challenges ideas about using advanced technology in niche farming markets](https://farmingfuturefood.com/royal-robot-challenges-ideas-about-using-advanced-technology-in-niche-farming-markets/) - Agricultural robotics are not necessarily just for the biggest global produce markets, research designing a low-cost robot to plant Jersey Royal potatoes suggests.
- [Incentivising carbon farming: how to make a good idea have mass appeal](https://farmingfuturefood.com/incentivising-carbon-farming-how-to-make-a-good-idea-have-mass-appeal/) - It has long been established that agricultural soils have huge potential as a reservoir for greenhouse gases - but take-up of 'carbon farming' incentives has been modest.
- [Making pests see red could reduce crop damage](https://farmingfuturefood.com/making-pests-see-red-could-reduce-crop-damage/) - Using red nets to cover crops could prove an effective deterrent against certain pest insects causing serious damage to crops.
- [New efforts needed to tackle threat of notorious pest moth](https://farmingfuturefood.com/new-efforts-needed-to-tackle-threat-of-notorious-pest-moth/) - Research shortfalls are hampering attempts to increase the use of biological methods to control the fall armyworm (Spodoptera frugiperda), one of the world’s major agricultural pests.
- [Research makes case for feeding animals food waste](https://farmingfuturefood.com/research-makes-case-for-feeding-animals-food-waste/) - Animal feed is the greatest value option for effectively making use of food waste, and is likely to bring livestock productivity benefits too, according to a review.
- [Cyber security is major knowledge gap in ag tech rollout](https://farmingfuturefood.com/cyber-security-is-major-knowledge-gap-in-ag-tech-rollout/) - Cyber security is proving a blind spot as smart farming technologies are implemented around the world, according to an expert.
- [Spider venom could prove unlikely source of an agricultural revolution](https://farmingfuturefood.com/spider-venom-could-prove-unlikely-source-of-an-agricultural-revolution/) - Greek and Italian farmers have been granted temporary use of a bioinsecticide based on spider venom peptides to tackle one of the Mediterranean’s costliest pests
- [Maggot oil offers sustainable boost to ram semen quality](https://farmingfuturefood.com/maggot-oil-offers-sustainable-boost-to-ram-semen-quality/) - Adding maggot oil from black soldier fly larvae to sheep feed could improve the quality of ram semen and boost the long-term reproductive efficiency of flocks.
- [How will humans and robots work together on the farms of the future?](https://farmingfuturefood.com/how-will-humans-and-robots-work-together-on-the-farms-of-the-future/) - It’s looking increasingly like ‘agriculture 4.0’ and beyond will be a collaboration between robots and humans — but how will the two communicate?
- [Adding insects and aquatic plants to layer hen feed can cut costs without sacrificing egg quality](https://farmingfuturefood.com/adding-insects-and-aquatic-plants-to-layer-hen-feed-can-cut-costs-without-sacrificing-egg-quality/) - A mix of black soldier fly and an aquatic plant could be added to the diets of layer hens without reducing egg quality, the results of an Indonesian study suggest.
- [Origami offers glimpse of future for robotic fruit handling](https://farmingfuturefood.com/origami-offers-glimpse-of-future-for-robotic-fruit-handling/) - Origami patterns have provided the inspiration for a new type of gentle gripper with possible applications in agricultural robotics.
- [How insects’ sweet excretions could be used to benefit growers](https://farmingfuturefood.com/how-insects-sweet-excretions-could-be-used-to-benefit-growers/) - Managing honeydew, the sugary excretions of some plant-feeding insects, should be considered as part of integrated pest management strategies, according to the authors of a study examining its role in growing environments.
- [Lighting the way to improved greenhouse pest control](https://farmingfuturefood.com/lighting-the-way-to-improved-greenhouse-pest-control/) - Growing evidence is showing how light can be used to make life more difficult for pests.
- [Policy rethink needed for shift to sustainable livestock feeds](https://farmingfuturefood.com/policy-rethink-needed-for-shift-to-sustainable-livestock-feeds/) - Livestock feed production needs to prioritise a shift towards “local, circular and soilless protein sources,” according to the authors of a major piece of policy analysis on global feed sustainability.
- [‘Intelligent traps’ and flower strips could help tame oilseed rape pest](https://farmingfuturefood.com/intelligent-traps-and-flower-strips-could-help-tame-oilseed-rape-pest/) - Digital pest traps using artificial intelligence proved useful tools in guiding an integrated pest management programme against pollen beetle, as part of a major field experiment in Germany.
- [Do higher standards mean better returns for soil carbon credit schemes?](https://farmingfuturefood.com/do-higher-standards-mean-better-returns-for-soil-carbon-credit-schemes/) - An Australian study has linked the robustness of standards in assessment and verification under different carbon credit schemes to the amount of money farmers are likely to receive — but warned that there need to be further incentives.
- [Laundry and fire safety products can protect beneficial nematodes from the elements](https://farmingfuturefood.com/laundry-and-fire-safety-products-can-protect-beneficial-nematodes-from-the-elements/) - Scientists working on a US Government-funded project have uncovered some of the best substances to protect nematode species used in pest control from the damaging effects of UV radiation.
- [Using rice as alternative feed works for pigs and  could tackle supply backlogs](https://farmingfuturefood.com/using-rice-as-alternative-feed-works-for-pigs-and-could-tackle-supply-backlogs/) - Rice may have the potential to be used as an effective energy feed for livestock, while tackling oversupply issues, according to research in China.
- [Diverse crop rotations boost yields and sustainability, long-term study finds](https://farmingfuturefood.com/diverse-crop-rotations-boost-yields-and-sustainability-long-term-study-finds/) - Diversifying cropping rotations could help farming systems become sustainable for the long-term thanks to increased yields and improvements to soil health.
- [Carbon markets not a prime influence on soil improvements by UK farmers](https://farmingfuturefood.com/carbon-markets-not-a-prime-influence-on-soil-improvements-by-uk-farmers/) - More needs to be done to encourage the UK’s most innovative farmers to participate in soil carbon markets, according to a University of Leeds study.
- ['Trap-and-move’ biological control can make insect villains into heroes](https://farmingfuturefood.com/trap-and-move-biological-control-can-make-insect-villains-into-heroes/) - Earwigs can be both pest and pest control — but a solution for growers might be simply to move them from where they are causing trouble to where they can prove beneficial.
- [Time to tap the potential of producing protein from straw, say scientists](https://farmingfuturefood.com/time-to-tap-the-potential-of-producing-protein-from-straw-say-scientists/) - Single-cell protein made from fermented straw offers great advantages as a new animal feed, according to a review by Chinese scientists.
- [Majority of UK farmers 'hesitant' over agritech investment](https://farmingfuturefood.com/majority-of-uk-farmers-hesitant-over-agritech-investment/) - The majority of UK farmers remain “hesitant” about using agritech on their farms, with almost two-thirds yet to think about bringing technology into their businesses. A survey of more than 2100 producers across the UK found 62% hadn’t yet considered investing in agritech, while 12% were still making their minds about spending on technology. A
- [Dried yeast offers protein alternative for chicken diets](https://farmingfuturefood.com/dried-yeast-offers-protein-alternative-for-chicken-diets/) - Dried distillery yeast can be used as a source of energy and protein in broiler diets, but producers should pay attention to inclusion rates, a Polish study suggests.
- [Grasslands and diverse crops are both needed to suppress pests and weeds](https://farmingfuturefood.com/grasslands-and-diverse-crops-are-both-needed-to-suppress-pests-and-weeds/) - “Landscape mosaics” of long-term grasslands coupled with crop diversification are the key to naturally managing pest and weed pressure on arable farms, according to a 7-year study in France.
- [New ways to breed for feed efficiency in dairy cows could have multiple benefits](https://farmingfuturefood.com/new-ways-to-breed-for-feed-efficiency-in-dairy-cows-could-have-multiple-benefits/) - Finnish researchers have honed genomic selection of dairy cows for feed efficiency, which could improve economic and environmental performance.
- [Bean bacterium could prove potent biopesticide](https://farmingfuturefood.com/bean-bacterium-could-prove-potent-biopesticide/) - Scientists in Mexico have discovered a new species of bacterium which could ultimately prove a useful addition to growers’ sustainable pest control arsenal.
- [Machine learning can aid animal breeding by sifting genomic data — but flaws remain](https://farmingfuturefood.com/machine-learning-can-aid-animal-breeding-by-sifting-genomic-data-but-flaws-remain/) - Machine learning algorithms have “great potential” for use in predicting what genomic markers will make the biggest impact in animal selective breeding programmes —however, they are currently not greatly outperforming more traditional approaches.
- [First ever UN climate summit agreement on farming pledges urgent transformation](https://farmingfuturefood.com/first-ever-un-climate-summit-agreement-on-farming-pledges-urgent-transformation/) - A commitment to reduce the impact of farming on climate change has been signed by UN climate summit attendees for the first time.
- [China study points to how anti-pest potency of ubiquitous GM crop can be maintained](https://farmingfuturefood.com/china-study-points-to-how-anti-pest-potency-of-ubiquitous-gm-crop-can-be-maintained/) - A 15-year study has shown that maintaining nearby ‘refuges’ of non-genetically modified crops can help preserve the effectiveness of Bt cotton, the crop which is widely grown around the world to protect against a group of voracious moth pests.
- [Genomic selection tools identify corn ‘super-hybrids’](https://farmingfuturefood.com/genomic-selection-tools-identify-corn-super-hybrids/) - Scientists in Brazil have used genomic selection techniques to identify varieties of corn that are more productive and more resistant to fungus that can be harmful to humans.
- [Adding volcano dust to soil could help with carbon sequestration](https://farmingfuturefood.com/adding-volcano-dust-to-soil-could-help-with-carbon-sequestration/) - Adding crushed volcanic rock to arable land across the world could help to remove billons of tonnes of carbon from the air each year.
- [Artificial intelligence can provide accurate overview of corn development and health](https://farmingfuturefood.com/artificial-intelligence-can-provide-accurate-overview-of-corn-development-and-health/) - Field robots employing a new artificial intelligence algorithm can help with the early identification of issues affecting the health and productivity of corn.
- [Why mycorrhizal fungi's crop benefits could be key to soil carbon goals](https://farmingfuturefood.com/why-mycorrhizal-fungis-crop-benefits-could-be-key-to-soil-carbon-goals/) - A growing body of research suggests that mycorrhizal fungi, which penetrate or attach to plant roots and help to exchange nutrients, could have a significant role to play in increasing soil carbon stocks.
- [Mould-fighting biological controls can increase strawberry production and longevity](https://farmingfuturefood.com/mould-fighting-biological-controls-could-increase-strawberry-production-and-longevity/) - A yeast-like fungus and sugar beet extract could tackle grey mould in strawberry production, reducing the industry’s reliance on synthetic fungicides.
- [Conservation agriculture brings soil carbon and economic advantages for growers](https://farmingfuturefood.com/conservation-agriculture-brings-soil-carbon-and-economic-advantages-for-growers/) - A nine-year study in Italy suggests that conservation agriculture approaches bring both environmental value in soil organic carbon (SOC) sequestration and economic benefit to farmers.
- [Boosting farm soil carbon storage by 1% would make big contribution to climate targets](https://farmingfuturefood.com/boosting-farm-soil-carbon-storage-by-1-would-make-big-contribution-to-climate-targets/) - A 1% increase in soil carbon sequestration on cropland and pasture could provide a decade’s worth of emissions reductions, keeping the world on track to meet its 2030 climate obligations.
- [More intensive grazing may be possible without damaging pastures](https://farmingfuturefood.com/more-intensive-grazing-may-be-possible-without-damaging-pastures/) - Livestock farmers may be able to graze more cattle in less space while preserving soil structure through careful monitoring and management, work from the UK suggests.
- [Improved roots could help soybean handle stresses in acidic soil](https://farmingfuturefood.com/improved-roots-could-help-soybean-handle-stresses-in-acidic-soil/) - Soybean could be made more tolerant of acidic soils through new breeding approaches to improve its root systems, according to scientists in China.
- [Combining techniques offers solution for growers with fruit fly problems](https://farmingfuturefood.com/combining-techniques-offers-solution-for-growers-with-fruit-fly-problems/) - Researchers in Mexico have used both the release of sterilised flies and additional natural enemies to crush populations of the Mexican fruit fly in commercial mango production areas.
- [Nut byproducts could feed livestock and improve industry circularity](https://farmingfuturefood.com/nut-byproducts-could-feed-livestock-and-improve-industry-circularity/) - Byproducts from nut production could successfully replace conventional livestock feeds and provide additional health benefits for animals, according to University of Catania-led research.
- [The quest to solve Japan’s robot cabbage harvesting conundrums](https://farmingfuturefood.com/the-quest-to-solve-japans-automated-cabbage-harvesting-conundrums/) - Automated recognition and harvesting of cabbages may be one step closer to reality, after Japanese researchers came up with methods to tackle some of the key barriers in developing robots for this purpose.
- [Scientists use gene editing to breed flu-immune chickens](https://farmingfuturefood.com/scientists-use-gene-editing-to-breed-flu-immune-chickens/) - Scientists have used gene-editing technology to breed chickens that are partially resistant to avian influenza — one of the world’s most costly animal diseases.
- [Questions over impact of soil carbon schemes as they mainly reach pre-engaged farmers](https://farmingfuturefood.com/questions-over-impact-of-soil-carbon-schemes-as-they-mainly-reach-pre-engaged-farmers/) - Offset schemes which reward farmers for practices which trap and store greenhouse gases as soil organic carbon are mainly reaching those already carrying out ‘carbon farming’ practices or are strongly interested in them, according to US researchers.
- [Scientists uncover bacterial role in growth of key insect feed species](https://farmingfuturefood.com/researchers-uncover-bacterial-role-in-growth-of-key-insect-feed-species/) - Scientists have identified a bacterium with a role in how black soldier fly larvae utilise feeding materials to grow and develop — which could lead to improvements in insect bioconversion of waste products to valuable proteins.
- [Biopesticides show promise as weapon against beetle which has hit UK oilseed rape farming](https://farmingfuturefood.com/biopesticides-could-be-useful-weapon-against-beetle-which-has-hit-uk-oilseed-rape-farming/) - Fatty acids and an insect-killing fungus could be suitable as biopesticides against the cabbage stem flea beetle (Psylliodes chrysocephala), a prolific pest of oilseed rape crops.
- [Leys can offer soil health boost in crop rotations](https://farmingfuturefood.com/leys-can-offer-soil-health-boost-in-crop-rotations/) - The use of grass-clover leys in rotation with arable crops has the potential to maintain and increase soil carbon stocks in northern Europe’s agricultural landscapes, while improving soil’s physical properties and fertility.
- [Mealworm ripe for use as soymeal alternative in livestock diets](https://farmingfuturefood.com/mealworm-ripe-for-use-as-soymeal-alternative-in-livestock-diets/) - The yellow mealworm (Tenebrio molitor) could be a could be a “critical alternative protein source” to replace conventional soymeal feeds in the diets of a range of livestock, according to a wide-ranging study.
- [Preparing for invasive pest introductions in advance could bring better results for farmers](https://farmingfuturefood.com/preparing-for-invasive-pest-introductions-in-advance-could-bring-better-results-for-farmers/) - A more proactive approach to biological control would help stop invasive pests which threaten agriculture, according to a US expert.
- [Study points to the future of blockbuster genetically engineered crops](https://farmingfuturefood.com/study-points-to-the-future-of-blockbuster-genetically-engineered-crops/) - Crops engineered to carry the insecticidal toxins of the bacterium Bacillus thuringiensis (Bt) have produced “some spectacular successes and disappointing failures” in their first 25 years of use, according to a global review. A team led by Professor Bruce E. Tabashnik of the University of Arizona analysed 73 cases of continuous growing of Bt crops
- [Roots may be key to carbon sequestration in eroded farm soils](https://farmingfuturefood.com/roots-may-be-key-to-carbon-sequestration-in-eroded-farm-soils/) - Degraded arable soils can be helped on their way to restoration and effective carbon sequestration through planting crops with strong root systems, or including deep-rooted plants in rotations.
- [Drones and machine learning are useful tools in pasture management](https://farmingfuturefood.com/drones-and-machine-learning-are-useful-tools-in-pasture-management/) - Combining drones with machine learning techniques to monitor pasture can help farmers control production and improve efficiencies in livestock systems, say Brazilian scientists.
- [Phage cocktail could help chickens ward off Salmonella](https://farmingfuturefood.com/phage-cocktail-could-help-chickens-ward-off-salmonella/) - Feeding chickens a “cocktail” of bacteriophages — viruses that infect and kill bacteria — can significantly reduce Salmonella in chickens and improve productivity.
- [New controls help agricultural robots stay stable on slopes](https://farmingfuturefood.com/new-controls-help-agricultural-robots-stay-stable-on-slopes/) - Better performance of agricultural robots on slopes may now be possible, thanks to a control system designed at the Swiss Federal Institute of Technology Lausanne.
- [Repurposing gene-editing tool can quickly isolate mastitis cause in dairy cows](https://farmingfuturefood.com/repurposing-gene-editing-tool-can-quickly-isolate-mastitis-cause-in-dairy-cows/) - A new screening approach has the potential to rapidly detect E. coli in cases of bovine mastitis, which could pave the way for new field diagnosis approaches.
- [Sensors build better relationships between robots and farm staff](https://farmingfuturefood.com/sensors-build-better-relationships-between-robots-and-farm-staff/) - A navigation system designed to help robots work alongside humans could improve efficiency and trust between farm staff and machines, say researchers.
- [Making a chicken’s meal of the world’s most derided insects](https://farmingfuturefood.com/making-a-chickens-meal-of-the-worlds-most-derided-insects/) - Mosquitoes could be suitable as a nutritious feed for poultry, according to research from Greece.
- [Wheat has potential to absorb more carbon than it releases](https://farmingfuturefood.com/wheat-has-potential-to-absorb-more-carbon-than-it-releases/) - Wheat can sequester more carbon than it emits - a discovery that could pave the way for the crop to be part of the carbon market, say scientists in Brazil
- [How to bring mathematical theory to bear on agricultural pests](https://farmingfuturefood.com/how-to-bring-mathematical-theory-to-bear-on-agricultural-pests/) - There need to be better links between theory and practice if mathematical modelling work is going to bring the fullest possible benefits to integrated pest management.
- [New environmental subsidies could hinder ‘carbon farming’ in England — but options remain](https://farmingfuturefood.com/new-environmental-subsidies-could-hinder-carbon-farming-but-options-remain/) - New agricultural subsidies being piloted in the UK are making it more difficult for English farmers taking on ‘carbon farming’ initiatives to engage with private investment schemes, say experts.
- [‘Internet of Things’ approach to monitor invasive bug requires further tweaks](https://farmingfuturefood.com/internet-of-things-approach-to-monitor-invasive-bug-requires-further-tweaks/) - Artificial intelligence may help reduce the time and effort required to effectively monitor the brown marmorated stink bug in orchards, according to pan-European research — but work is needed to perfect approaches.
- [Tricking mice’s sense of smell reduces wheat crop losses](https://farmingfuturefood.com/tricking-mices-sense-of-smell-reduces-wheat-crop-losses/) - Damage caused to wheat crops by hungry mice can be drastically reduced by using wheat germ oil to disguise the smell of their favourite wheat seed snack.
- [Research sheds light on the detail of UK’s insect feed future](https://farmingfuturefood.com/research-sheds-light-on-the-detail-of-uks-insect-feed-future/) - Tests and trials continue to highlight the promise of insect feeds and the by-products of their production — but also show where a dose of realism is needed, say industry experts.
- [Sniffing sensors developed to help sex chicken eggs ](https://farmingfuturefood.com/sniffing-sensors-developed-to-help-sex-chicken-eggs/) - Fertilised chicken eggs can be sexed by ‘sniffing’ chemicals emitted through the shell – a discovery that could help the global poultry industry improve welfare, cut costs and reduce its environmental footprint.
- [Genetic technologies can help sustainable feed candidate make mainstream leap](https://farmingfuturefood.com/genetic-technologies-can-help-sustainable-feed-candidate-make-mainstream-leap/) - The oilseed crop Camelina sativa has great potential in numerous sustainable applications, but requires genetic improvement through novel approaches in order for this to be realised, say Italian researchers.
- [Aerial images could unlock early warning of prolific moth's damage](https://farmingfuturefood.com/aerial-images-could-unlock-early-warning-of-prolific-moths-damage/) - Using drones and computer analysis appears to be a quicker and more economical way to carry out crop surveys at the start of a pest moth outbreak than conventional ground surveillance.
- [Why nutritious terrestrial livestock feeds may come from the water](https://farmingfuturefood.com/why-nutritious-terrestrial-livestock-feeds-may-come-from-the-water/) - Unpredictable soya prices and efforts to improve the livestock industry’s environmental footprint is driving creative thinking in the science of animal feeds, and there is currently a strong focus on the aquatic environment for breakthroughs.
- [How to improve agriculture from space](https://farmingfuturefood.com/how-to-improve-agriculture-from-space/) - Food insecurity, resource scarcity and the impact of farming on climate change could all be addressed with the help of satellites, according to a report from the World Economic Forum and McKinsey & Company.
- [Inserting wasp protein in insecticidal fungus boosts its effectiveness](https://farmingfuturefood.com/inserting-wasp-protein-in-insecticidal-fungus-boosts-its-effectiveness/) - Genetically-engineering a protein from wasp venom into a fungus used in sustainable pest control methods increases its effectiveness against two major pests of a number of economically-important crops.
- [Weeds hit crop yields by disrupting plant chatter](https://farmingfuturefood.com/weeds-hit-crop-yields-by-disrupting-plant-chatter/) - Understanding the way plants communicate could help scientists breed crops that are immune to competition from weeds.
- [European Commission seeks to relax GM crop rules](https://farmingfuturefood.com/european-commission-seeks-to-relax-gm-crop-rules/) - Europe's farmers could find it easier to grow crops produced with gene-editing technology thanks to a proposed rule change.
- [Review of livestock disease-detection tech suggests room for improvement](https://farmingfuturefood.com/review-of-livestock-disease-detection-tech-suggests-room-for-improvement/) - Precision livestock technologies are yet to be fully reliable as a standalone means of detecting respiratory disease, a review by Brazilian scientists suggests.
- [Lasers show potential to simplify soil carbon analysis on farms](https://farmingfuturefood.com/lasers-show-potential-to-simplify-soil-carbon-analysis-on-farms/) - A compact technology which uses a laser to generate a ‘plasma plume’ from soil samples could offer a solution to the challenge of measuring soil carbon on agricultural land.
- [Pest control improved after flies fight off tiny robotic replicas](https://farmingfuturefood.com/organic-pest-control-improved-after-flies-fight-off-tiny-robotic-replicas/) - Fruit flies bred to halt the spread of the destructive crop pest are more successful at mating once they’ve faced off with a miniature robot designed to look like a rival male.
- [European laws lagging behind the development of agricultural robots](https://farmingfuturefood.com/european-laws-lagging-behind-the-development-of-agricultural-robots/) - Despite the fact that agricultural robotics remains in its relative infancy, European legislation is falling behind technological development, an expert report suggests.
- [Competitors can turn team players in biological pest control efforts](https://farmingfuturefood.com/competitors-can-turn-team-players-in-biological-pest-control-efforts/) - Two pieces of research from a study group in Switzerland show that using multiple species aids biological control of insect pests, even when they are competing for the same resources.
- [Scientists move closer to understanding resilience in young pigs](https://farmingfuturefood.com/scientists-move-closer-to-understanding-resilience-in-young-pigs/) - Molecular analysis has revealed parts of commercial pigs’ genomes associated with resilience to stressors that they are likely face during their life in production, which may pave the way for new breeding approaches.
- [Tapping the great potential of grazing without fences](https://farmingfuturefood.com/tapping-the-great-potential-of-grazing-without-fences/) - ‘Virtual fencing’ systems using GPS collars can reduce the amount of labour required for fencing and make pasture grazing for beef and dairy cattle more adaptable, say researchers from Poznan University of Life Sciences.
- [Resource-efficient intensification approach reduces pest problems for rice farmers](https://farmingfuturefood.com/resource-efficient-intensification-approach-reduces-pest-problems-for-rice-farmers/) - The System of Rice Intensification (SRI), a method of rice production developed to sustainably increase productivity in the crop’s cultivation, also appears to have a pest control effect.
- [Humans and robots working together: the realist’s Agriculture 4.0?](https://farmingfuturefood.com/humans-and-robots-working-together-the-realists-agriculture-4-0/) - Farming systems involving collaboration between humans and robots offer a route to simplifying and reducing the cost of rolling out ‘Agriculture 4.0’ technologies, according to a collaborative piece of research.
- [Carbon payments for farmers must reward true benefits of improving soils — report](https://farmingfuturefood.com/carbon-payments-for-farmers-must-reward-true-benefits-of-improving-soils-report/) - Current payments available for ‘carbon farming’ approaches are unlikely to prove a sufficient incentive for farmers in the US — but quantifying and rewarding the benefits beyond climate mitigation could help to overcome this.
- [DNA sequencing spider stomach contents reveals pest control potential](https://farmingfuturefood.com/dna-sequencing-spider-stomach-contents-reveals-pest-control-potential/) - Analysing DNA found in spiders’ guts is helping scientists understand the role spiders could play in reducing crop pests on farms.
- [Automated oversight may help insect feed producers optimise health](https://farmingfuturefood.com/automated-oversight-may-help-insect-feed-producers-optimise-health/) - Developing ‘machine vision’ approaches could help producers of insects for alternative feeds improve quality control and quickly identify health problems in their stocks.
- [Genetic technologies can bring tougher tomatoes — but barriers remain](https://farmingfuturefood.com/genetic-technologies-can-bring-tougher-tomatoes-but-barriers-remain/) - Modern genetic techniques can make tomatoes more robust, and legislation should be loosened to allow these innovations to flourish, according to a group of biotechnology researchers.
- [Probiotics prove worth against damaging wheat disease](https://farmingfuturefood.com/probiotics-prove-worth-against-damaging-wheat-disease/) - Species of probiotic Bacillus bacteria have demonstrated promise as a biological control agent against the pathogen which causes the highly-destructive disease wheat blast.
- [‘Conservation agriculture’ approach beats pesticides in reducing pest damage](https://farmingfuturefood.com/conservation-agriculture-approach-beats-pesticides-in-reducing-pest-damage/) - Planting cover crops outperformed both preventative and reactive use of pesticides in reducing pest damage during a three-year experiment in a corn-soy rotation.
- [Insect feeds need legislative help for leap to the European mainstream](https://farmingfuturefood.com/insect-feeds-need-legislative-help-for-leap-to-the-european-mainstream/) - By 2030, one in every 40 eggs and 1 in 50 servings of chicken meat in the EU will have come from chickens fed insect protein, according to an industry body.
- [Have researchers mastered effective soil carbon calculation?](https://farmingfuturefood.com/have-researchers-mastered-effective-soil-carbon-calculation/) - A new approach to measure soil carbon stocks has been developed, which could enable the implementation of ‘carbon farming’, according to its developers.
- [Olive leaves show promise as sustainable alternative feed for lambs](https://farmingfuturefood.com/olive-leaves-show-promise-as-sustainable-alternative-feed-for-lambs/) - Using sun-dried olive leaves as an alternative feed could decrease the cost of producing a lamb breed commonly seen in the Middle East, Turkey and parts of Asia.
- [How does integrated pest management reduce pesticide use? Everything you need to know about IPM](https://farmingfuturefood.com/how-does-integrated-pest-management-reduce-chemical-pesticide-use-everything-you-need-to-know-about-ipm/) - The useof Interest in Integrated Pest Management (IPM) is growing around the world as a way to promote more sustainable, cost-effective and effective pest management practices that protect human health and the environment.As awareness of the importance of sustainable agriculture and the need for responsible pest management continues to grow, IPM practices are likely to
- [Wheat gene-edited to cut food cancer risk passes field testing](https://farmingfuturefood.com/wheat-gene-edited-to-cut-food-cancer-risk-passes-field-testing/) - A gene-edited wheat variety developed to reduce carcinogen risks has performed well in the first European field trial of its kind.
- [Fungi could help ease livestock gut nematode problems](https://farmingfuturefood.com/fungi-could-help-ease-livestock-gut-nematode-problems/) - Biological control using fungi could provide an effective option for tackling the problem of parasitic gastrointestinal nematodes in livestock.
- [Robotic weeders could address two of arable farming’s big issues](https://farmingfuturefood.com/robotic-weeders-could-address-two-of-arable-farmings-big-issues/) - Weeding robots are edging closer to the agricultural mainstream, thanks to varied concepts coming to fruition in the US and UK.
- [Stress memory in plants could unlock disease-resistant crop breeding](https://farmingfuturefood.com/stress-memory-in-plants-could-unlock-disease-resistant-crop-breeding/) - Plants can ‘remember’ stress, helping them develop an immune memory to protect themselves from future attacks
- [Texture trumps management in influencing soil carbon improvements](https://farmingfuturefood.com/texture-trumps-management-in-influencing-soil-carbon-improvements/) - Soil texture may be more important than farm management approaches in affecting how much organic carbon is stored in sequestration schemes.
- [Poo-analysing algorithms could help farmers improve chicken disease diagnosis](https://farmingfuturefood.com/poo-analysing-algorithms-could-help-farmers-improve-chicken-disease-diagnosis/) - A smartphone app that can identify and classify disease from pictures of chicken faeces has been developed to aid poultry veterinarians and farmers in making accurate and swift diagnoses.
- [EU sustainable pest management guidance issued, amidst definition dispute](https://farmingfuturefood.com/eu-sustainable-pest-management-guidance-issued-amidst-definition-dispute/) - The EU has launched an integrated pest management best practice database, and a debate has flared about its definition of biological control.
- [Using insect feed industry waste to control cabbage pest](https://farmingfuturefood.com/using-insect-feed-industry-waste-to-control-cabbage-pest/) - Making use of the excrement and shed skins of black soldier fly as a soil amendment could reduce the impact of the cabbage root fly, a troublesome pest affecting brassica growers.
- [Are farmers in the UK already practicing sustainable soil management?](https://farmingfuturefood.com/are-farmers-in-the-uk-already-practicing-sustainable-soil-management/) - Almost all UK farmers are aware of the concept of sustainable soil management (SSM), while a majority are applying methods on their farms, according to a study.
- [UK needs better wireless networks to support 'agriculture 4.0'](https://farmingfuturefood.com/uk-needs-better-wireless-networks-to-support-agriculture-4-0/) - The use of sensors, drones and robotics in agriculture depends on fast and robust wireless networks — but research suggests that what is publicly-available in the UK is currently not up to the task.
- [Precision technology can identify pig health issues better than people](https://farmingfuturefood.com/precision-technology-can-identify-pig-health-issues-better-than-people/) - A visual precision-livestock technology has outperformed expert humans in identifying behavioural signs of illness in pigs.
- [Breeding greenhouse gas reductions into sheep stocks in the UK](https://farmingfuturefood.com/breeding-greenhouse-gas-reductions-into-sheep-stocks-in-the-uk/) - Research suggests that methane production may be a heritable trait in Romney sheep. Now, breeders in the UK are putting this to the test.
- [Is organic-GM farming the ‘third way’ to meet sustainable food production needs?](https://farmingfuturefood.com/is-organic-gm-farming-the-third-way-to-meet-sustainable-food-production-needs/) - A new food label of ‘organically-grown GM produce’ could open up “futuristic business opportunities for the agriculture industry” and help meet UN Sustainable Development Goals, according to biotechnology experts. Offering a third option for consumers other than conventional and organic arable farming, such a label would allow the sustainable intensification needed to feed a growing
- [Global ‘carbon farming’ benefits can only be achieved with better policies and contracts](https://farmingfuturefood.com/global-carbon-farming-benefits-can-only-be-achieved-with-better-policies-and-contracts/) - Fresh thinking needed to achieve soil's climate change mitigation potential.
- [‘Carbon farming’ needs clarification for its great potential to be achieved in Europe – EU](https://farmingfuturefood.com/carbon-farming-needs-clarification-for-its-great-potential-to-be-achieved-in-europe-eu/) - Emissions reduction options on farmland have "considerable potential," but uncertainties remain.
- [Mixing cover crop plant types could increase stability of soil carbon stores](https://farmingfuturefood.com/mixing-cover-crop-plant-types-could-increase-stability-of-soil-carbon-stores/) - Cover crops are widely accepted as a means of increasing soil organic carbon – and research shows that planting crops featuring different plant types creates greater chemical stability in carbon stored in soils than by growing monocultures. In the study, sampling soils from a long-term experiment in Pennsylvania, USA, researchers measured two types of organic
- [Abandoned farmland has underrated role in cutting European emissions](https://farmingfuturefood.com/abandoned-farmland-has-underrated-role-in-cutting-european-emissions/) - Despite “high potential” for carbon sequestration, policy in this area is lacking.
- [Why hedgerows’ role in pest control may be not all it seems](https://farmingfuturefood.com/why-hedgerows-role-in-pest-control-may-be-not-all-it-seems/) - The positive impact of hedgerows in providing ecosystem services on farmland has been widely documented – but `research from Belgium suggests that their effects may be more nuanced in regard to pest control.
- [Plant-derived insect pheromones could cut pest control costs](https://farmingfuturefood.com/plant-derived-insect-pheromones-could-cut-pest-control-costs/) - Chemicals from modified plants could offer a sustainable and inexpensive option to control damaging moths.
- [Smart soil bacteria offer eco-friendly method to control crop diseases](https://farmingfuturefood.com/smart-soil-bacteria-offer-eco-friendly-method-to-control-crop-diseases/) - Scientists in the UK have developed an innovative method of controlling crop diseases using native, beneficial soil bacteria.
- [Sugar sources for ants may help aphid control in orchards](https://farmingfuturefood.com/sugar-sources-for-ants-may-help-aphid-control-in-orchards/) - The presence of ants is known to reduce biological control of aphids due to them having a mutually-beneficial relationship. Ants protection from predators in exchange for the honeydew aphids produce while feeding on plants – but new research suggests that providing alternative sugar sources could provide a low-tech solution for growers. The study, led by
- [Gel application of nematodes packs biggest punch against maize pest](https://farmingfuturefood.com/gel-application-of-nematodes-packs-biggest-punch-against-maize-pest/) - Nematodes which infest and kill one of the world’s most notorious moth pests work most effectively when applied in a gel formulation.
- [Flower strips help wasps control orchard pests](https://farmingfuturefood.com/flower-strips-help-wasps-control-orchard-pests/) - For wasps attacking the rosy apple aphid, help could be at hand.
- [Climate benefits of pesticide reduction revealed](https://farmingfuturefood.com/emissions-burden-of-pesticide-use-revealed/) - The production, transport and application of pesticides worldwide produces greenhouse gases equivalent to over eight coal-fired power stations.
- [Genome-mapping of crop pests offers route to improved control](https://farmingfuturefood.com/genome-mapping-of-crop-pests-offers-route-to-improved-control/) - The complete genomes of 19 of the world’s most damaging pest insects have been mapped – paving the way for more targeted pesticides and other control measures.
- [Considering both pests and pollinators brings gains for watermelon farmers](https://farmingfuturefood.com/considering-both-pests-and-pollinators-offers-gains-for-watermelon-farmers/) - Pests and pollinators can be managed simultaneously on watermelon farms, reducing insecticide applications and improving yield.
- [Will digitisation of gene banks help or hinder equitable access to crop breeding?](https://farmingfuturefood.com/will-digitisation-of-gene-banks-help-or-hinder-equitable-access-to-crop-breeding/) - With new genomic data and increasing digitisation, plant gene banks are facing a “crossroads”, whereby they could improve or worsen both digital and crop breeding divides.
- [What does carbon sequestration actually mean? Everything you need to know about carbon farming](https://farmingfuturefood.com/what-does-carbon-sequestration-actually-mean-everything-you-need-to-know-about-carbon-farming/) - Carbon sequestration has the potential to play a significant role in mitigating the impacts of climate change. As human activities such as the burning of fossil fuels and deforestation release carbon dioxide into the atmosphere, the concentration of greenhouse gases in the atmosphere increases, leading to global warming and climate change. Carbon sequestration is the
- [Silkworm proves sustainable source of nutrition for growing chickens](https://farmingfuturefood.com/silkworm-meal-can-play-role-in-diets-for-growing-chickens/) - A chicken diet that partially consists of silkworm meal has no negative effects on production, and can be effectively used at any growth stage.
- [Deep learning needs human and ecological touch to improve agriculture](https://farmingfuturefood.com/deep-learning-needs-human-and-ecological-touch-to-improve-agriculture/) - A move beyond automatic data analysis is needed to better unlock potential gains for sustainable farming, say experts.
- [Urgency needed to protect genetic diversity of livestock](https://farmingfuturefood.com/urgency-needed-to-protect-genetic-diversity-of-livestock/) - The genetic diversity of farm animals is “at serious risk”, but both traditional and cutting-edge approaches can help preserve vital resources, say leading academics.
- [Agricultural robots can already prove cost-effective— but uncertainties remain](https://farmingfuturefood.com/agricultural-robots-can-already-prove-cost-effective-but-uncertainties-remain/) - For some farm processes, using small field robots could already make economic sense, according to a new report.
- [Gene-edited pigs alone unlikely to eliminate PRRS—study](https://farmingfuturefood.com/gene-edited-pigs-alone-unlikely-to-eliminate-prrs-study/) - A program of vaccination on top of gene-editing could eliminate disease at national level within six years.
- [‘Lack of knowledge’ holding UK farmers back from ag-tech investment](https://farmingfuturefood.com/lack-of-knowledge-holding-uk-farmers-back-from-ag-tech-investment/) - A lack of knowledge about agri-tech is holding farmers in the UK back when it comes to implementing agri-tech in their businesses, according to a survey by rural insurers NFU Mutual. The survey of around 400 farmers found almost half (46.2%) felt they didn’t know enough about agri-tech, while lack of access to finance was
- [Fish bacteria show promise in tackling toxic crop fungus](https://farmingfuturefood.com/fish-bacteria-show-promise-in-tackling-toxic-crop-fungus/) - A bacterium associated with fish cuts production of a damaging toxin by a fungal pest.
- [Fertiliser-spraying robotic arm shows promise](https://farmingfuturefood.com/fertiliser-spraying-robotic-arm-shows-promise/) - A robot using a deep learning algorithm to analyse visual information has demonstrated promising results fertilising cabbage grown in strips. The machine, which features a robotic arm fitted with cameras, low-cost sensors and spraying equipment, was able to make decisions on the amount of liquid organic fertiliser to spray based on the size of plants,
- [Dietary quality pivotal to bioconversion of organic waste using black soldier fly](https://farmingfuturefood.com/dietary-quality-pivotal-to-bioconversion-of-organic-waste-using-black-soldier-fly/) - Using black soldier fly larvae (BSFL) for both processing organic waste from agriculture and providing feed products has great potential—but improved diets and feeding systems for the insects are needed to improve production efficiency. That’s the conclusion of a review from a group of international researchers, who suggest that feed with high nutrient content and
- [Crickets could replace conventional proteins in piglet diets](https://farmingfuturefood.com/crickets-could-replace-conventional-proteins-in-piglet-diets/) - Full-fat cricket meal can fully replace fish meal and partially replace soybean meal in the diets of weaning piglets. Research in Thailand showed that the growth performance and health of the growing pigs was unaffected by a switch to diets using different levels of cricket meal, with added benefits in gut development and beneficial microbiota.
- [Mealworm may not be suited to fully replace soya in slow-growing chicken diets](https://farmingfuturefood.com/mealworm-may-not-be-suited-to-fully-replace-soya-in-slow-growing-chicken-diets/) - Mealworm works well as an alternative protein for slow-growing chickens, but shouldn’t be seen as a full replacement for the protein content provided by soybean meal, after a study in Spain found the change was linked to reduced feed intake and weight gain. As a result, the insect-based feed should be considered only as a
- [Legislation change boosts studies using gene-edited crops](https://farmingfuturefood.com/legislation-change-speeds-up-studies-using-gene-edited-crops/) - UK Government's ruling could greatly increase research in this area.
- [Fears around waste reuse holding back insect proteins in EU](https://farmingfuturefood.com/fears-around-waste-reuse-holding-back-insect-proteins-in-eu/) - Technicalities of closed loop food systems are preventing insects becoming an important component in a circular economy in the EU.
- [Pea becomes latest crop to undergo gene edit](https://farmingfuturefood.com/pea-becomes-latest-crop-to-undergo-gene-edit/) - Pea plants have been successfully gene-edited for the first time, with further developments in this area likely to lead to greater production of the crop.
- [App advises livestock producers on steps to sustainability](https://farmingfuturefood.com/app-advises-livestock-producers-on-steps-to-sustainability/) - A digital product is helping livestock producers in France and beyond assess their environmental impact. CAP’2ER®, an application from Institut d’Elevage (Idele), uses 30 data sets entered in five categories by participating farmers - livestock, manure management, fields, feed, and energy consumption - to calculate agro-ecological indicators. From this, farmers receive a report featuring recommendations
- [Gene-editing system could speed up maize breeding pipeline](https://farmingfuturefood.com/gene-editing-system-could-speed-up-maize-breeding-pipeline/) - The new approach could aid search for desirable traits in the crop.
- [U.S. cotton farmers could get digital assistance to identify pests](https://farmingfuturefood.com/u-s-cotton-farmers-could-get-digital-assistance-to-identify-pests/) - Artificial intelligence and high-resolution photography may help U.S. cotton farmers control two common insect pests.
- [EU looks to add sustainability data to economic information collected from farms](https://farmingfuturefood.com/eu-looks-to-add-sustainability-data-to-economic-information-collected-from-farms/) - Environmental and social information is sought from member states’ farms in shake-up.
- [Scanner offers dairy farmers disease data within seconds](https://farmingfuturefood.com/scanner-offers-dairy-farmers-disease-data-within-seconds/) - A portable scanner that tests cows’ milk and promises “lab-grade accuracy” results could transform data collection for dairy farmers. The artificial intelligence-assisted device, developed by start-up Labby, means that farmers can gain immediate access to milk quality and health data on individual cows, which could help identify diseases before they spread more broadly in herds.
- [Technologies ready but UK horticulture needs work to achieve widespread automation](https://farmingfuturefood.com/technologies-ready-but-uk-horticulture-needs-work-to-achieve-widespread-automation/) - A lack of clear standards is holding back agricultural robotics.
- [Selling robots directly to farmers may not deliver fastest transformation](https://farmingfuturefood.com/selling-robots-directly-to-farmers-may-not-deliver-fastest-transformation/) - Other approaches than direct sales could be more likely to bring mass adoption of agricultural robots.
- [Drones can now highlight genetic areas of interest in cereal fields](https://farmingfuturefood.com/drones-can-now-highlight-genetic-areas-of-interest-in-cereal-fields/) - New software helps drones identify cereal crop traits from above.
- [Extreme heat, no problem for specially-selected strawberry](https://farmingfuturefood.com/extreme-heat-no-problem-for-specially-selected-strawberry/) - The record summer temperatures in 2022 have put soft fruit growers under strain - but the breeders behind one variety of strawberry say that their product is standing up to the test. Despite the soaring heat, Malling Fruits have reported initial data suggesting that their Malling Ace variety has performed with high yields and consistent
- [Loan proposal aims to increase US ag-tech uptake](https://farmingfuturefood.com/loan-proposal-aims-to-increase-us-ag-tech-uptake/) - Financial help aims to increase investment in new technology and retrofitting.
- [5 ways blockchain could transform food and farming businesses ](https://farmingfuturefood.com/5-ways-blockchain-could-transform-food-and-farming-businesses/) - From enabling transparent supply chains to driving more environmentally-friendly production, blockchain is being hailed as a vital tool that could revolutionise global agriculture. Blockchain fans say it can build more openness in the way food is grown and sold, while its potential to manage agricultural volatility could be a game changer for the world’s food
- [Agriculture 4.0: What the next revolution in farming means for producers](https://farmingfuturefood.com/agriculture-4-0-what-the-next-revolution-in-farming-means-for-farming/) - Population growth, climate change, limited natural resources, rising costs of inputs and pressure on farmland means global agriculture is facing unprecedented challenges. Addressing them is going to require a major shift from governments, investors, and players across the food chain — a shift being termed as Agriculture 4.0. What exactly is Agriculture 4.0? The term
- [More collaboration needed to encourage Australian beef ag-tech adoption](https://farmingfuturefood.com/more-collaboration-needed-to-encourage-australian-beef-ag-tech-adoption/) - Research reveals a variety of concerns among farmers about embracing new technology.
- [Milk carton codes to offer glimpse into cow health and welfare](https://farmingfuturefood.com/milk-carton-codes-to-offer-glimpse-into-cow-health-and-welfare/) - QR codes on milk cartons could provide consumers with real-time information on the health and welfare of the cows that produced their milk. European scientists hope that data collected by precision livestock farming (PLF) tools can be utilised to provide consumers with more details about where their food comes from. By scanning code with their

## Pages

- [Home](https://farmingfuturefood.com/) - Welcome to Farming Future Food Livestock Milk carton codes to offer glimpse into cow health and welfare Sustainable pest control Sugar sources for ants may help aphid control in orchards Sustainable pest control Plant-derived insect pheromones could cut pest control costs Sign up to our newsletter FFF's bi-weekly emails are filled with the latest news
- [SHAKE Climate Change](https://farmingfuturefood.com/shake/) - SHAKE Climate Change About SHAKE Climate Change Founded in 2019, SHAKE Climate Change supports agri-food innovators developing solutions with a measurable positive impact on the climate. Delivered by Rothamsted Research in a consortium with UCL, the University of Hertfordshire and Cranfield, SHAKE blends scientific excellence with tailored entrepreneurial support to accelerate early-stage ventures tackling major
- [Success!](https://farmingfuturefood.com/success/) - Thank You for Subscribing! Welcome to the Farming Future Food newsletter! We’re excited to have you on board!
- [Newsletter Sign Up](https://farmingfuturefood.com/newsletter-sign-up/) - Sign up to our newsletter FFF’s bi-weekly emails are filled with the latest news and information — sign up now to make sure the good stuff reaches your inbox. We promise we won’t send spam. Subscription FormFirst NameLast NameEmailCountry- Select Country -AfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei
- [About](https://farmingfuturefood.com/about/) - About Farming Future Food (FFF) is an independent news website designed to help people and businesses working across the food and farming industries navigate the changing agricultural landscape.Created by agriculture, science and communications specialists, FFF is focused in sharing information on the science and technology reshaping the world’s food and farming systems — all written in a
- [Media pack](https://farmingfuturefood.com/media-pack/) - Media Pack Whether you’re a research institution interested in sharing latest research and innovation, an agri-tech business looking to promote a service or product, or an entrepreneur trying to find ways to connect with a new customer base, wherever you are in the world, FFF offers a range of options to help you reach your communications
- [Contact](https://farmingfuturefood.com/contact/) - Contact Got comments, questions or ideas? Get in touch — we’d love to hear from you. hello@farmingfuturefood.com Twitter Linkedin Name Email Message Send News tips Want to share a hot news tip, press release, or send us some research? Contact the Farming Future Food news desk. Advertising & sponsorship Interested in advertising on FFF, or want
- [Privacy Policy](https://farmingfuturefood.com/privacy-policy/) - Privacy policy for Farming Future Food At Farming Future Food, accessible from https://farmingfuturefood.com/, one of our main priorities is the privacy of our visitors. This Privacy Policy document contains types of information that is collected and recorded by Farming Future Food and how we use it. If you have additional questions or require more information
- [Terms and Conditions](https://farmingfuturefood.com/terms-and-conditions/) - Terms and conditions Welcome to Farming Future Food! These terms and conditions outline the rules and regulations for the use of Farming Future Food’s Website, located at https://farmingfuturefood.com/. By accessing this website we assume you accept these terms and conditions. Do not continue to use Farming Future Food if you do not agree to take
- [Thank you](https://farmingfuturefood.com/thank-you/) - Email sent - thank you. We’ll be in touch very soon. Sign up to our newsletter FFF’s bi-weekly emails are filled with the latest news and information — sign up now to make sure the good stuff reaches your inbox. We promise we won’t send spam. Name Email Send Our social links: Twitter Linkedin
- [Podcasts](https://farmingfuturefood.com/podcasts/)

## Mega Menu Items

- [elementor-mega-item-1507](https://farmingfuturefood.com/jet-menu/elementor-mega-item-1507/) - Add Your Heading Text Here Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
- [block-editor-mega-item-1507](https://farmingfuturefood.com/jet-menu/block-editor-mega-item-1507/)
- [elementor-mega-item-1506](https://farmingfuturefood.com/jet-menu/elementor-mega-item-1506/) - Alternative feeds Carbon Digital agriculture Arable Livestock Genetics Arable Livestock Sustainable pest control Infertile hatchery eggs show potential as broiler feed ingredient August 17, 2026 No Comments Infertile egg meal could provide a sustainable, protein-rich broiler feed ingredient, cutting hatchery waste and reducing reliance on soybean meal. Read More » Why fragile fruit-harvesting robots are
- [block-editor-mega-item-1505](https://farmingfuturefood.com/jet-menu/block-editor-mega-item-1505/) - Alternative feeds Carbon Digital agriculture Arable Livestock Genetics Arable Livestock Sustainable pest control Alternative feeds Carbon Digital agriculture Arable Livestock Genetics Arable Livestock Sustainable pest control Infertile hatchery eggs show potential as broiler feed ingredient August 17, 2026 No Comments Infertile egg meal could provide a sustainable, protein-rich broiler feed ingredient, cutting hatchery waste and

## My Templates

- [News Page](https://farmingfuturefood.com/?elementor_library=elementor-single-post-1426) - By dotwall-admin September 27, 2022 News Page Infertile eggs discarded by poultry hatcheries could provide a protein-rich feed ingredient for broilers, cutting waste and potentially making poultry production more sustainable, according to a new scientific review. Turning the eggs into feed could reduce reliance on soybean meal and fishmeal while creating value from a hatchery
- [Elementor Footer #1323](https://farmingfuturefood.com/?elementor_library=elementor-footer-1323) - Content Area
- [Elementor Header #1320](https://farmingfuturefood.com/?elementor_library=elementor-header-1320) - Content Area
- [news clickable](https://farmingfuturefood.com/?elementor_library=news-2) - Content Area
- [news](https://farmingfuturefood.com/?elementor_library=news) - Content Area
- [Search Results](https://farmingfuturefood.com/?elementor_library=search-results) - Template: Search Results Alternative feeds Not just for sauce: Research shows poultry fed cranberry have healthier guts Digital agriculture Flickering light in poultry houses can reduce turkey growth and welfare Digital agriculture Simplified hi-tech imaging could boost poultry sector sustainability Alternative feeds Cannabis processing residue shows promise as sustainable poultry feed supplement Alternative feeds Hemp
- [Elementor Archive #1423](https://farmingfuturefood.com/?elementor_library=elementor-archive-1423) - Template: Elementor Archive #1423 Alternative feeds Infertile hatchery eggs show potential as broiler feed ingredient Alternative feeds Alternative soldier fly species could unlock new opportunities for feed and food Alternative feeds Alternative feed ingredients and probiotics could cut costs in layer diets, study finds Alternative feeds From plant vaccines to robots: 2025’s most-read stories Alternative
- [Other Categories](https://farmingfuturefood.com/?elementor_library=other-categories) - Template: Other Categories Infertile hatchery eggs show potential as broiler feed ingredient Caroline Stocks August 17, 2026 Why fragile fruit-harvesting robots are still struggling to go mainstream Gary Hartley August 10, 2026 Genetic sex conversion could improve sterile pest control Caroline Stocks July 31, 2026 Salinity may be undermining farm soil carbon sequestration in global
- [Other Categories Listing](https://farmingfuturefood.com/?elementor_library=other-categories-listing) - Template: Other Categories Listing Infertile hatchery eggs show potential as broiler feed ingredient Caroline Stocks August 17, 2026 Why fragile fruit-harvesting robots are still struggling to go mainstream Gary Hartley August 10, 2026 Genetic sex conversion could improve sterile pest control Caroline Stocks July 31, 2026 Salinity may be undermining farm soil carbon sequestration in
- [404](https://farmingfuturefood.com/?elementor_library=404) - 404 Page not found. You’re seeing this page because the link you just clicked no longer exists. Check out our recent posts below. Alternative feeds Infertile hatchery eggs show potential as broiler feed ingredient Read more Digital agriculture Why fragile fruit-harvesting robots are still struggling to go mainstream Read more Disease control Genetic sex conversion
- [Default Kit](https://farmingfuturefood.com/?elementor_library=default-kit)
- [Newsletter form](https://farmingfuturefood.com/?elementor_library=newsletter-form) - Name Email Send
- [Social Icons](https://farmingfuturefood.com/?elementor_library=social-icons) - Subscribe to our newsletter
- [TechNews Podcasts CTA section](https://farmingfuturefood.com/?elementor_library=technews-podcasts-cta-section) - TechWire Podcast Listen to daily tech news podcast Maecenas potenti non, turpis eget turpis gravida maecenas. Listen Now

## Listing Items/Components

- [Latest Post Listing](https://farmingfuturefood.com/?jet-engine=latest-post-listing) - News Read more
- [Archives Listing](https://farmingfuturefood.com/?jet-engine=archives-listing) - News dotwall-admin August 30, 2023
- [Listing Authors](https://farmingfuturefood.com/?jet-engine=listing-authors) - News
- [Listing Authors](https://farmingfuturefood.com/?jet-engine=listing-authors-2) - News
- [Latest Post Listing](https://farmingfuturefood.com/?jet-engine=latest-post-listing-2) - News
- [Post Listing](https://farmingfuturefood.com/?jet-engine=post-listing) - News
- [Hero Slider](https://farmingfuturefood.com/?jet-engine=hero-slider) - Author: dotwall-admin Hero Slider Read More →
- [advert](https://farmingfuturefood.com/?jet-engine=1675)

## Categories

- [Uncategorized](https://farmingfuturefood.com/category/uncategorized/)
- [Technology](https://farmingfuturefood.com/category/technology/)
- [Alternative feeds](https://farmingfuturefood.com/category/alternative-feeds/)
- [Digital agriculture](https://farmingfuturefood.com/category/digital-agriculture/)
- [Livestock](https://farmingfuturefood.com/category/digital-agriculture/livestock/)
- [Arable](https://farmingfuturefood.com/category/digital-agriculture/arable/)
- [Carbon](https://farmingfuturefood.com/category/carbon/)
- [Sustainable pest control](https://farmingfuturefood.com/category/sustainable-pest-control/)
- [Genetics](https://farmingfuturefood.com/category/genetics/)
- [Livestock](https://farmingfuturefood.com/category/genetics/livestock-genetics/)
- [Arable](https://farmingfuturefood.com/category/genetics/arable-genetics/)
- [Disease control](https://farmingfuturefood.com/category/disease-control/)
- [Industry Insights](https://farmingfuturefood.com/category/industry-insights/)

## Tags

- [EU](https://farmingfuturefood.com/tag/eu/)
- [European Union](https://farmingfuturefood.com/tag/european-union/)
- [Farming](https://farmingfuturefood.com/tag/farming/)
- [Farm data](https://farmingfuturefood.com/tag/farm-data/)
- [Data](https://farmingfuturefood.com/tag/data/)
- [Farm Accountancy Data Network](https://farmingfuturefood.com/tag/farm-accountancy-data-network/)
- [Common Agricultural Policy](https://farmingfuturefood.com/tag/common-agricultural-policy/)
- [Sustainability](https://farmingfuturefood.com/tag/sustainability/)
- [Wageningen University](https://farmingfuturefood.com/tag/wageningen-university/)
- [Agriculture](https://farmingfuturefood.com/tag/agriculture/)
- [Sustainable agriculture](https://farmingfuturefood.com/tag/sustainable-agriculture/)
- [Abandoned land](https://farmingfuturefood.com/tag/abandoned-land/)
- [Abandoned farmland](https://farmingfuturefood.com/tag/abandoned-farmland/)
- [research](https://farmingfuturefood.com/tag/research/)
- [carbon sequestration](https://farmingfuturefood.com/tag/carbon-sequestration/)
- [ecosystem restoration](https://farmingfuturefood.com/tag/ecosystem-restoration/)
- [soil carbon](https://farmingfuturefood.com/tag/soil-carbon/)
- [carbon storage](https://farmingfuturefood.com/tag/carbon-storage/)
- [carbon farming](https://farmingfuturefood.com/tag/carbon-farming/)
- [International Union for Conservation of Nature](https://farmingfuturefood.com/tag/international-union-for-conservation-of-nature/)
- [IUCN](https://farmingfuturefood.com/tag/iucn/)
- [cover crops](https://farmingfuturefood.com/tag/cover-crops/)
- [climate change](https://farmingfuturefood.com/tag/climate-change/)
- [waste](https://farmingfuturefood.com/tag/waste/)
- [bioconversion](https://farmingfuturefood.com/tag/bioconversion/)
- [black soldier fly](https://farmingfuturefood.com/tag/black-soldier-fly/)
- [insect feed](https://farmingfuturefood.com/tag/insect-feed/)
- [BSF](https://farmingfuturefood.com/tag/bsf/)
- [farm waste](https://farmingfuturefood.com/tag/farm-waste/)
- [agricultural waste](https://farmingfuturefood.com/tag/agricultural-waste/)
- [Poultry](https://farmingfuturefood.com/tag/poultry/)
- [alternative feeds](https://farmingfuturefood.com/tag/alternative-feeds/)
- [Farming Future Food](https://farmingfuturefood.com/tag/farming-future-food/)
- [mealworm](https://farmingfuturefood.com/tag/mealworm/)
- [chickens](https://farmingfuturefood.com/tag/chickens/)
- [chicken diet](https://farmingfuturefood.com/tag/chicken-diet/)
- [soya](https://farmingfuturefood.com/tag/soya/)
- [soybean meal](https://farmingfuturefood.com/tag/soybean-meal/)
- [PRRS](https://farmingfuturefood.com/tag/prrs/)
- [swine](https://farmingfuturefood.com/tag/swine/)
- [pig farming](https://farmingfuturefood.com/tag/pig-farming/)
- [Porcine Reproductive and Respiratory Syndrome](https://farmingfuturefood.com/tag/porcine-reproductive-and-respiratory-syndrome/)
- [Gene-editing](https://farmingfuturefood.com/tag/gene-editing/)
- [CRISPR](https://farmingfuturefood.com/tag/crispr/)
- [Vaccination](https://farmingfuturefood.com/tag/vaccination/)
- [Genetics](https://farmingfuturefood.com/tag/genetics/)
- [Livestock](https://farmingfuturefood.com/tag/livestock/)
- [Roslin Institute](https://farmingfuturefood.com/tag/roslin-institute/)
- [BREEDIT](https://farmingfuturefood.com/tag/breedit/)
- [Maize](https://farmingfuturefood.com/tag/maize/)
- [Plant breeding](https://farmingfuturefood.com/tag/plant-breeding/)
- [Crops](https://farmingfuturefood.com/tag/crops/)
- [Crop breeding](https://farmingfuturefood.com/tag/crop-breeding/)
- [biological control](https://farmingfuturefood.com/tag/biological-control/)
- [Biocontrol](https://farmingfuturefood.com/tag/biocontrol/)
- [Ants](https://farmingfuturefood.com/tag/ants/)
- [Aphids](https://farmingfuturefood.com/tag/aphids/)
- [Pest control](https://farmingfuturefood.com/tag/pest-control/)
- [Orchards](https://farmingfuturefood.com/tag/orchards/)
- [Fruit](https://farmingfuturefood.com/tag/fruit/)
- [Top fruit](https://farmingfuturefood.com/tag/top-fruit/)
- [Natural enemies](https://farmingfuturefood.com/tag/natural-enemies/)
- [Pheromones](https://farmingfuturefood.com/tag/pheromones/)
- [Pest trapping](https://farmingfuturefood.com/tag/pest-trapping/)
- [Brassica](https://farmingfuturefood.com/tag/brassica/)
- [diamondback moth](https://farmingfuturefood.com/tag/diamondback-moth/)
- [Cotton bollworm](https://farmingfuturefood.com/tag/cotton-bollworm/)
- [fall armyworm](https://farmingfuturefood.com/tag/fall-armyworm/)
- [Steinernema](https://farmingfuturefood.com/tag/steinernema/)
- [Nematodes](https://farmingfuturefood.com/tag/nematodes/)
- [Spodoptera frugiperda](https://farmingfuturefood.com/tag/spodoptera-frugiperda/)
- [Fall armyworm control](https://farmingfuturefood.com/tag/fall-armyworm-control/)
- [Food security](https://farmingfuturefood.com/tag/food-security/)
- [Agricultural robotics](https://farmingfuturefood.com/tag/agricultural-robotics/)
- [Farming robotics](https://farmingfuturefood.com/tag/farming-robotics/)
- [Mechanisation](https://farmingfuturefood.com/tag/mechanisation/)
- [Robotics](https://farmingfuturefood.com/tag/robotics/)
- [DEFRA](https://farmingfuturefood.com/tag/defra/)
- [UK farming](https://farmingfuturefood.com/tag/uk-farming/)
- [Automation](https://farmingfuturefood.com/tag/automation/)
- [Harvesting](https://farmingfuturefood.com/tag/harvesting/)
- [Animal husbandry](https://farmingfuturefood.com/tag/animal-husbandry/)
- [Ag tech](https://farmingfuturefood.com/tag/ag-tech/)
- [Farming 4.0](https://farmingfuturefood.com/tag/farming-4-0/)
- [Digitisation](https://farmingfuturefood.com/tag/digitisation/)
- [Dairy](https://farmingfuturefood.com/tag/dairy/)
- [Dairy farming](https://farmingfuturefood.com/tag/dairy-farming/)
- [Labby](https://farmingfuturefood.com/tag/labby/)
- [Cattle](https://farmingfuturefood.com/tag/cattle/)
- [Animal health](https://farmingfuturefood.com/tag/animal-health/)
- [Animal welfare](https://farmingfuturefood.com/tag/animal-welfare/)
- [Artificial Intelligence](https://farmingfuturefood.com/tag/artificial-intelligence/)
- [AI](https://farmingfuturefood.com/tag/ai/)
- [NIAB-EMR](https://farmingfuturefood.com/tag/niab-emr-2/)
- [Agri-tech](https://farmingfuturefood.com/tag/agri-tech/)
- [Drones](https://farmingfuturefood.com/tag/drones/)
- [Drones in agriculture](https://farmingfuturefood.com/tag/drones-in-agriculture/)
- [Cereal crops](https://farmingfuturefood.com/tag/cereal-crops/)
- [Rice](https://farmingfuturefood.com/tag/rice/)
- [Wheat](https://farmingfuturefood.com/tag/wheat/)
- [GMO](https://farmingfuturefood.com/tag/gmo/)
- [NIAB](https://farmingfuturefood.com/tag/niab/)
- [National Farmers' Union](https://farmingfuturefood.com/tag/national-farmers-union/)
- [NFU](https://farmingfuturefood.com/tag/nfu/)
- [Brexit](https://farmingfuturefood.com/tag/brexit/)
- [Cricket meal](https://farmingfuturefood.com/tag/cricket-meal/)
- [Swine farming](https://farmingfuturefood.com/tag/swine-farming/)
- [Alternative protein](https://farmingfuturefood.com/tag/alternative-protein/)
- [Edible insects](https://farmingfuturefood.com/tag/edible-insects/)
- [Animal feeds](https://farmingfuturefood.com/tag/animal-feeds/)
- [Livestock feeds](https://farmingfuturefood.com/tag/livestock-feeds/)
- [Aspergillus flavus](https://farmingfuturefood.com/tag/aspergillus-flavus/)
- [Crop fungus](https://farmingfuturefood.com/tag/crop-fungus/)
- [Fungal pests](https://farmingfuturefood.com/tag/fungal-pests/)
- [Bacteria pest control](https://farmingfuturefood.com/tag/bacteria-pest-control/)
- [USDA](https://farmingfuturefood.com/tag/usda/)
- [Aflatoxin](https://farmingfuturefood.com/tag/aflatoxin/)
- [Sino-German Agricultural Centre](https://farmingfuturefood.com/tag/sino-german-agricultural-centre/)
- [Agriculture 4.0](https://farmingfuturefood.com/tag/agriculture-4-0/)
- [OECD](https://farmingfuturefood.com/tag/oecd/)
- [Carbon reduction](https://farmingfuturefood.com/tag/carbon-reduction/)
- [Emissions reduction](https://farmingfuturefood.com/tag/emissions-reduction/)
- [Soil](https://farmingfuturefood.com/tag/soil/)
- [blockchain](https://farmingfuturefood.com/tag/blockchain/)
- [food systems](https://farmingfuturefood.com/tag/food-systems/)
- [tobacco budworm](https://farmingfuturefood.com/tag/tobacco-budworm/)
- [Bacillus thuringiensis](https://farmingfuturefood.com/tag/bacillus-thuringiensis/)
- [Bt cotton](https://farmingfuturefood.com/tag/bt-cotton/)
- [Cotton](https://farmingfuturefood.com/tag/cotton/)
- [Cotton growing](https://farmingfuturefood.com/tag/cotton-growing/)
- [U.S. farming](https://farmingfuturefood.com/tag/u-s-farming/)
- [Machine learning](https://farmingfuturefood.com/tag/machine-learning/)
- [Farming app](https://farmingfuturefood.com/tag/farming-app/)
- [Agro-ecology](https://farmingfuturefood.com/tag/agro-ecology/)
- [Greenhouse gas emissions](https://farmingfuturefood.com/tag/greenhouse-gas-emissions/)
- [Farm labour](https://farmingfuturefood.com/tag/farm-labour/)
- [Vitirover](https://farmingfuturefood.com/tag/vitirover/)
- [Oz robot](https://farmingfuturefood.com/tag/oz-robot/)
- [Labour-saving](https://farmingfuturefood.com/tag/labour-saving/)
- [Farm finances](https://farmingfuturefood.com/tag/farm-finances/)
- [Carbon certification](https://farmingfuturefood.com/tag/carbon-certification/)
- [Fertiliser](https://farmingfuturefood.com/tag/fertiliser/)
- [Vegetable crops](https://farmingfuturefood.com/tag/vegetable-crops/)
- [SureVEG](https://farmingfuturefood.com/tag/sureveg/)
- [Insect meal](https://farmingfuturefood.com/tag/insect-meal/)
- [Insect protein](https://farmingfuturefood.com/tag/insect-protein/)
- [Food safety](https://farmingfuturefood.com/tag/food-safety/)
- [Swedish University of Agricultural Sciences](https://farmingfuturefood.com/tag/swedish-university-of-agricultural-sciences/)
- [South Dakota State University](https://farmingfuturefood.com/tag/south-dakota-state-university/)
- [Seoul National University](https://farmingfuturefood.com/tag/seoul-national-university/)
- [Pea](https://farmingfuturefood.com/tag/pea/)
- [Pisum sativum](https://farmingfuturefood.com/tag/pisum-sativum/)
- [Hedgerows](https://farmingfuturefood.com/tag/hedgerows/)
- [Ecosystem services](https://farmingfuturefood.com/tag/ecosystem-services/)
- [Arable](https://farmingfuturefood.com/tag/arable/)
- [rosy apple aphid](https://farmingfuturefood.com/tag/rosy-apple-aphid/)
- [Insect pests](https://farmingfuturefood.com/tag/insect-pests/)
- [Flower strips](https://farmingfuturefood.com/tag/flower-strips/)
- [Biodiversity](https://farmingfuturefood.com/tag/biodiversity/)
- [Fruit growing](https://farmingfuturefood.com/tag/fruit-growing/)
- [NFU Mutual](https://farmingfuturefood.com/tag/nfu-mutual/)
- [survey](https://farmingfuturefood.com/tag/survey/)
- [beef](https://farmingfuturefood.com/tag/beef/)
- [Australia](https://farmingfuturefood.com/tag/australia/)
- [ag-tech](https://farmingfuturefood.com/tag/ag-tech-2/)
- [adoption](https://farmingfuturefood.com/tag/adoption/)
- [CSIRO](https://farmingfuturefood.com/tag/csiro/)
- [legislation](https://farmingfuturefood.com/tag/legislation/)
- [United States](https://farmingfuturefood.com/tag/united-states/)
- [Ag tech funding](https://farmingfuturefood.com/tag/ag-tech-funding/)
- [Funding](https://farmingfuturefood.com/tag/funding/)
- [precision agriculture](https://farmingfuturefood.com/tag/precision-agriculture/)
- [slider](https://farmingfuturefood.com/tag/slider/)
- [IPM](https://farmingfuturefood.com/tag/ipm/)
- [integrated pest management](https://farmingfuturefood.com/tag/integrated-pest-management/)
- [Pesticides](https://farmingfuturefood.com/tag/pesticides/)
- [Potatoes](https://farmingfuturefood.com/tag/potatoes/)
- [Pseudomonas](https://farmingfuturefood.com/tag/pseudomonas/)
- [Beneficial bacteria](https://farmingfuturefood.com/tag/beneficial-bacteria/)
- [Soil microbiome](https://farmingfuturefood.com/tag/soil-microbiome/)
- [John Innes Centre](https://farmingfuturefood.com/tag/john-innes-centre/)
- [soft fruit](https://farmingfuturefood.com/tag/soft-fruit/)
- [Strawberries](https://farmingfuturefood.com/tag/strawberries/)
- [Deep learning](https://farmingfuturefood.com/tag/deep-learning/)
- [Leibniz Centre for Agricultural Landscape Research](https://farmingfuturefood.com/tag/leibniz-centre-for-agricultural-landscape-research/)
- [Harper Adams University](https://farmingfuturefood.com/tag/harper-adams-university/)
- [GM food](https://farmingfuturefood.com/tag/gm-food/)
- [Organic farming](https://farmingfuturefood.com/tag/organic-farming/)
- [Organic](https://farmingfuturefood.com/tag/organic/)
- [horticulture](https://farmingfuturefood.com/tag/horticulture/)
- [IPPM](https://farmingfuturefood.com/tag/ippm/)
- [Cucumbers](https://farmingfuturefood.com/tag/cucumbers/)
- [Cucumber beetle](https://farmingfuturefood.com/tag/cucumber-beetle/)
- [Ohio State University](https://farmingfuturefood.com/tag/ohio-state-university/)
- [acetamiprid](https://farmingfuturefood.com/tag/acetamiprid/)
- [Breeding](https://farmingfuturefood.com/tag/breeding/)
- [Livestock breeds](https://farmingfuturefood.com/tag/livestock-breeds/)
- [Genomics](https://farmingfuturefood.com/tag/genomics/)
- [Sheep](https://farmingfuturefood.com/tag/sheep/)
- [Genetic diversity](https://farmingfuturefood.com/tag/genetic-diversity/)
- [Cannabis sativa](https://farmingfuturefood.com/tag/cannabis-sativa/)
- [Industrial hemp](https://farmingfuturefood.com/tag/industrial-hemp/)
- [Hemp](https://farmingfuturefood.com/tag/hemp/)
- [Genetics in agriculture](https://farmingfuturefood.com/tag/genetics-in-agriculture/)
- [Plant genetics](https://farmingfuturefood.com/tag/plant-genetics/)
- [FAO](https://farmingfuturefood.com/tag/fao/)
- [Genetic resources](https://farmingfuturefood.com/tag/genetic-resources/)
- [Silkworm](https://farmingfuturefood.com/tag/silkworm/)
- [Silk production](https://farmingfuturefood.com/tag/silk-production/)
- [Bombyx mori](https://farmingfuturefood.com/tag/bombyx-mori/)
- [Silkworm as feed](https://farmingfuturefood.com/tag/silkworm-as-feed/)
- [Poultry feed](https://farmingfuturefood.com/tag/poultry-feed/)
- [Feeding chickens insects](https://farmingfuturefood.com/tag/feeding-chickens-insects/)
- [5G](https://farmingfuturefood.com/tag/5g/)
- [WiFi6](https://farmingfuturefood.com/tag/wifi6/)
- [University of Lincoln](https://farmingfuturefood.com/tag/university-of-lincoln/)
- [Precision farming](https://farmingfuturefood.com/tag/precision-farming/)
- [pest management](https://farmingfuturefood.com/tag/pest-management/)
- [crop production](https://farmingfuturefood.com/tag/crop-production/)
- [arable farming](https://farmingfuturefood.com/tag/arable-farming/)
- [Growing](https://farmingfuturefood.com/tag/growing/)
- [Cabbage root fly](https://farmingfuturefood.com/tag/cabbage-root-fly/)
- [Cabbage root fly control](https://farmingfuturefood.com/tag/cabbage-root-fly-control/)
- [How to control pests](https://farmingfuturefood.com/tag/how-to-control-pests/)
- [Circular agriculture](https://farmingfuturefood.com/tag/circular-agriculture/)
- [Sheep breeding](https://farmingfuturefood.com/tag/sheep-breeding/)
- [Livestock methane production](https://farmingfuturefood.com/tag/livestock-methane-production/)
- [Methane farming](https://farmingfuturefood.com/tag/methane-farming/)
- [Agri-Epi Centre](https://farmingfuturefood.com/tag/agri-epi-centre/)
- [Innovate UK](https://farmingfuturefood.com/tag/innovate-uk/)
- [Seeding](https://farmingfuturefood.com/tag/seeding/)
- [Planting crops](https://farmingfuturefood.com/tag/planting-crops/)
- [Agriculture research](https://farmingfuturefood.com/tag/agriculture-research/)
- [Pest management cannabis](https://farmingfuturefood.com/tag/pest-management-cannabis/)
- [IPM industrial hemp](https://farmingfuturefood.com/tag/ipm-industrial-hemp/)
- [EU pesticide legislation](https://farmingfuturefood.com/tag/eu-pesticide-legislation/)
- [EU integrated pest management](https://farmingfuturefood.com/tag/eu-integrated-pest-management/)
- [Weeding](https://farmingfuturefood.com/tag/weeding/)
- [Weeding robots](https://farmingfuturefood.com/tag/weeding-robots/)
- [FarmWise](https://farmingfuturefood.com/tag/farmwise/)
- [Earth Rover](https://farmingfuturefood.com/tag/earth-rover/)
- [Regenerative agriculture](https://farmingfuturefood.com/tag/regenerative-agriculture/)
- [University of Sheffield](https://farmingfuturefood.com/tag/university-of-sheffield/)
- [Lambs](https://farmingfuturefood.com/tag/lambs/)
- [Sheep farming](https://farmingfuturefood.com/tag/sheep-farming/)
- [Olive leaves](https://farmingfuturefood.com/tag/olive-leaves/)
- [Olive industry](https://farmingfuturefood.com/tag/olive-industry/)
- [SoilCASTOR](https://farmingfuturefood.com/tag/soilcastor/)
- [Livestock disease](https://farmingfuturefood.com/tag/livestock-disease/)
- [Coccidiosis](https://farmingfuturefood.com/tag/coccidiosis/)
- [Salmonella](https://farmingfuturefood.com/tag/salmonella/)
- [Newcastle disease](https://farmingfuturefood.com/tag/newcastle-disease/)
- [Tomatoes](https://farmingfuturefood.com/tag/tomatoes/)
- [Tomato production](https://farmingfuturefood.com/tag/tomato-production/)
- [CRISPR-Cas9](https://farmingfuturefood.com/tag/crispr-cas9/)
- [Genetically-modified foods](https://farmingfuturefood.com/tag/genetically-modified-foods/)
- [Pennsylvania State University](https://farmingfuturefood.com/tag/pennsylvania-state-university/)
- [neonicotinoids](https://farmingfuturefood.com/tag/neonicotinoids/)
- [Corn farming](https://farmingfuturefood.com/tag/corn-farming/)
- [wheat blast](https://farmingfuturefood.com/tag/wheat-blast/)
- [Crop diseases](https://farmingfuturefood.com/tag/crop-diseases/)
- [Bacillus](https://farmingfuturefood.com/tag/bacillus/)
- [Probiotics](https://farmingfuturefood.com/tag/probiotics/)
- [Probiotics in agriculture](https://farmingfuturefood.com/tag/probiotics-in-agriculture/)
- [Rothamsted Research](https://farmingfuturefood.com/tag/rothamsted-research/)
- [Wheat carcinogen](https://farmingfuturefood.com/tag/wheat-carcinogen/)
- [Gene-edited wheat](https://farmingfuturefood.com/tag/gene-edited-wheat/)
- [Wheat farming](https://farmingfuturefood.com/tag/wheat-farming/)
- [Gastrointestinal nematodes](https://farmingfuturefood.com/tag/gastrointestinal-nematodes/)
- [gut nematodes](https://farmingfuturefood.com/tag/gut-nematodes/)
- [Parasitic worms livestock](https://farmingfuturefood.com/tag/parasitic-worms-livestock/)
- [Drug resistance](https://farmingfuturefood.com/tag/drug-resistance/)
- [Yunnan University](https://farmingfuturefood.com/tag/yunnan-university/)
- [IPIFF](https://farmingfuturefood.com/tag/ipiff/)
- [EU alternative feeds](https://farmingfuturefood.com/tag/eu-alternative-feeds/)
- [Alternative fertiliser](https://farmingfuturefood.com/tag/alternative-fertiliser/)
- [Steven Barbosa](https://farmingfuturefood.com/tag/steven-barbosa/)
- [Royal Entomological Society](https://farmingfuturefood.com/tag/royal-entomological-society/)
- [sustainable livestock](https://farmingfuturefood.com/tag/sustainable-livestock/)
- [Soya sustainability](https://farmingfuturefood.com/tag/soya-sustainability/)
- [European poultry](https://farmingfuturefood.com/tag/european-poultry/)
- [Broiler chickens](https://farmingfuturefood.com/tag/broiler-chickens/)
- [Environmental impact of animal feed](https://farmingfuturefood.com/tag/environmental-impact-of-animal-feed/)
- [soil carbon credit scheme](https://farmingfuturefood.com/tag/soil-carbon-credit-scheme/)
- [soil carbon sequestration](https://farmingfuturefood.com/tag/soil-carbon-sequestration/)
- [Center for Growth and Opportunity](https://farmingfuturefood.com/tag/center-for-growth-and-opportunity/)
- [U.S. agriculture](https://farmingfuturefood.com/tag/u-s-agriculture/)
- [Carbon offsetting](https://farmingfuturefood.com/tag/carbon-offsetting/)
- [Automation agriculture](https://farmingfuturefood.com/tag/automation-agriculture/)
- [Smart agriculture](https://farmingfuturefood.com/tag/smart-agriculture/)
- [Human-robot collaboration](https://farmingfuturefood.com/tag/human-robot-collaboration/)
- [System of Rice Intensification](https://farmingfuturefood.com/tag/system-of-rice-intensification/)
- [Pest-resistant crops](https://farmingfuturefood.com/tag/pest-resistant-crops/)
- [Rice farming](https://farmingfuturefood.com/tag/rice-farming/)
- [spiders](https://farmingfuturefood.com/tag/spiders/)
- [University of Guelph](https://farmingfuturefood.com/tag/university-of-guelph/)
- [DNA sequencing](https://farmingfuturefood.com/tag/dna-sequencing/)
- [Livestock breeding](https://farmingfuturefood.com/tag/livestock-breeding/)
- [Animal genomics](https://farmingfuturefood.com/tag/animal-genomics/)
- [Pig breeding](https://farmingfuturefood.com/tag/pig-breeding/)
- [Resilience in pigs](https://farmingfuturefood.com/tag/resilience-in-pigs/)
- [Resilience in livestock](https://farmingfuturefood.com/tag/resilience-in-livestock/)
- [Disease resistance](https://farmingfuturefood.com/tag/disease-resistance/)
- [Genomic research](https://farmingfuturefood.com/tag/genomic-research/)
- [Virtual fencing](https://farmingfuturefood.com/tag/virtual-fencing/)
- [GPS use in agriculture](https://farmingfuturefood.com/tag/gps-use-in-agriculture/)
- [GPS livestock](https://farmingfuturefood.com/tag/gps-livestock/)
- [Livestock management](https://farmingfuturefood.com/tag/livestock-management/)
- [Cattle grazing](https://farmingfuturefood.com/tag/cattle-grazing/)
- [Pasture feeding](https://farmingfuturefood.com/tag/pasture-feeding/)
- [EU robotics legislation](https://farmingfuturefood.com/tag/eu-robotics-legislation/)
- [Robotics laws](https://farmingfuturefood.com/tag/robotics-laws/)
- [Leiden University](https://farmingfuturefood.com/tag/leiden-university/)
- [EU Machinery Directive](https://farmingfuturefood.com/tag/eu-machinery-directive/)
- [Artificial intelligence in farming](https://farmingfuturefood.com/tag/artificial-intelligence-in-farming/)
- [Greenhouse growing](https://farmingfuturefood.com/tag/greenhouse-growing/)
- [Nematodes pest control](https://farmingfuturefood.com/tag/nematodes-pest-control/)
- [Metarhizium brunneum](https://farmingfuturefood.com/tag/metarhizium-brunneum/)
- [Fungi pest control](https://farmingfuturefood.com/tag/fungi-pest-control/)
- [Brassica pests](https://farmingfuturefood.com/tag/brassica-pests/)
- [ETH Zurich](https://farmingfuturefood.com/tag/eth-zurich/)
- [Farming carbon storage](https://farmingfuturefood.com/tag/farming-carbon-storage/)
- [Tampere University](https://farmingfuturefood.com/tag/tampere-university/)
- [Agricultural research](https://farmingfuturefood.com/tag/agricultural-research/)
- [Agricultural science](https://farmingfuturefood.com/tag/agricultural-science/)
- [Digital agriculture](https://farmingfuturefood.com/tag/digital-agriculture/)
- [Respiratory disease in animals](https://farmingfuturefood.com/tag/respiratory-disease-in-animals/)
- [sustainable pest control](https://farmingfuturefood.com/tag/sustainable-pest-control/)
- [agricultural robots](https://farmingfuturefood.com/tag/agricultural-robots/)
- [crop yields](https://farmingfuturefood.com/tag/crop-yields/)
- [Satellite imaging](https://farmingfuturefood.com/tag/satellite-imaging/)
- [Satellites in agriculture](https://farmingfuturefood.com/tag/satellites-in-agriculture/)
- [World Economic Forum](https://farmingfuturefood.com/tag/world-economic-forum/)
- [McKinsey & Company](https://farmingfuturefood.com/tag/mckinsey-company/)
- [Using satellite images for agriculture](https://farmingfuturefood.com/tag/using-satellite-images-for-agriculture/)
- [fungal pesticides](https://farmingfuturefood.com/tag/fungal-pesticides/)
- [Beauveria bassiana](https://farmingfuturefood.com/tag/beauveria-bassiana/)
- [cotton bollworm control](https://farmingfuturefood.com/tag/cotton-bollworm-control/)
- [Chinese Academy of Sciences](https://farmingfuturefood.com/tag/chinese-academy-of-sciences/)
- [parasitoid wasps](https://farmingfuturefood.com/tag/parasitoid-wasps/)
- [wasp venom pest control](https://farmingfuturefood.com/tag/wasp-venom-pest-control/)
- [regulation](https://farmingfuturefood.com/tag/regulation/)
- [european commission](https://farmingfuturefood.com/tag/european-commission/)
- [europe](https://farmingfuturefood.com/tag/europe/)
- [gm](https://farmingfuturefood.com/tag/gm/)
- [GM crops](https://farmingfuturefood.com/tag/gm-crops/)
- [european agriculture](https://farmingfuturefood.com/tag/european-agriculture/)
- [Algae as feed](https://farmingfuturefood.com/tag/algae-as-feed/)
- [Seaweed as feed](https://farmingfuturefood.com/tag/seaweed-as-feed/)
- [Alternatives to soymeal](https://farmingfuturefood.com/tag/alternatives-to-soymeal/)
- [Spirulina feed](https://farmingfuturefood.com/tag/spirulina-feed/)
- [Asparagopsis taxiformis](https://farmingfuturefood.com/tag/asparagopsis-taxiformis/)
- [cattle methane](https://farmingfuturefood.com/tag/cattle-methane/)
- [Spodoptera exigua](https://farmingfuturefood.com/tag/spodoptera-exigua/)
- [Beet armyworm](https://farmingfuturefood.com/tag/beet-armyworm/)
- [beet armyworm control](https://farmingfuturefood.com/tag/beet-armyworm-control/)
- [Gene editing in agriculture](https://farmingfuturefood.com/tag/gene-editing-in-agriculture/)
- [Camelina crop](https://farmingfuturefood.com/tag/camelina-crop/)
- [Camelina sativa](https://farmingfuturefood.com/tag/camelina-sativa/)
- [Feed crops](https://farmingfuturefood.com/tag/feed-crops/)
- [EU genetics rules](https://farmingfuturefood.com/tag/eu-genetics-rules/)
- [eggs](https://farmingfuturefood.com/tag/eggs/)
- [UC Davis](https://farmingfuturefood.com/tag/uc-davis/)
- [ADAS](https://farmingfuturefood.com/tag/adas/)
- [Fera Science](https://farmingfuturefood.com/tag/fera-science/)
- [University of Warwick](https://farmingfuturefood.com/tag/university-of-warwick/)
- [Better Origin](https://farmingfuturefood.com/tag/better-origin/)
- [Layer hens](https://farmingfuturefood.com/tag/layer-hens/)
- [Mice](https://farmingfuturefood.com/tag/mice/)
- [University of Sydney](https://farmingfuturefood.com/tag/university-of-sydney/)
- [Brown marmorated stink bug](https://farmingfuturefood.com/tag/brown-marmorated-stink-bug/)
- [Halyomorpha halys](https://farmingfuturefood.com/tag/halyomorpha-halys/)
- [Stink bug pest](https://farmingfuturefood.com/tag/stink-bug-pest/)
- [Internet of Things](https://farmingfuturefood.com/tag/internet-of-things/)
- [AI pest control](https://farmingfuturefood.com/tag/ai-pest-control/)
- [Agriculture 5.0](https://farmingfuturefood.com/tag/agriculture-5-0/)
- [Sustainable Farming Initiative](https://farmingfuturefood.com/tag/sustainable-farming-initiative/)
- [Countryside Stewardship Scheme](https://farmingfuturefood.com/tag/countryside-stewardship-scheme/)
- [University of Leeds](https://farmingfuturefood.com/tag/university-of-leeds/)
- [Soil organic carbon](https://farmingfuturefood.com/tag/soil-organic-carbon/)
- [Pest control modelling](https://farmingfuturefood.com/tag/pest-control-modelling/)
- [Mathematical modelling farming](https://farmingfuturefood.com/tag/mathematical-modelling-farming/)
- [carbon](https://farmingfuturefood.com/tag/carbon/)
- [brazil](https://farmingfuturefood.com/tag/brazil/)
- [robots](https://farmingfuturefood.com/tag/robots/)
- [farm safety](https://farmingfuturefood.com/tag/farm-safety/)
- [Mosquitoes as feed](https://farmingfuturefood.com/tag/mosquitoes-as-feed/)
- [Uses of mosquitoes](https://farmingfuturefood.com/tag/uses-of-mosquitoes/)
- [Sterile Insect Technique](https://farmingfuturefood.com/tag/sterile-insect-technique/)
- [bovine mastitis](https://farmingfuturefood.com/tag/bovine-mastitis/)
- [CRISPR gene editing](https://farmingfuturefood.com/tag/crispr-gene-editing/)
- [CRISPR diagnostics](https://farmingfuturefood.com/tag/crispr-diagnostics/)
- [Mastitis dairy cows](https://farmingfuturefood.com/tag/mastitis-dairy-cows/)
- [E. coli mastitis](https://farmingfuturefood.com/tag/e-coli-mastitis/)
- [E. coli dairy cattle](https://farmingfuturefood.com/tag/e-coli-dairy-cattle/)
- [Cattle disease detection](https://farmingfuturefood.com/tag/cattle-disease-detection/)
- [Swiss Federal Institute of Technology Lausanne](https://farmingfuturefood.com/tag/swiss-federal-institute-of-technology-lausanne/)
- [Max Polzin](https://farmingfuturefood.com/tag/max-polzin/)
- [Farming on slopes](https://farmingfuturefood.com/tag/farming-on-slopes/)
- [pasture management](https://farmingfuturefood.com/tag/pasture-management/)
- [livestock production](https://farmingfuturefood.com/tag/livestock-production/)
- [drone technology](https://farmingfuturefood.com/tag/drone-technology/)
- [Transgenic crops](https://farmingfuturefood.com/tag/transgenic-crops/)
- [Bt crops](https://farmingfuturefood.com/tag/bt-crops/)
- [Bt crops resistance](https://farmingfuturefood.com/tag/bt-crops-resistance/)
- [Genetic engineering crops](https://farmingfuturefood.com/tag/genetic-engineering-crops/)
- [University of Arizona](https://farmingfuturefood.com/tag/university-of-arizona/)
- [Insects as feed](https://farmingfuturefood.com/tag/insects-as-feed/)
- [Insects as cattle feed](https://farmingfuturefood.com/tag/insects-as-cattle-feed/)
- [Mealworm livestock feed](https://farmingfuturefood.com/tag/mealworm-livestock-feed/)
- [Tenebrio molitor](https://farmingfuturefood.com/tag/tenebrio-molitor/)
- [Invasive species](https://farmingfuturefood.com/tag/invasive-species/)
- [Dr Mark Hoddle](https://farmingfuturefood.com/tag/dr-mark-hoddle/)
- [University of Californnia](https://farmingfuturefood.com/tag/university-of-californnia/)
- [Invasive crop pests](https://farmingfuturefood.com/tag/invasive-crop-pests/)
- [Oilseed rape pest control](https://farmingfuturefood.com/tag/oilseed-rape-pest-control/)
- [Cabbage stem flea beetle](https://farmingfuturefood.com/tag/cabbage-stem-flea-beetle/)
- [Biopesticides](https://farmingfuturefood.com/tag/biopesticides/)
- [Reducing pesticide use](https://farmingfuturefood.com/tag/reducing-pesticide-use/)
- [Flea beetle control](https://farmingfuturefood.com/tag/flea-beetle-control/)
- [phages](https://farmingfuturefood.com/tag/phages/)
- [bacteriophages](https://farmingfuturefood.com/tag/bacteriophages/)
- [Nitrogen fixation farms](https://farmingfuturefood.com/tag/nitrogen-fixation-farms/)
- [Grassland rotation](https://farmingfuturefood.com/tag/grassland-rotation/)
- [Soil biology](https://farmingfuturefood.com/tag/soil-biology/)
- [Swedish farming](https://farmingfuturefood.com/tag/swedish-farming/)
- [Improving arable soils](https://farmingfuturefood.com/tag/improving-arable-soils/)
- [Degraded agricultural soils](https://farmingfuturefood.com/tag/degraded-agricultural-soils/)
- [University of South Bohemia](https://farmingfuturefood.com/tag/university-of-south-bohemia/)
- [BSF feed](https://farmingfuturefood.com/tag/bsf-feed/)
- [Black soldier fly livestock feed](https://farmingfuturefood.com/tag/black-soldier-fly-livestock-feed/)
- [Insect bioconversion](https://farmingfuturefood.com/tag/insect-bioconversion/)
- [Citrobacter amalonaticus](https://farmingfuturefood.com/tag/citrobacter-amalonaticus/)
- [Insect feeds](https://farmingfuturefood.com/tag/insect-feeds/)
- [Sustainable livestock feed](https://farmingfuturefood.com/tag/sustainable-livestock-feed/)
- [microplastics](https://farmingfuturefood.com/tag/microplastics/)
- [soil mulches](https://farmingfuturefood.com/tag/soil-mulches/)
- [sustainable farming](https://farmingfuturefood.com/tag/sustainable-farming/)
- [innovation](https://farmingfuturefood.com/tag/innovation/)
- [Soil carbon markets](https://farmingfuturefood.com/tag/soil-carbon-markets/)
- [US farm soil](https://farmingfuturefood.com/tag/us-farm-soil/)
- [US agricultural research](https://farmingfuturefood.com/tag/us-agricultural-research/)
- [Machine vision](https://farmingfuturefood.com/tag/machine-vision/)
- [Machine learning in agriculture](https://farmingfuturefood.com/tag/machine-learning-in-agriculture/)
- [AI in farming](https://farmingfuturefood.com/tag/ai-in-farming/)
- [Japanese farming](https://farmingfuturefood.com/tag/japanese-farming/)
- [University of Tokyo](https://farmingfuturefood.com/tag/university-of-tokyo/)
- [soybean farming](https://farmingfuturefood.com/tag/soybean-farming/)
- [soybean genetics](https://farmingfuturefood.com/tag/soybean-genetics/)
- [Farming in acidic soils](https://farmingfuturefood.com/tag/farming-in-acidic-soils/)
- [Acidic soils agriculture](https://farmingfuturefood.com/tag/acidic-soils-agriculture/)
- [Phosphorus deficiency soils](https://farmingfuturefood.com/tag/phosphorus-deficiency-soils/)
- [Aluminium toxicity soils](https://farmingfuturefood.com/tag/aluminium-toxicity-soils/)
- [Crop genotypes](https://farmingfuturefood.com/tag/crop-genotypes/)
- [Soybean root diversity](https://farmingfuturefood.com/tag/soybean-root-diversity/)
- [Pest control mango farming](https://farmingfuturefood.com/tag/pest-control-mango-farming/)
- [Mexican fruit fly](https://farmingfuturefood.com/tag/mexican-fruit-fly/)
- [Mexican fruit farming](https://farmingfuturefood.com/tag/mexican-fruit-farming/)
- [bird flu](https://farmingfuturefood.com/tag/bird-flu/)
- [gene editing](https://farmingfuturefood.com/tag/gene-editing-2/)
- [canabis](https://farmingfuturefood.com/tag/canabis/)
- [hemp seed](https://farmingfuturefood.com/tag/hemp-seed/)
- [alternative feed](https://farmingfuturefood.com/tag/alternative-feed/)
- [broilers](https://farmingfuturefood.com/tag/broilers/)
- [poultry production](https://farmingfuturefood.com/tag/poultry-production/)
- [soy](https://farmingfuturefood.com/tag/soy/)
- [Conservation agriculture](https://farmingfuturefood.com/tag/conservation-agriculture/)
- [No till farming](https://farmingfuturefood.com/tag/no-till-farming/)
- [Nuts as animal feed](https://farmingfuturefood.com/tag/nuts-as-animal-feed/)
- [Ruminant feeds](https://farmingfuturefood.com/tag/ruminant-feeds/)
- [soybean replacement feed](https://farmingfuturefood.com/tag/soybean-replacement-feed/)
- [Sustainable animal feed](https://farmingfuturefood.com/tag/sustainable-animal-feed/)
- [Techno-grazing](https://farmingfuturefood.com/tag/techno-grazing/)
- [Cell grazing](https://farmingfuturefood.com/tag/cell-grazing/)
- [Soil structure grazing](https://farmingfuturefood.com/tag/soil-structure-grazing/)
- [Improving livestock grazing](https://farmingfuturefood.com/tag/improving-livestock-grazing/)
- [Soil compaction grazing](https://farmingfuturefood.com/tag/soil-compaction-grazing/)
- [GPS collars livestock](https://farmingfuturefood.com/tag/gps-collars-livestock/)
- [Digital monitoring grazing](https://farmingfuturefood.com/tag/digital-monitoring-grazing/)
- [Jacqueline McGlade](https://farmingfuturefood.com/tag/jacqueline-mcglade/)
- [Climate targets](https://farmingfuturefood.com/tag/climate-targets/)
- [robotics and automated systems](https://farmingfuturefood.com/tag/robotics-and-automated-systems/)
- [Farm labour shortage](https://farmingfuturefood.com/tag/farm-labour-shortage/)
- [Future of agriculture](https://farmingfuturefood.com/tag/future-of-agriculture/)
- [Agricultural training](https://farmingfuturefood.com/tag/agricultural-training/)
- [mycorrhiza](https://farmingfuturefood.com/tag/mycorrhiza/)
- [mycorrhizal seedlings](https://farmingfuturefood.com/tag/mycorrhizal-seedlings/)
- [Farm soil biology](https://farmingfuturefood.com/tag/farm-soil-biology/)
- [Strawberry pest control](https://farmingfuturefood.com/tag/strawberry-pest-control/)
- [Aureobasidium pullulans](https://farmingfuturefood.com/tag/aureobasidium-pullulans/)
- [Sustainable fruit production](https://farmingfuturefood.com/tag/sustainable-fruit-production/)
- [Soft fruit biocontrol](https://farmingfuturefood.com/tag/soft-fruit-biocontrol/)
- [sugar beet extract](https://farmingfuturefood.com/tag/sugar-beet-extract/)
- [Corn production](https://farmingfuturefood.com/tag/corn-production/)
- [carbon dioxide](https://farmingfuturefood.com/tag/carbon-dioxide/)
- [corn](https://farmingfuturefood.com/tag/corn/)
- [genome](https://farmingfuturefood.com/tag/genome/)
- [fungus](https://farmingfuturefood.com/tag/fungus/)
- [embrapa](https://farmingfuturefood.com/tag/embrapa/)
- [IPM cotton](https://farmingfuturefood.com/tag/ipm-cotton/)
- [China agriculture](https://farmingfuturefood.com/tag/china-agriculture/)
- [Livestock breeding genomics](https://farmingfuturefood.com/tag/livestock-breeding-genomics/)
- [Machine learning animal breeding](https://farmingfuturefood.com/tag/machine-learning-animal-breeding/)
- [Farming emissions](https://farmingfuturefood.com/tag/farming-emissions/)
- [COP28](https://farmingfuturefood.com/tag/cop28/)
- [UN climate summit](https://farmingfuturefood.com/tag/un-climate-summit/)
- [Farming and climate agreement](https://farmingfuturefood.com/tag/farming-and-climate-agreement/)
- [Agriculture and climate change](https://farmingfuturefood.com/tag/agriculture-and-climate-change/)
- [Drone use in Europe](https://farmingfuturefood.com/tag/drone-use-in-europe/)
- [European Union drone strategy](https://farmingfuturefood.com/tag/european-union-drone-strategy/)
- [Soya alternatives feed](https://farmingfuturefood.com/tag/soya-alternatives-feed/)
- [Yeast for animal feed](https://farmingfuturefood.com/tag/yeast-for-animal-feed/)
- [Yeast feeding poultry](https://farmingfuturefood.com/tag/yeast-feeding-poultry/)
- [Bacillus Mexicanus](https://farmingfuturefood.com/tag/bacillus-mexicanus/)
- [Bacillus species in agriculture](https://farmingfuturefood.com/tag/bacillus-species-in-agriculture/)
- [White mould](https://farmingfuturefood.com/tag/white-mould/)
- [IPM arable farms](https://farmingfuturefood.com/tag/ipm-arable-farms/)
- [Beneficial insects](https://farmingfuturefood.com/tag/beneficial-insects/)
- [Meadows on farmland](https://farmingfuturefood.com/tag/meadows-on-farmland/)
- [Grasslands pest control](https://farmingfuturefood.com/tag/grasslands-pest-control/)
- [Genomic selection livestock](https://farmingfuturefood.com/tag/genomic-selection-livestock/)
- [Sustainable dairy farming](https://farmingfuturefood.com/tag/sustainable-dairy-farming/)
- [Cattle breeding](https://farmingfuturefood.com/tag/cattle-breeding/)
- [Dairy production methane](https://farmingfuturefood.com/tag/dairy-production-methane/)
- [ruminants](https://farmingfuturefood.com/tag/ruminants/)
- [Seeding robots](https://farmingfuturefood.com/tag/seeding-robots/)
- [Greenhouse robotics](https://farmingfuturefood.com/tag/greenhouse-robotics/)
- [Urban agriculture](https://farmingfuturefood.com/tag/urban-agriculture/)
- [University of Ibagué](https://farmingfuturefood.com/tag/university-of-ibague/)
- [Orchard pest control](https://farmingfuturefood.com/tag/orchard-pest-control/)
- [Pests in apple growing](https://farmingfuturefood.com/tag/pests-in-apple-growing/)
- [Mass trapping insects](https://farmingfuturefood.com/tag/mass-trapping-insects/)
- [sustainable pest management](https://farmingfuturefood.com/tag/sustainable-pest-management/)
- [Earwigs in orchards](https://farmingfuturefood.com/tag/earwigs-in-orchards/)
- [investment](https://farmingfuturefood.com/tag/investment/)
- [UK](https://farmingfuturefood.com/tag/uk/)
- [united kingdom](https://farmingfuturefood.com/tag/united-kingdom/)
- [Lisette Phelan](https://farmingfuturefood.com/tag/lisette-phelan/)
- [ghg emissions](https://farmingfuturefood.com/tag/ghg-emissions/)
- [greenhouse gases](https://farmingfuturefood.com/tag/greenhouse-gases/)
- [china](https://farmingfuturefood.com/tag/china/)
- [Single-cell protein](https://farmingfuturefood.com/tag/single-cell-protein/)
- [Livestock feed sustainability](https://farmingfuturefood.com/tag/livestock-feed-sustainability/)
- [Reusing straw from farming](https://farmingfuturefood.com/tag/reusing-straw-from-farming/)
- [Entomopathogenic nematodes](https://farmingfuturefood.com/tag/entomopathogenic-nematodes/)
- [Steinernema carpocapsae](https://farmingfuturefood.com/tag/steinernema-carpocapsae/)
- [Protecting nematodes from the environment](https://farmingfuturefood.com/tag/protecting-nematodes-from-the-environment/)
- [UV protectant products](https://farmingfuturefood.com/tag/uv-protectant-products/)
- [carbon credit schemes](https://farmingfuturefood.com/tag/carbon-credit-schemes/)
- [Central Queensland University](https://farmingfuturefood.com/tag/central-queensland-university/)
- [Australian farming](https://farmingfuturefood.com/tag/australian-farming/)
- [Rice as animal feed](https://farmingfuturefood.com/tag/rice-as-animal-feed/)
- [China rice backlog](https://farmingfuturefood.com/tag/china-rice-backlog/)
- [Alternative pig feed](https://farmingfuturefood.com/tag/alternative-pig-feed/)
- [IPM oilseed rape](https://farmingfuturefood.com/tag/ipm-oilseed-rape/)
- [Pollen beetle control](https://farmingfuturefood.com/tag/pollen-beetle-control/)
- [Farm to Fork Strategy](https://farmingfuturefood.com/tag/farm-to-fork-strategy/)
- [Alternative animal feed](https://farmingfuturefood.com/tag/alternative-animal-feed/)
- [Alternative livestock feed](https://farmingfuturefood.com/tag/alternative-livestock-feed/)
- [UN Sustainable Development Goals](https://farmingfuturefood.com/tag/un-sustainable-development-goals/)
- [Animal feed sustainability](https://farmingfuturefood.com/tag/animal-feed-sustainability/)
- [Soilless protein sources](https://farmingfuturefood.com/tag/soilless-protein-sources/)
- [Soy alternatives](https://farmingfuturefood.com/tag/soy-alternatives/)
- [Farming semiarid land](https://farmingfuturefood.com/tag/farming-semiarid-land/)
- [Corn yield improvement](https://farmingfuturefood.com/tag/corn-yield-improvement/)
- [Corn soil carbon](https://farmingfuturefood.com/tag/corn-soil-carbon/)
- [biodegradable mulch](https://farmingfuturefood.com/tag/biodegradable-mulch/)
- [biochar use on farmland](https://farmingfuturefood.com/tag/biochar-use-on-farmland/)
- [China farming](https://farmingfuturefood.com/tag/china-farming/)
- [Crop protection](https://farmingfuturefood.com/tag/crop-protection/)
- [Instituto Valenciano de Investigaciones Agrarias](https://farmingfuturefood.com/tag/instituto-valenciano-de-investigaciones-agrarias/)
- [Pest management research](https://farmingfuturefood.com/tag/pest-management-research/)
- [IPM research](https://farmingfuturefood.com/tag/ipm-research/)
- [Honeydew pests](https://farmingfuturefood.com/tag/honeydew-pests/)
- [Honeydew management](https://farmingfuturefood.com/tag/honeydew-management/)
- [robot fruit picker](https://farmingfuturefood.com/tag/robot-fruit-picker/)
- [Soft robotics](https://farmingfuturefood.com/tag/soft-robotics/)
- [Origami robotics](https://farmingfuturefood.com/tag/origami-robotics/)
- [azolla chicken feed](https://farmingfuturefood.com/tag/azolla-chicken-feed/)
- [Alternative feed egg quality](https://farmingfuturefood.com/tag/alternative-feed-egg-quality/)
- [Alternative poultry diets](https://farmingfuturefood.com/tag/alternative-poultry-diets/)
- [lighting pest management](https://farmingfuturefood.com/tag/lighting-pest-management/)
- [LED pest management](https://farmingfuturefood.com/tag/led-pest-management/)
- [Greenhouse lighting pests](https://farmingfuturefood.com/tag/greenhouse-lighting-pests/)
- [Robots in agriculture](https://farmingfuturefood.com/tag/robots-in-agriculture/)
- [Robots in farming](https://farmingfuturefood.com/tag/robots-in-farming/)
- [Sapienza University of Rome](https://farmingfuturefood.com/tag/sapienza-university-of-rome/)
- [rock dust](https://farmingfuturefood.com/tag/rock-dust/)
- [volcanic rock dust](https://farmingfuturefood.com/tag/volcanic-rock-dust/)
- [UNDO carbon rock dust](https://farmingfuturefood.com/tag/undo-carbon-rock-dust/)
- [UK agricultural research](https://farmingfuturefood.com/tag/uk-agricultural-research/)
- [insects](https://farmingfuturefood.com/tag/insects/)
- [international](https://farmingfuturefood.com/tag/international/)
- [digital ag](https://farmingfuturefood.com/tag/digital-ag/)
- [digital](https://farmingfuturefood.com/tag/digital/)
- [digital divide](https://farmingfuturefood.com/tag/digital-divide/)
- [plant vaccination](https://farmingfuturefood.com/tag/plant-vaccination/)
- [Japan](https://farmingfuturefood.com/tag/japan/)
- [virus](https://farmingfuturefood.com/tag/virus/)
- [Cyber security](https://farmingfuturefood.com/tag/cyber-security/)
- [Cyber security on farms](https://farmingfuturefood.com/tag/cyber-security-on-farms/)
- [Blockchain in agriculture](https://farmingfuturefood.com/tag/blockchain-in-agriculture/)
- [Karianne Kjønas](https://farmingfuturefood.com/tag/karianne-kjonas/)
- [spider venom](https://farmingfuturefood.com/tag/spider-venom/)
- [agtech](https://farmingfuturefood.com/tag/agtech/)
- [Agronomy](https://farmingfuturefood.com/tag/agronomy/)
- [Pesticide alternatives](https://farmingfuturefood.com/tag/pesticide-alternatives/)
- [Agroecology research](https://farmingfuturefood.com/tag/agroecology-research/)
- [Food waste](https://farmingfuturefood.com/tag/food-waste/)
- [Food waste animal feed](https://farmingfuturefood.com/tag/food-waste-animal-feed/)
- [IPM onions](https://farmingfuturefood.com/tag/ipm-onions/)
- [Thrips management](https://farmingfuturefood.com/tag/thrips-management/)
- [Pesticide reduction](https://farmingfuturefood.com/tag/pesticide-reduction/)
- [frogs](https://farmingfuturefood.com/tag/frogs/)
- [PotatoBot](https://farmingfuturefood.com/tag/potatobot/)
- [Jersey Royal potato farming](https://farmingfuturefood.com/tag/jersey-royal-potato-farming/)
- [Potato planting robot](https://farmingfuturefood.com/tag/potato-planting-robot/)
- [Spirulina algae feed](https://farmingfuturefood.com/tag/spirulina-algae-feed/)
- [Circular economy](https://farmingfuturefood.com/tag/circular-economy/)
- [beef cattle](https://farmingfuturefood.com/tag/beef-cattle/)
- [sustainable livestock production](https://farmingfuturefood.com/tag/sustainable-livestock-production/)
- [biochar](https://farmingfuturefood.com/tag/biochar/)
- [soil pH](https://farmingfuturefood.com/tag/soil-ph/)
- [soil health](https://farmingfuturefood.com/tag/soil-health/)
- [cultivated meat](https://farmingfuturefood.com/tag/cultivated-meat/)
- [lab-grown meat](https://farmingfuturefood.com/tag/lab-grown-meat/)
- [livestock farming](https://farmingfuturefood.com/tag/livestock-farming/)
- [RAC](https://farmingfuturefood.com/tag/rac/)
- [Intercropping](https://farmingfuturefood.com/tag/intercropping/)
- [Agri-environmental schemes](https://farmingfuturefood.com/tag/agri-environmental-schemes/)
- [Plastic pollution](https://farmingfuturefood.com/tag/plastic-pollution/)
- [Plastic in soils](https://farmingfuturefood.com/tag/plastic-in-soils/)
- [Farming research](https://farmingfuturefood.com/tag/farming-research/)
- [Agriculture science](https://farmingfuturefood.com/tag/agriculture-science/)
- [Pest management data](https://farmingfuturefood.com/tag/pest-management-data/)
- [BMSB control](https://farmingfuturefood.com/tag/bmsb-control/)
- [invasive species agriculture](https://farmingfuturefood.com/tag/invasive-species-agriculture/)
- [Xinjiang Normal University](https://farmingfuturefood.com/tag/xinjiang-normal-university/)
- [Sheep genetics](https://farmingfuturefood.com/tag/sheep-genetics/)
- [Livestock genetics](https://farmingfuturefood.com/tag/livestock-genetics/)
- [RNA sequencing sheep](https://farmingfuturefood.com/tag/rna-sequencing-sheep/)
- [Maize farming](https://farmingfuturefood.com/tag/maize-farming/)
- [cannabis](https://farmingfuturefood.com/tag/cannabis/)
- [Fusarium wilt banana](https://farmingfuturefood.com/tag/fusarium-wilt-banana/)
- [Fusarium wilt control](https://farmingfuturefood.com/tag/fusarium-wilt-control/)
- [Cavendish bananas](https://farmingfuturefood.com/tag/cavendish-bananas/)
- [Manure in soils](https://farmingfuturefood.com/tag/manure-in-soils/)
- [Manure soil carbon](https://farmingfuturefood.com/tag/manure-soil-carbon/)
- [Antibiotics farming](https://farmingfuturefood.com/tag/antibiotics-farming/)
- [Antibiotic accumulation](https://farmingfuturefood.com/tag/antibiotic-accumulation/)
- [USDA research](https://farmingfuturefood.com/tag/usda-research/)
- [USDA-BHA insect trap](https://farmingfuturefood.com/tag/usda-bha-insect-trap/)
- [Trapping insects for feed](https://farmingfuturefood.com/tag/trapping-insects-for-feed/)
- [Pest control technology](https://farmingfuturefood.com/tag/pest-control-technology/)
- [US soil carbon potential](https://farmingfuturefood.com/tag/us-soil-carbon-potential/)
- [University of Montana](https://farmingfuturefood.com/tag/university-of-montana/)
- [Cover crops soil carbon](https://farmingfuturefood.com/tag/cover-crops-soil-carbon/)
- [Vine weevil control](https://farmingfuturefood.com/tag/vine-weevil-control/)
- [Garlic as pesticide](https://farmingfuturefood.com/tag/garlic-as-pesticide/)
- [Pitcher GR](https://farmingfuturefood.com/tag/pitcher-gr/)
- [Vine weevil research](https://farmingfuturefood.com/tag/vine-weevil-research/)
- [Horticultural pests](https://farmingfuturefood.com/tag/horticultural-pests/)
- [Black soldier fly chicken feed](https://farmingfuturefood.com/tag/black-soldier-fly-chicken-feed/)
- [Soya alternatives chickens](https://farmingfuturefood.com/tag/soya-alternatives-chickens/)
- [Automated weeding](https://farmingfuturefood.com/tag/automated-weeding/)
- [robots on farms](https://farmingfuturefood.com/tag/robots-on-farms/)
- [India](https://farmingfuturefood.com/tag/india/)
- [GM maize](https://farmingfuturefood.com/tag/gm-maize/)
- [Genetic engineering maize](https://farmingfuturefood.com/tag/genetic-engineering-maize/)
- [African maize farming](https://farmingfuturefood.com/tag/african-maize-farming/)
- [Crop pests Africa](https://farmingfuturefood.com/tag/crop-pests-africa/)
- [CRISPR crop breeding](https://farmingfuturefood.com/tag/crispr-crop-breeding/)
- [Maize pest resistance](https://farmingfuturefood.com/tag/maize-pest-resistance/)
- [Phytoform Labs](https://farmingfuturefood.com/tag/phytoform-labs/)
- [Precision breeding](https://farmingfuturefood.com/tag/precision-breeding/)
- [UK Precision Breeding Act](https://farmingfuturefood.com/tag/uk-precision-breeding-act/)
- [Vertical farming](https://farmingfuturefood.com/tag/vertical-farming/)
- [Vertical farming tomato](https://farmingfuturefood.com/tag/vertical-farming-tomato/)
- [Crop genetics](https://farmingfuturefood.com/tag/crop-genetics/)
- [William Pelton](https://farmingfuturefood.com/tag/william-pelton/)
- [Harvest London](https://farmingfuturefood.com/tag/harvest-london/)
- [Aphid control](https://farmingfuturefood.com/tag/aphid-control/)
- [Barley pest control](https://farmingfuturefood.com/tag/barley-pest-control/)
- [Inoculating crops](https://farmingfuturefood.com/tag/inoculating-crops/)
- [University of Liverpool](https://farmingfuturefood.com/tag/university-of-liverpool/)
- [English grain aphid](https://farmingfuturefood.com/tag/english-grain-aphid/)
- [Root treatment for crops](https://farmingfuturefood.com/tag/root-treatment-for-crops/)
- [hatchery](https://farmingfuturefood.com/tag/hatchery/)
- [embryos](https://farmingfuturefood.com/tag/embryos/)
- [legumes](https://farmingfuturefood.com/tag/legumes/)
- [genome editing](https://farmingfuturefood.com/tag/genome-editing/)
- [emissions](https://farmingfuturefood.com/tag/emissions/)
- [methane](https://farmingfuturefood.com/tag/methane/)
- [Farm carbon sequestration](https://farmingfuturefood.com/tag/farm-carbon-sequestration/)
- [Farm soil carbon](https://farmingfuturefood.com/tag/farm-soil-carbon/)
- [Permaculture](https://farmingfuturefood.com/tag/permaculture/)
- [Soil fertility](https://farmingfuturefood.com/tag/soil-fertility/)
- [DNA](https://farmingfuturefood.com/tag/dna/)
- [agritech](https://farmingfuturefood.com/tag/agritech/)
- [Crop technology](https://farmingfuturefood.com/tag/crop-technology/)
- [CRISPR-Cas](https://farmingfuturefood.com/tag/crispr-cas/)
- [Turkey farming](https://farmingfuturefood.com/tag/turkey-farming/)
- [Turkey production](https://farmingfuturefood.com/tag/turkey-production/)
- [Poultry lighting](https://farmingfuturefood.com/tag/poultry-lighting/)
- [Spain](https://farmingfuturefood.com/tag/spain/)
- [greenhouse](https://farmingfuturefood.com/tag/greenhouse/)
- [greenhouses](https://farmingfuturefood.com/tag/greenhouses/)
- [Mediterranean](https://farmingfuturefood.com/tag/mediterranean/)
- [China carbon sequestration](https://farmingfuturefood.com/tag/china-carbon-sequestration/)
- [Tillage](https://farmingfuturefood.com/tag/tillage/)
- [Farming education](https://farmingfuturefood.com/tag/farming-education/)
- [Farming technologies](https://farmingfuturefood.com/tag/farming-technologies/)
- [AI on farms](https://farmingfuturefood.com/tag/ai-on-farms/)
- [CRISPR pest control](https://farmingfuturefood.com/tag/crispr-pest-control/)
- [Cydia pomonella](https://farmingfuturefood.com/tag/cydia-pomonella/)
- [Shenyang University](https://farmingfuturefood.com/tag/shenyang-university/)
- [Rice co-culture](https://farmingfuturefood.com/tag/rice-co-culture/)
- [Farming fish with rice](https://farmingfuturefood.com/tag/farming-fish-with-rice/)
- [Sustainable rice farming](https://farmingfuturefood.com/tag/sustainable-rice-farming/)
- [Farming climate change](https://farmingfuturefood.com/tag/farming-climate-change/)
- [Farming climate mitigation](https://farmingfuturefood.com/tag/farming-climate-mitigation/)
- [cameras](https://farmingfuturefood.com/tag/cameras/)
- [herd health](https://farmingfuturefood.com/tag/herd-health/)
- [disease control](https://farmingfuturefood.com/tag/disease-control/)
- [dairy cows](https://farmingfuturefood.com/tag/dairy-cows/)
- [disease detection](https://farmingfuturefood.com/tag/disease-detection/)
- [Crop phenotyping](https://farmingfuturefood.com/tag/crop-phenotyping/)
- [Monash University](https://farmingfuturefood.com/tag/monash-university/)
- [microbes](https://farmingfuturefood.com/tag/microbes/)
- [microbiota](https://farmingfuturefood.com/tag/microbiota/)
- [pakistak](https://farmingfuturefood.com/tag/pakistak/)
- [sustainable disease control](https://farmingfuturefood.com/tag/sustainable-disease-control/)
- [Harlequin ladybird pest control](https://farmingfuturefood.com/tag/harlequin-ladybird-pest-control/)
- [Plants produce insect pheromones](https://farmingfuturefood.com/tag/plants-produce-insect-pheromones/)
- [Pest pheromone trapping](https://farmingfuturefood.com/tag/pest-pheromone-trapping/)
- [Aphids IPM](https://farmingfuturefood.com/tag/aphids-ipm/)
- [oilseed rape](https://farmingfuturefood.com/tag/oilseed-rape/)
- [OSR](https://farmingfuturefood.com/tag/osr/)
- [Conservation tillage](https://farmingfuturefood.com/tag/conservation-tillage/)
- [Straw incorporation soils](https://farmingfuturefood.com/tag/straw-incorporation-soils/)
- [Nanjing Agricultural University](https://farmingfuturefood.com/tag/nanjing-agricultural-university/)
- [Harvesting robots](https://farmingfuturefood.com/tag/harvesting-robots/)
- [Carnegie Mellon University Africa](https://farmingfuturefood.com/tag/carnegie-mellon-university-africa/)
- [Africa agri-tech](https://farmingfuturefood.com/tag/africa-agri-tech/)
- [RNAi](https://farmingfuturefood.com/tag/rnai/)
- [RNAi pest control](https://farmingfuturefood.com/tag/rnai-pest-control/)
- [Next generation pest control](https://farmingfuturefood.com/tag/next-generation-pest-control/)
- [chicken](https://farmingfuturefood.com/tag/chicken/)
- [Qingdao Agricultural University](https://farmingfuturefood.com/tag/qingdao-agricultural-university/)
- [Lactisole novel uses](https://farmingfuturefood.com/tag/lactisole-novel-uses/)
- [Novel aphid control](https://farmingfuturefood.com/tag/novel-aphid-control/)
- [Journal of Economic Entomology](https://farmingfuturefood.com/tag/journal-of-economic-entomology/)
- [Tractor technology](https://farmingfuturefood.com/tag/tractor-technology/)
- [Reducing vibrations on tractors](https://farmingfuturefood.com/tag/reducing-vibrations-on-tractors/)
- [Tractor health and safety](https://farmingfuturefood.com/tag/tractor-health-and-safety/)
- [WBV risk](https://farmingfuturefood.com/tag/wbv-risk/)
- [bioinsecticide](https://farmingfuturefood.com/tag/bioinsecticide/)
- [biopesticide](https://farmingfuturefood.com/tag/biopesticide/)
- [pesticide](https://farmingfuturefood.com/tag/pesticide/)
- [scorpion](https://farmingfuturefood.com/tag/scorpion/)
- [sustainable best control](https://farmingfuturefood.com/tag/sustainable-best-control/)
- [sustainable agricuture](https://farmingfuturefood.com/tag/sustainable-agricuture/)
- [crop pests](https://farmingfuturefood.com/tag/crop-pests/)
- [pests](https://farmingfuturefood.com/tag/pests/)
- [robot](https://farmingfuturefood.com/tag/robot/)
- [irrigation](https://farmingfuturefood.com/tag/irrigation/)
- [Mycotoxins in food](https://farmingfuturefood.com/tag/mycotoxins-in-food/)
- [Mycotoxins crops](https://farmingfuturefood.com/tag/mycotoxins-crops/)
- [Shenyang Agricultural University](https://farmingfuturefood.com/tag/shenyang-agricultural-university/)
- [Crop contamination](https://farmingfuturefood.com/tag/crop-contamination/)
- [Contaminants in food chain](https://farmingfuturefood.com/tag/contaminants-in-food-chain/)
- [Biotechnology in food](https://farmingfuturefood.com/tag/biotechnology-in-food/)
- [Phytoform Corteva](https://farmingfuturefood.com/tag/phytoform-corteva/)
- [Phytoform CRE.AI.TIVE](https://farmingfuturefood.com/tag/phytoform-cre-ai-tive/)
- [Breeding corn varieties](https://farmingfuturefood.com/tag/breeding-corn-varieties/)
- [Corn diseases](https://farmingfuturefood.com/tag/corn-diseases/)
- [workforce](https://farmingfuturefood.com/tag/workforce/)
- [labour](https://farmingfuturefood.com/tag/labour/)
- [skills](https://farmingfuturefood.com/tag/skills/)
- [upskilling](https://farmingfuturefood.com/tag/upskilling/)
- [TIAH](https://farmingfuturefood.com/tag/tiah/)
- [review](https://farmingfuturefood.com/tag/review/)
- [precision technology](https://farmingfuturefood.com/tag/precision-technology/)
- [south korea](https://farmingfuturefood.com/tag/south-korea/)
- [cows](https://farmingfuturefood.com/tag/cows/)
- [neem oil](https://farmingfuturefood.com/tag/neem-oil/)
- [citrus fruit](https://farmingfuturefood.com/tag/citrus-fruit/)
- [blackfly](https://farmingfuturefood.com/tag/blackfly/)
- [urine](https://farmingfuturefood.com/tag/urine/)
- [cow urine](https://farmingfuturefood.com/tag/cow-urine/)
- [no-till](https://farmingfuturefood.com/tag/no-till/)
- [no till](https://farmingfuturefood.com/tag/no-till-2/)
- [min-till](https://farmingfuturefood.com/tag/min-till/)
- [soil microbes](https://farmingfuturefood.com/tag/soil-microbes/)
- [czech republic](https://farmingfuturefood.com/tag/czech-republic/)
- [Sustainable feed](https://farmingfuturefood.com/tag/sustainable-feed/)
- [Feed additives for poultry](https://farmingfuturefood.com/tag/feed-additives-for-poultry/)
- [poultry nutrition](https://farmingfuturefood.com/tag/poultry-nutrition/)
- [antibiotic alternatives](https://farmingfuturefood.com/tag/antibiotic-alternatives/)
- [livestock feed](https://farmingfuturefood.com/tag/livestock-feed/)
- [gut health](https://farmingfuturefood.com/tag/gut-health/)
- [RNAi interference](https://farmingfuturefood.com/tag/rnai-interference/)
- [UK agri-tech](https://farmingfuturefood.com/tag/uk-agri-tech/)
- [Agri-tech innovation](https://farmingfuturefood.com/tag/agri-tech-innovation/)
- [UK Agricultural Policy](https://farmingfuturefood.com/tag/uk-agricultural-policy/)
- [Farm technology adoption](https://farmingfuturefood.com/tag/farm-technology-adoption/)
- [Latin American farming](https://farmingfuturefood.com/tag/latin-american-farming/)
- [Biological pest control](https://farmingfuturefood.com/tag/biological-pest-control/)
- [Pesticide industry lobbying](https://farmingfuturefood.com/tag/pesticide-industry-lobbying/)
- [Latin America pest control](https://farmingfuturefood.com/tag/latin-america-pest-control/)
- [Microbial pesticides](https://farmingfuturefood.com/tag/microbial-pesticides/)
- [Novel feed additives](https://farmingfuturefood.com/tag/novel-feed-additives/)
- [Broiler production](https://farmingfuturefood.com/tag/broiler-production/)
- [Chicken health](https://farmingfuturefood.com/tag/chicken-health/)
- [Coffee waste re-use](https://farmingfuturefood.com/tag/coffee-waste-re-use/)
- [Coffee circular economy](https://farmingfuturefood.com/tag/coffee-circular-economy/)
- [new zealand](https://farmingfuturefood.com/tag/new-zealand/)
- [methane emissions](https://farmingfuturefood.com/tag/methane-emissions/)
- [soil carbon measurement](https://farmingfuturefood.com/tag/soil-carbon-measurement/)
- [laser technology](https://farmingfuturefood.com/tag/laser-technology/)
- [carbon credit verification](https://farmingfuturefood.com/tag/carbon-credit-verification/)
- [rover](https://farmingfuturefood.com/tag/rover/)
- [bangladesh](https://farmingfuturefood.com/tag/bangladesh/)
- [africa](https://farmingfuturefood.com/tag/africa/)
- [africa ag tech](https://farmingfuturefood.com/tag/africa-ag-tech/)
- [biological crop protection](https://farmingfuturefood.com/tag/biological-crop-protection/)
- [vertical farm](https://farmingfuturefood.com/tag/vertical-farm/)
- [salad crops](https://farmingfuturefood.com/tag/salad-crops/)
- [precision fermentation](https://farmingfuturefood.com/tag/precision-fermentation/)
- [cellular agriculture](https://farmingfuturefood.com/tag/cellular-agriculture/)
- [microorganisms](https://farmingfuturefood.com/tag/microorganisms/)
- [yeast](https://farmingfuturefood.com/tag/yeast/)
- [sustainable proteins](https://farmingfuturefood.com/tag/sustainable-proteins/)
- [fermentation](https://farmingfuturefood.com/tag/fermentation/)
- [protein](https://farmingfuturefood.com/tag/protein/)
- [regenerative farming](https://farmingfuturefood.com/tag/regenerative-farming/)
- [digital farming](https://farmingfuturefood.com/tag/digital-farming/)
- [regen ag](https://farmingfuturefood.com/tag/regen-ag/)
- [sustainable livestocks](https://farmingfuturefood.com/tag/sustainable-livestocks/)
- [greenhouse gas](https://farmingfuturefood.com/tag/greenhouse-gas/)
- [carbon insetting](https://farmingfuturefood.com/tag/carbon-insetting/)
- [GHGs](https://farmingfuturefood.com/tag/ghgs/)
- [carbon offsets](https://farmingfuturefood.com/tag/carbon-offsets/)
- [algae](https://farmingfuturefood.com/tag/algae/)
- [microalgae](https://farmingfuturefood.com/tag/microalgae/)
- [Sustainable crop protection](https://farmingfuturefood.com/tag/sustainable-crop-protection/)
- [Oilseed rape pests](https://farmingfuturefood.com/tag/oilseed-rape-pests/)
- [Intercropping systems](https://farmingfuturefood.com/tag/intercropping-systems/)
- [Companion planting](https://farmingfuturefood.com/tag/companion-planting/)
- [Agroscope](https://farmingfuturefood.com/tag/agroscope/)
- [Pest science research](https://farmingfuturefood.com/tag/pest-science-research/)
- [AI in Agriculture](https://farmingfuturefood.com/tag/ai-in-agriculture/)
- [Public trust in technology](https://farmingfuturefood.com/tag/public-trust-in-technology/)
- [Digital farming in Australia](https://farmingfuturefood.com/tag/digital-farming-in-australia/)
- [tech and society](https://farmingfuturefood.com/tag/tech-and-society/)
- [Verticillium wilt](https://farmingfuturefood.com/tag/verticillium-wilt/)
- [Olive tree disease](https://farmingfuturefood.com/tag/olive-tree-disease/)
- [Plant pathology](https://farmingfuturefood.com/tag/plant-pathology/)
- [Olive disease biological control](https://farmingfuturefood.com/tag/olive-disease-biological-control/)
- [Spain olive disease](https://farmingfuturefood.com/tag/spain-olive-disease/)
- [soil fungus](https://farmingfuturefood.com/tag/soil-fungus/)
- [Sclerotinia sclerotiorum](https://farmingfuturefood.com/tag/sclerotinia-sclerotiorum/)
- [Trichoderma hamatum](https://farmingfuturefood.com/tag/trichoderma-hamatum/)
- [sustainable poultry](https://farmingfuturefood.com/tag/sustainable-poultry/)
- [oregano](https://farmingfuturefood.com/tag/oregano/)
- [alternative poultry feed](https://farmingfuturefood.com/tag/alternative-poultry-feed/)
- [Agrifood innovation](https://farmingfuturefood.com/tag/agrifood-innovation/)
- [Insect farming](https://farmingfuturefood.com/tag/insect-farming/)
- [National Observatory on Insect Farming](https://farmingfuturefood.com/tag/national-observatory-on-insect-farming/)
- [Agri-tech research](https://farmingfuturefood.com/tag/agri-tech-research/)
- [Olive waste resuse](https://farmingfuturefood.com/tag/olive-waste-resuse/)
- [Agritech innovation](https://farmingfuturefood.com/tag/agritech-innovation/)
- [InsectBiotech](https://farmingfuturefood.com/tag/insectbiotech/)
- [antimicrobials](https://farmingfuturefood.com/tag/antimicrobials/)
- [antibiotics](https://farmingfuturefood.com/tag/antibiotics/)
- [dairy antibiotics](https://farmingfuturefood.com/tag/dairy-antibiotics/)
- [antibiotic reduction](https://farmingfuturefood.com/tag/antibiotic-reduction/)
- [Singapore](https://farmingfuturefood.com/tag/singapore/)
- [mastitis](https://farmingfuturefood.com/tag/mastitis/)
- [milk](https://farmingfuturefood.com/tag/milk/)
- [oligoimidazolium carbon acids](https://farmingfuturefood.com/tag/oligoimidazolium-carbon-acids/)
- [pig feed](https://farmingfuturefood.com/tag/pig-feed/)
- [sustainable livestock productiob](https://farmingfuturefood.com/tag/sustainable-livestock-productiob/)
- [oigs](https://farmingfuturefood.com/tag/oigs/)
- [pork](https://farmingfuturefood.com/tag/pork/)
- [seaweed](https://farmingfuturefood.com/tag/seaweed/)
- [nuts](https://farmingfuturefood.com/tag/nuts/)
- [feed ingredients](https://farmingfuturefood.com/tag/feed-ingredients/)
- [farm robot](https://farmingfuturefood.com/tag/farm-robot/)
- [farm robots](https://farmingfuturefood.com/tag/farm-robots/)
- [farm robotics](https://farmingfuturefood.com/tag/farm-robotics/)
- [crop design](https://farmingfuturefood.com/tag/crop-design/)
- [autonomous robots](https://farmingfuturefood.com/tag/autonomous-robots/)
- [soils](https://farmingfuturefood.com/tag/soils/)
- [soil compaction](https://farmingfuturefood.com/tag/soil-compaction/)
- [arable produciotn](https://farmingfuturefood.com/tag/arable-produciotn/)
- [microalgae feed](https://farmingfuturefood.com/tag/microalgae-feed/)
- [Extrusion technology](https://farmingfuturefood.com/tag/extrusion-technology/)
- [Feed innovation](https://farmingfuturefood.com/tag/feed-innovation/)
- [Algae in livestock diets](https://farmingfuturefood.com/tag/algae-in-livestock-diets/)
- [volcano](https://farmingfuturefood.com/tag/volcano/)
- [volcanic rock](https://farmingfuturefood.com/tag/volcanic-rock/)
- [basalt](https://farmingfuturefood.com/tag/basalt/)
- [soil nutrients](https://farmingfuturefood.com/tag/soil-nutrients/)
- [weathering](https://farmingfuturefood.com/tag/weathering/)
- [lime](https://farmingfuturefood.com/tag/lime/)
- [sustainable fertiliser](https://farmingfuturefood.com/tag/sustainable-fertiliser/)
- [chicken genetics](https://farmingfuturefood.com/tag/chicken-genetics/)
- [climate change farming](https://farmingfuturefood.com/tag/climate-change-farming/)
- [poultry heat stress](https://farmingfuturefood.com/tag/poultry-heat-stress/)
- [livestock resilience](https://farmingfuturefood.com/tag/livestock-resilience/)
- [chicken breeding](https://farmingfuturefood.com/tag/chicken-breeding/)
- [3D printed pest traps](https://farmingfuturefood.com/tag/3d-printed-pest-traps/)
- [pheromone carriers](https://farmingfuturefood.com/tag/pheromone-carriers/)
- [circular economy agriculture](https://farmingfuturefood.com/tag/circular-economy-agriculture/)
- [Grapholita molesta pest](https://farmingfuturefood.com/tag/grapholita-molesta-pest/)
- [Chinese Academy of Agricultural Sciences](https://farmingfuturefood.com/tag/chinese-academy-of-agricultural-sciences/)
- [3D printing in agriculture](https://farmingfuturefood.com/tag/3d-printing-in-agriculture/)
- [sugar](https://farmingfuturefood.com/tag/sugar/)
- [cdotbio](https://farmingfuturefood.com/tag/cdotbio/)
- [SHAKE](https://farmingfuturefood.com/tag/shake/)
- [nanotechnology](https://farmingfuturefood.com/tag/nanotechnology/)
- [Cranberry pomace feed](https://farmingfuturefood.com/tag/cranberry-pomace-feed/)
- [antibiotic alternatives in poultry](https://farmingfuturefood.com/tag/antibiotic-alternatives-in-poultry/)
- [sustainable livestock nutrition](https://farmingfuturefood.com/tag/sustainable-livestock-nutrition/)
- [poultry gut microbiome](https://farmingfuturefood.com/tag/poultry-gut-microbiome/)
- [Christmas farming story](https://farmingfuturefood.com/tag/christmas-farming-story/)
- [peat](https://farmingfuturefood.com/tag/peat/)
- [growing media](https://farmingfuturefood.com/tag/growing-media/)
- [peat-free growing media](https://farmingfuturefood.com/tag/peat-free-growing-media/)
- [horticultural substrates](https://farmingfuturefood.com/tag/horticultural-substrates/)
- [Grouse Fibre](https://farmingfuturefood.com/tag/grouse-fibre/)
- [pig stress breeding](https://farmingfuturefood.com/tag/pig-stress-breeding/)
- [hair cortisol pigs](https://farmingfuturefood.com/tag/hair-cortisol-pigs/)
- [pig welfare genetics](https://farmingfuturefood.com/tag/pig-welfare-genetics/)
- [stress resilience livestock](https://farmingfuturefood.com/tag/stress-resilience-livestock/)
- [Welfare pig farming](https://farmingfuturefood.com/tag/welfare-pig-farming/)
- [animal welfare indicators](https://farmingfuturefood.com/tag/animal-welfare-indicators/)
- [Agri research](https://farmingfuturefood.com/tag/agri-research/)
- [RNAi pesticide](https://farmingfuturefood.com/tag/rnai-pesticide/)
- [yeast biopesticide](https://farmingfuturefood.com/tag/yeast-biopesticide/)
- [Spotted wing drosophila control](https://farmingfuturefood.com/tag/spotted-wing-drosophila-control/)
- [SWD control](https://farmingfuturefood.com/tag/swd-control/)
- [Fruit fly control](https://farmingfuturefood.com/tag/fruit-fly-control/)
- [methan](https://farmingfuturefood.com/tag/methan/)
- [DNAA sequencing](https://farmingfuturefood.com/tag/dnaa-sequencing/)
- [ag-tech startup failures](https://farmingfuturefood.com/tag/ag-tech-startup-failures/)
- [ag-tech business models](https://farmingfuturefood.com/tag/ag-tech-business-models/)
- [agricultural innovation funding](https://farmingfuturefood.com/tag/agricultural-innovation-funding/)
- [farm automation startups](https://farmingfuturefood.com/tag/farm-automation-startups/)
- [vertical farming economics](https://farmingfuturefood.com/tag/vertical-farming-economics/)
- [University of Nebraska-Lincoln](https://farmingfuturefood.com/tag/university-of-nebraska-lincoln/)
- [bokashi](https://farmingfuturefood.com/tag/bokashi/)
- [soil systems](https://farmingfuturefood.com/tag/soil-systems/)
- [compost](https://farmingfuturefood.com/tag/compost/)
- [fertilizer](https://farmingfuturefood.com/tag/fertilizer/)
- [hoverflies agriculture](https://farmingfuturefood.com/tag/hoverflies-agriculture/)
- [entomovector pest management](https://farmingfuturefood.com/tag/entomovector-pest-management/)
- [grey mould strawberries](https://farmingfuturefood.com/tag/grey-mould-strawberries/)
- [Grey mould control](https://farmingfuturefood.com/tag/grey-mould-control/)
- [Botrytis cinerea control](https://farmingfuturefood.com/tag/botrytis-cinerea-control/)
- [pollinators and biocontrol](https://farmingfuturefood.com/tag/pollinators-and-biocontrol/)
- [high carbon crops](https://farmingfuturefood.com/tag/high-carbon-crops/)
- [crop breeding carbon sequestration](https://farmingfuturefood.com/tag/crop-breeding-carbon-sequestration/)
- [root biomass carbon storage](https://farmingfuturefood.com/tag/root-biomass-carbon-storage/)
- [climate-smart agriculture](https://farmingfuturefood.com/tag/climate-smart-agriculture/)
- [sustainable crop breeding](https://farmingfuturefood.com/tag/sustainable-crop-breeding/)
- [pyrethroid](https://farmingfuturefood.com/tag/pyrethroid/)
- [neonics](https://farmingfuturefood.com/tag/neonics/)
- [ApresLabs](https://farmingfuturefood.com/tag/apreslabs/)
- [UV to red light greenhouse](https://farmingfuturefood.com/tag/uv-to-red-light-greenhouse/)
- [protected crop lighting innovation](https://farmingfuturefood.com/tag/protected-crop-lighting-innovation/)
- [Lambda agri](https://farmingfuturefood.com/tag/lambda-agri/)
- [red light crop productivity](https://farmingfuturefood.com/tag/red-light-crop-productivity/)
- [reduce LED greenhouse costs](https://farmingfuturefood.com/tag/reduce-led-greenhouse-costs/)
- [Greenhouse crops](https://farmingfuturefood.com/tag/greenhouse-crops/)
- [sustainable pesticide use](https://farmingfuturefood.com/tag/sustainable-pesticide-use/)
- [moths](https://farmingfuturefood.com/tag/moths/)
- [lepidoptera](https://farmingfuturefood.com/tag/lepidoptera/)
- [RNA molecules](https://farmingfuturefood.com/tag/rna-molecules/)
- [pesticide use](https://farmingfuturefood.com/tag/pesticide-use/)
- [terraced farming carbon sequestration](https://farmingfuturefood.com/tag/terraced-farming-carbon-sequestration/)
- [terracing soil benefits](https://farmingfuturefood.com/tag/terracing-soil-benefits/)
- [upland agriculture sustainability](https://farmingfuturefood.com/tag/upland-agriculture-sustainability/)
- [berries](https://farmingfuturefood.com/tag/berries/)
- [berry farming](https://farmingfuturefood.com/tag/berry-farming/)
- [drip irrigation](https://farmingfuturefood.com/tag/drip-irrigation/)
- [fruit flies](https://farmingfuturefood.com/tag/fruit-flies/)
- [insecticidees](https://farmingfuturefood.com/tag/insecticidees/)
- [insecticides](https://farmingfuturefood.com/tag/insecticides/)
- [sustainable](https://farmingfuturefood.com/tag/sustainable/)
- [field trials](https://farmingfuturefood.com/tag/field-trials/)
- [spotted wing drosophila](https://farmingfuturefood.com/tag/spotted-wing-drosophila/)
- [potato virus Y detection](https://farmingfuturefood.com/tag/potato-virus-y-detection/)
- [agricultural robot scouting](https://farmingfuturefood.com/tag/agricultural-robot-scouting/)
- [AI crop disease detection](https://farmingfuturefood.com/tag/ai-crop-disease-detection/)
- [precision agriculture robotics](https://farmingfuturefood.com/tag/precision-agriculture-robotics/)
- [biodegradable mulch film](https://farmingfuturefood.com/tag/biodegradable-mulch-film/)
- [citronella pest control](https://farmingfuturefood.com/tag/citronella-pest-control/)
- [whitefly control strawberries](https://farmingfuturefood.com/tag/whitefly-control-strawberries/)

## Other Categories

- [Slider](https://farmingfuturefood.com/other-categories/slider/)
- [Editors' pick](https://farmingfuturefood.com/other-categories/editors-pick/)

## Advert locations

- [Homepage under main section, right hand side](https://farmingfuturefood.com/advert-location/homepage-under-main-section-right-hand-side/)
- [All news page](https://farmingfuturefood.com/advert-location/all-news-page/)
- [Single news item page](https://farmingfuturefood.com/advert-location/single-news-item-page/)