AgriTech Review

Researchers in India have developed a hierarchical feature fusion transformer that identifies seventeen jute pest species with 98.43 percent accuracy, outperforming all previously published methods.

Researchers have unveiled an explainable deep learning framework that detects insect crop pests in real time with up to 98 percent precision while visually revealing which image regions drove each prediction.

Researchers report that adding trace aluminum, manganese and copper to a high-magnesium zinc alloy produces a homogeneous fine-grained microstructure that simultaneously boosts strength, ductility, wear resistance and antibacterial performance, with promising results in 24-week rabbit bone implantation.

Yara takes a minority stake in nitrogen intelligence company Stenon with the second close of the latter's Series B. The post Exclusive: Yara Growth Ventures backs soil-sensing startup Stenon as fertilizer prices surge appeared first on AgFunderNews.

Oryza rufipogon is an ordinary-looking wild grass found today in parts of China, India and Southeast Asia. More than 8,000 years ago, people living in the Lower Yangtze Valley began cultivating it.

A new review in Microbial Ecology details how combining biochar with Pseudomonas bacteria boosts crop growth and pollutant breakdown, while warning that success depends on feedstock, pyrolysis temperature and soil conditions.

A two-season Egyptian field trial found that sugar beet residue at 24 tonnes per hectare outperformed molybdenum oxide nanoparticles and proline sprays in sustaining soybean and faba bean yields, water productivity, and profitability under deficit irrigation on calcareous soil.

Indigenous arbuscular mycorrhizal fungi isolated from Thai rice fields boost growth, drought tolerance, and antioxidant grain quality in purple Maled Phai rice, with Gigaspora margarita delivering the strongest benefits.

A prospective study of 447 food-allergic infants reports a cost-sensitive ensemble model that predicts school-age asthma with an AUC of 0.886 and zero missed cases using routine clinical data collected before age two.

Researchers in China show that a moderate rolling speed of 1024 mm/s gives a biodegradable Mg–2Zn–0.4Ca alloy its finest grains, lowest dislocation density, and best biocorrosion resistance for implant applications.

A multi-site study of Indonesian sugarcane plantations shows that available phosphorus, mycorrhizal colonization and soil physical quality shift in coordinated ways across the ratoon crop cycle, generating testable hypotheses about fertiliser timing.

Chinese researchers have created a hollow bowl-like MXene/FeNi3 heterostructure that absorbs electromagnetic waves with record-setting efficiency while simultaneously converting sunlight into heat and electricity.

arXiv:2610.13688v1 Announce Type: new Abstract: Harvesting technologies have evolved from conventional mechanized systems based on bulk mechanical interaction toward increasingly automated and robotic systems capable of perception, decision-making, and localized actuation. This evolution has also created a classification problem, as harvesting systems are commonly described according to crop type, mechanical removal principle, sensing technology, robotic architecture, or degree of automation, making direct comparison difficult. This paper proposes a unified taxonomy for agricultural harvesting technologies based on two primary classification axes: the physical principle governing plant-machine interaction and the level of automation incorporated into the harvesting process. Selectivity is treated as an emergent functional attribute that expresses the biological and spatial scale at which perception and decision-making influence physical actuation. Conventional mechanized methods,

Researchers have combined structure-guided protein design with cis-regulatory enhancer insertion to create rice and wheat plants that tolerate herbicide doses up to four times field rates without yield penalties.

Researchers at AGH University of Krakow used cyclic extrusion–compression to tune the microstructure of biodegradable zinc–magnesium alloys, achieving an enhanced strength–ductility balance for temporary medical implants.

A new analysis in Plant and Soil shows that herbaceous plants that respond strongly to mycorrhizal fungi enjoy more favorable plant-soil feedbacks than less responsive species, a mechanism that may help stabilize diverse grassland communities.

Egyptian researchers have built a MATLAB simulation framework combining LSTM-based water demand prediction with solar energy management, achieving simulated water savings of 28.57 percent and motor energy reductions of 74.74 percent for irrigation in Egypt's New Delta region.

Four hundred years after monks transformed a patch of marshlands in northwest Italy into rice fields, farmer Alice Cerutti has restored a third to their natural state, prioritizing biodiversity over crop yield.

A new study shows that corn straw, straw–manure compost and straw-derived biochar significantly improve the pore structure and water-holding capacity of degraded black soil in Northeast China.

Two strains of the beneficial fungus Trichoderma harzianum reduced red pepper Phytophthora blight incidence by 90.9 percent while promoting plant growth by boosting antioxidant enzyme activity and reshaping the rhizosphere microbiome.

Researchers show that timing paddy drainage to rice's peak cadmium uptake periods boosts metal extraction nearly eightfold, achieving 37.50 percent actual remediation efficiency in contaminated fields.

A study of Polish pine forests shows that hazel, buckthorn, and rowan shrubs each leave distinct biochemical fingerprints on soil carbon storage, nutrient leaching, and enzyme activity, revealing the understory as an active regulator of forest biogeochemistry.

A two-year Indian field trial shows that cyhalofop plus penoxsulam delivers near-complete weed control in direct-seeded rice, while foliar nano urea adds a numerical but statistically unproven yield boost and a cautionary lesson about NDVI sensors being fooled by weeds.

Researchers discovered that a phosphate-dissolving Penicillium fungus and soil phosphorus availability explain why the medicinal herb Amomum villosum from China's Yangchun region accumulates far more of its prized therapeutic terpenoids than plants grown elsewhere.

A sixteen-year Chinese field experiment shows that returning both wheat and maize straw to lime concretion black soil each year boosts soil nutrients, leaf photosynthesis, and maize grain yield.

A controlled pot study shows that cover crops, especially legumes and oat, can raise apparent phosphorus fertilizer recovery by a following durum wheat crop two- to sixfold depending on soil chemistry.

Bioengineered honeybee silk films have been shown to be safe, biodegradable and compatible with wound healing, paving the way for smart dressings that could sense infection and release drugs.

A new critical review finds that combining biochar with compost can improve soil health, but claims of synergistic climate benefits remain largely unproven and highly context-dependent.

CHICAGO — Rural internet providers are confronting a new reality as farms rapidly adopt smart technology for precision agriculture. The growing reliance on data from sensors, drones and automated equipment has elevated connectivity from a simple convenience to a core utility essential for daily operations. This technological shift creates an urgent demand for providers to […] The post Smart Farms Need Smart Support: How Rural Internet Providers Are Adapting to Precision Agriculture appeared first on Morning Ag Clips.

STILLWATER, Okla. — Oklahoma State University Agriculture is leading a four-year, United States Department of Agriculture-funded project to develop new selection methods and tools to breed bermudagrass varieties with improved winter hardiness. These tools could significantly shorten the breeding and field-testing process while helping reduce management costs for the turfgrass industry. OSU has partnered with […] The post OSU Ag Scientists Exploring Winter-Hardy Bermudagrass, Safer Wastewater and Oklahoma’s Black Bear Populations appeared first on Morning Ag Clips.

ONLINE — Growing San Pedro successfully is less about following a rigid formula and more about understanding how the plant responds to light, moisture, soil, and seasonal changes. Material from mature plants is sometimes prepared as San Pedro powder, yet healthy cultivation of the living cactus remains the essential foundation. The San Pedro cactus is […] The post How San Pedro Powder Plants Grow: Soil, Light, Propagation, and Plant Health appeared first on Morning Ag Clips.

A comprehensive review shows that millets have rapidly acquired the full toolkit of modern crop genomics and CRISPR editing, positioning them as climate-resilient, nutrient-dense cereals for a warming world.

The open-access journal Biological Diversity has launched a call for papers for a special issue on the evolutionary mechanisms that form, change, and maintain biodiversity, with submissions due by 31 August 2027 and article processing charges waived.

A randomized trial at Kenyan agro-dealer shops shows that a simple chart of farmer-reported hybrid yields nearly tripled demand for top-performing maize varieties, pointing to independent performance data as a missing link in Africa's slow seed turnover.

Whole-genome sequencing of Nigerian schistosomes shows that the ITS and cox1 markers long used to identify hybridization and zoonotic infection between human and livestock parasites produce misleading results.

Researchers isolated phosphate-solubilizing fungi from an abandoned phosphate mine in China and showed that a three-strain synthetic community boosts forage biomass by up to 85 percent while raising crude protein and mobilizing phosphorus locked in acidic soils.

A single-season field trial in Tamil Nadu shows that moderate phosphorus combined with 0.5 percent foliar zinc-EDTA raised blackgram seed yield by 73.3 percent while improving seed zinc concentration and its potential bioavailability.

A new review synthesizes evidence that fungi living inside salt-tolerant halophyte plants can boost crop yields, confer salinity and drought tolerance, suppress pathogens, remediate polluted soils, and yield industrially valuable enzymes and bioactive compounds.

A comprehensive metabolomic study shows that the growth stage and cultivation environment of Gnaphalium affine strongly shape its phenolic and flavonoid content and antioxidant activity.

A two-year field trial in saline farmland found that combining mid-range organic fertilizer with a 500-fold foliar biostimulant cut root-zone salinity by up to 38.6 percent and raised maize grain yields by up to 30.4 percent.

Researchers have built a multilingual transformer-based AI system that diagnoses crop diseases, generates farming advice, and delivers market intelligence while sustaining 10,000 concurrent users at 0.35 seconds per query.

A multi-omics study reveals that the bacterial symbiont Wolbachia supplies riboflavin to virulent brown planthopper biotypes, underpinning their adaptation to resistant rice varieties.

A four-decade modeling study shows that soil temperature drives carbon sequestration on the Tibetan Plateau in spring and autumn while soil moisture dominates in summer, with distinct responses among grasslands, shrublands, and forests.

Prince Harry has said he is pleased to be back in the UK ahead of the Invictus Games Birmingham 2027, while he and Meghan Markle are expected to undertake a reported Nottingham visit.

A probiotic strain isolated from free-grazing yaks measurably altered the volatile aroma profile and lipid composition of meat from confined yaks on the Qinghai–Tibet Plateau, according to an integrated electronic nose, flavoromics, and lipidomics study.

A new metabolomic and microbiomic study of Rheum tanguticum reveals that tissue identity outweighs seasonal timing in shaping the plant's chemistry, and that key endophytic microbes correlate strongly with the accumulation of medicinal anthraquinones in its roots.

Scientists used leaf-extract-derived silver oxide nanoparticles to convert non-edible Madhuca longifolia seed oil into ASTM-compliant biodiesel with a 92 percent yield and a reusable catalyst.

A comprehensive review argues that sustainable rice production depends on integrating microbiome engineering, synthetic microbial communities, precision agriculture, renewable energy and climate-smart policy into a single coordinated system.

A two-year field study in Xinjiang shows that moderate, multi-stage drip leaching nearly doubled cotton lint yield on saline-alkali soil by reshaping root architecture and extending nitrogen uptake, rather than simply flushing out salts.

Researchers at the University of Sydney have converted a commercial petrol two-wheel tractor into an electric platform with smart weeding sensors, offering a reproducible pathway for low-emission smallholder mechanisation.

A three-year field study in the North China Plain identifies optimal irrigation and nitrogen ranges that simultaneously raise grain yield, resource use efficiency, and soil quality.

DNA sequencing of soybean rhizosphere soils in South Africa reveals that cattle dung and poultry waste fertilizers shape distinct fungal communities with different ecological functions.

A field-scale trial shows that barley fertilised with Chlorella vulgaris biomass matches mineral fertiliser in yield and nearly all malt quality indicators, opening a path to circular, algae-based crop nutrition for the brewing and distilling industry.

Researchers combined long-read shotgun metagenomics with culture-based screening to map the rhizosphere bacteria of Thailand's Sangyod rice and identify compatible plant growth-promoting strains for sustainable biofertilizer development.

A systematic review finds that blockchain, IoT and artificial intelligence are transforming food supply chains, with integrated digital frameworks offering the best hope for cutting waste, fraud and emissions.

A two-year Chinese field trial shows that partially replacing chemical fertilizers with peanut shells and mushroom residue boosts soil organic carbon, enzyme activity, and beneficial microbes in carrot monoculture soil.

An experimental field study in Hungary found that ultra-low volume deltamethrin spraying reduced mosquito abundance by about 47 percent but also caused declines exceeding 40 percent in non-target flying insects, including pollinators.

A new multi-omics study shows that ultrafiltration reshapes microbial metabolism and flavor chemistry in cheese, boosting umami amino acids and creamy, fruity aroma compounds while eliminating whey waste.

A co-designed women-centered farming boot tested in rural Rwanda encouraged consistent footwear use, eased podoconiosis symptoms, and fostered empowerment among female farmers despite persistent gender norms and stigma.

Researchers have shown that real-time mass spectrometry and electronic noses can detect the chemical distress signals maize plants emit when attacked by caterpillars or fungal pathogens, achieving up to 96 percent accuracy in open-air tests and a first encouraging field demonstration.

A Chilean field study found that conventionally managed lettuce farms sprayed seven to nine times per cycle supported fewer insect families but higher pest abundance than farms using threshold-based Integrated Pest Management.

A multi-omic study of more than 1,500 human milk samples links seven molecular biomarkers, including short-chain acylcarnitines tied to vitamin B5 metabolism, to maternal nutrition, mammary gland function, and infant growth.

A new study shows that arbuscular mycorrhizal fungi can orchestrate plants and bacteria to simultaneously break down PAHs and immobilize mercury in co-contaminated soil.

Researchers fine-tuned a Llama model with LoRA to extract agronomic triplets and build a GraphRAG-powered knowledge graph that outperforms standard retrieval on soybean advisory questions.

China has unveiled a smart robot prototype designed to assist with wheat breeding in the latest step in its ongoing drive to advance agricultural technology and bolster food security. The robot made its public debut at a recent seminar on wheat breeding, state-run China Science Daily reported on Friday. Traditional wheat breeders rely on a wealth of accumulated experience to identify and select strains with superior traits from tens of thousands of hybrid offspring. But this requires manual...

A study along nearly 3,000 vertical meters of the Tianshan Mountains finds that plant diversity, acting through productivity rather than microbial diversity, is the dominant biotic factor associated with grassland soil carbon accumulation.

Researchers at Kookmin University have developed AlterProtX, an AI framework that compares animal and non-animal proteomes at scale to identify sustainable protein alternatives with the functional properties food products require.

Researchers have used a deep learning observation operator to assimilate daily TROPOMI sun-induced fluorescence measurements into the ISBA land surface model, improving vegetation simulations and revealing unmodelled irrigation in Spain's Ebro basin.

Australian researchers used mid-infrared spectroscopy and explainable machine learning to accurately predict how much stable carbon soils hold and how much more they could sequester.

A multiyear Tunisian study finds that irrigating barley with treated wastewater for up to three consecutive cycles increases seed production while preserving nutritional quality and reshaping phenolic defence chemistry without negative cumulative effects.

An 18-month field experiment in Hangzhou Bay shows that plastic mulching during coastal wetland restoration desalinizes the entire soil profile, boosts deep-soil microbial biomass, and coincides with major losses of iron-protected carbon down to one metre.

A study of collapsing permafrost at Cape Bounty in the Canadian High Arctic shows that deep sediments exposed by retrogressive thaw slumps contain far less mineral-protected organic carbon, making that carbon more vulnerable to microbial degradation and potential greenhouse gas release.

A seven-year analysis of the EU's horizon scanning system shows how automated monitoring of media and scientific sources has identified hundreds of unlisted plant pests and strengthened Europe's defences against emerging threats such as banana Panama disease.

Four decades of high-resolution modeling show that Swiss agricultural policies dramatically improved nitrogen use efficiency and cut pollution, but at the hidden cost of substantial cropland soil nitrogen depletion.

A new magnetic separation method shows that increases in particulate organic carbon after straw and biochar application largely reflect undecomposed residues rather than genuinely stabilized soil organic matter.

A decade-long field study in a Bordeaux vineyard shows that trees planted within vine rows progressively enrich soil organic carbon, rewire rhizosphere microbial enzyme activity toward phosphorus acquisition, and improve grapevine nitrogen status without reducing yields.

Saint Louis University researchers have revealed an unexpected nitrogenase supercomplex in an ancient methanogen, a structural discovery that could transform sustainable fertilizer production, green energy and even space travel.

Researchers have developed an iterative residual correction method that uses new soil profile data to significantly improve the accuracy and reliability of existing probabilistic soil maps, as demonstrated across California.

An interpretable machine learning framework shows that high-dose organic fertilization, especially pig manure, improves blueberry fruit quality through rhizosphere pH and moisture while excessive bulk-soil nitrate undermines it.

Researchers in India have combined classical biochemistry, 16S rRNA sequencing, phylogenetics and RNA folding thermodynamics to characterize Bacillus isolates from three ecologically distinct soils, revealing both metabolic diversity and the taxonomic limits of the standard barcode gene.

New research shows that the estrogen receptor gene ESR1 promotes milk fat and protein synthesis, cell proliferation, and survival in buffalo mammary epithelial cells, offering molecular targets for breeding improved dairy buffaloes.

A new study led by Paul Schulze-Lefert from the Max Planck Institute for Plant Breeding Research in Cologne, in collaboration with Ricardo F.H. Giehl at the Leibniz Institute of Plant Genetics and Crop Plant Research in Gatersleben, revealed how Arabidopsis plants adapt their chemical communication with the bacterial root microbiota to maximize the acquisition of bio-unavailable iron from acidic or calcareous soils. The study is now published in Cell.

Researchers have developed ANyWEL, a generalised semantic-modelling framework that converts scientific literature into overall welfare scores for any farmed species and housing system.

A two-year open-air experiment shows that elevated ozone and combined organic-inorganic fertilization both accelerate nitrification in wheat rhizosphere soil, but through distinct mechanisms on different timescales.

A study of Israeli Mediterranean forests finds that mixed tree stands store about 6.1 megagrams more soil carbon per hectare than single-species pine stands, but the extra carbon sits mainly in fast-cycling fractions while long-term storage is capped by soil texture.

Not all ag technology buyers think alike. Understanding adoption styles can help retailers tailor sales strategies and drive results. The post The Demographics of Ag Technology Sales … Simplify and Execute appeared first on CropLife.

A new drone-based study shows that ordinary cameras can map plastic film residues on farmland, while purpose-built short-wave infrared sensors could make soil plastic monitoring unambiguous.

A qualitative study of nine refugee women in Sweden and Germany shows how everyday occupations like bicycling, gardening and volunteering function as tactics of power and resistance within restrictive migration systems.

A new global review reveals that soil nematodes survive Earth's harshest environments through suspended metabolism, opportunistic life histories, and microbe-based food webs, and that climate change threatens them mainly through indirect effects on permafrost, vegetation, and water availability.

Researchers have devised an ensemble-based scheme that jointly updates soil temperature and moisture, turning fleeting satellite land surface temperature observations into lasting improvements in soil, snow, and hydrological simulations.

The threat of cyberattacks against American agriculture and food systems is growing, and Washington State University researchers are helping to lead a call for a national consortium of land-grant universities to study and combat the threat.

A Swiss lysimeter experiment found that non-inversion tillage reduced nitrate leaching by up to 42 percent on some soils during a wet, bare-soil period, suggesting reduced tillage could help protect water quality as winters grow wetter.

A new French study shows that hedgerows shape the species richness, functional traits, and ecosystem services of ant communities in adjacent farmland, with arboreal hedges boosting diversity and shrubby hedges suppressing aphid-related disservices.

A new study reveals that the regulatory protein GacS acts as a master switch in Pseudomonas fluorescens, coordinating antibiotic production against soil competitors and flagellin-driven plant immune signaling that together reshape the rhizosphere microbiome.

The challenge has been compounded by a recent FCC proposal that could ban sales of existing foreign-made drones as well as new models. The post US spray drone market “very much in flux” as firms attempt to navigate evolving landscape, says ASDC appeared first on AgFunderNews.

After nearly ten years of heating a forest soil to one meter's depth, scientists found that unprotected particulate carbon in the subsoil declined sharply while mineral-bound carbon remained stable, revealing which soil carbon pools are truly vulnerable to climate warming.

A new study shows that vermicompost and the root fungus Piriformospora indica promote apple seedling growth largely by enriching Streptomyces actinomycetes in the rhizosphere, with four isolated strains reproducing the benefits on their own.

An eleven-year field experiment in a Spanish organic olive grove shows that the widely used RothC model overestimated soil carbon sequestration rates by up to twofold, with biochar posing the greatest challenges for both measurement and modelling.

A new cybernetic modeling study shows that fast-growing copiotrophic microbes and their interactions with non-degrading neighbors determine whether fresh organic inputs accelerate or suppress the decomposition of complex soil carbon, with a threshold below 10 percent labile matter triggering maximal priming.

A 90-day incubation study of Malaysian tropical soil shows that compost-induced carbon dioxide emissions are driven primarily by shifts in soil pH and available phosphorus rather than by the amount of carbon added, with chicken dung compost producing the highest emissions.