AgriTech Review

A cross-sectional investigation of 409 lactating pigs across 19 farms in Japan found maternal fecal microbiota composition is associated with milk IgA concentrations.

A pre- and post-exposure evaluation of the Lathyrus Info mobile app in Chhattisgarh demonstrated significant knowledge gains among tribal farmers cultivating climate-resilient grass pea in rice fallows.

Molecular surveillance of commercial poultry farms across Bangladesh identified high prevalence and substantial genetic diversity within Eimeria acervulina populations.

Civil engineering researchers demonstrate that replacing up to ten percent of fly ash with agricultural ashes and adding natural fibres produces masonry bricks comparable in strength to conventional standards.

A Bayesian hierarchical analysis of Mediterranean croplands revealed that machine learning algorithm selection shapes soil pedotransfer function accuracy far more than adding satellite covariates.

A genomic and phenotypic study reveals that domesticated Zhikong scallops outgrow farmed stocks across their entire grow-out cycle, linking growth variation to stress-response genes.

Researchers evaluate how integrating subsidized healthy food into healthcare systems could combat chronic disease and health disparities across the Western Pacific region.

A paired cross-sectional study protocol outlines methods to compare dietary intake and serum concentrations of nephrotoxic trace elements among healthy adults in Sri Lankan communities with differing chronic kidney disease endemicity.

Controlled dehydration and rehydration treatments selectively enrich shoot ginsenoside F2 and reorganize tissue-specific primary metabolism in hydroponically cultivated Panax ginseng sprouts.

A comparative veterinary study demonstrates that an automated imaging platform detected significantly higher egg counts and improved liver fluke sensitivity compared to traditional manual coprology.

An analysis of panel data from thirty-one Chinese provinces from 2013 to 2023 reveals three distinct efficiency phases and shifting regional disparities in agricultural production.

Researchers from Fujian Provincial Hospital in China have demonstrated that co-modifying bone marrow mesenchymal stem cells (BMSCs) with two distinct growth factors significantly enhances spinal fusion in a rat model.

A three-layer audit of public Douyin data found zero agricultural produce sellers publicly disclosing artificial intelligence use, exposing fundamental limits in verifying compliance from platform search interfaces.

A scientific review demonstrates that bovine milk whey and dairy derivatives can substantially reduce or fully replace fetal bovine serum in mammalian cell cultures through circular bioeconomy strategies.

A computational approach termed genetic parameters via predictivity accurately tracked changing heritabilities and genetic correlations in simulated livestock populations with up to 100,000 animals per generation.

A comprehensive genomic investigation into French dairy cattle has revealed that DNA methylation strongly influences the occurrence and distribution of spontaneous germline mutations, with cytosine-to-thymine transitions showing pronounced elevation within methylated cytosine-phosphate-guanine dinucleotide sites.

Ecuador is planning to channel funds into its biodiversity, but faces a key challenge: its reliance on oil.

A critical narrative review establishes an operational six-domain evidence framework to distinguish true microbial metabolite causality from correlative plant growth promotion under crop abiotic and biotic stress.

A study of Vermont agritourism operators found that capacity constraints rather than disinterest prevent farms from turning informal visitor knowledge into structured marketing data.

A prospective study of forty-three commercial dairy cows shows standardized digital amputation rapidly alleviates severe lameness and extends productive herd life without requiring specialized convalescent housing.

A new accounting framework joins community food production and service obligations, though its initial tropical pilot measured vegetable harvests without household delivery records.

Researchers have discovered that chilling Nile tilapia to 4 °C decouples violent cold-shock rigor from cellular destruction, preserving mitochondrial envelopes and muscle architecture far better than ambient storage despite rapid physical stiffening.

A qualitative study of eight Ukrainian initiatives shows Victory Gardens primarily strengthened immediate food availability and access during wartime disruptions.

A hybrid optimization protocol combining mayfly clustering, fuzzy logic, and ant colony multi-hop routing extended simulated agricultural ZigBee sensor network lifespans to 830 rounds.

Researchers have characterized a low-cost optical sensor prototype using visible and near-infrared reflectance spectroscopy to rapidly quantify nitrogen, phosphorus, and potassium concentrations in soil-fertilizer mixtures.

A study published in Frontiers in Sustainable Food Systems reveals that, although partnerships and institutional collaboration feature prominently in climate-oriented agricultural research, their relationship with the scaling of innovations is rarely explicitly documented. The findings highlight the need to better understand the role of social relationships to strengthen the design, monitoring and evaluation of scaling processes.

The children of California coffee pioneers Jay and Kristen Ruskey are suing a homeowners and Navien over alleged failures linked to the couple's fatal carbon monoxide poisoning.

A deep learning framework assessing soil across China revealed that climate factors account for over sixty percent of national soil quality variation.

To reduce nitrogen pollution stemming from synthetic fertilizer and livestock waste, California's Central Valley relies on five data sets to estimate surplus nitrogen. However, most parts of the United States use just one or two data sets—the U.S. Department of Agriculture's agricultural survey and census—to estimate nitrogen surplus.

State University of New York Chancellor John B. King Jr. announced a five million dollar capital investment across four SUNY campuses to advance agricultural technology research, hands-on training, and workforce development.

ALBANY — State University of New York Chancellor John B. King Jr. today announced a $5 million investment in agritech research to support four SUNY campuses with funding to expand research, education, and training opportunities for students related to agriculture technology. SUNY has more than 7,500 students enrolled in agriculture-related programs at campuses statewide, and […] The post SUNY Chancellor King Announces $5 Million Investment in Agritech Research appeared first on Morning Ag Clips.

UNIVERSITY PARK, Pa. — Misha Kwasniewski, associate professor of food science in Penn State’s College of Agricultural Sciences, has been appointed director of the Lake Erie Regional Grape Research and Extension Center in North East, where he will lead efforts to address the needs of grape growers and explore new opportunities for the region’s grape industry. Kwasniewski’s research […] The post Food Scientist to Lead Lake Erie Regional Grape Research and Extension Center appeared first on Morning Ag Clips.

Treating cultivated Ganoderma lucidum mycelium with genipin tanning and glycerol fatliquoring yields a flexible, heat-resistant leather alternative that biodegrades in soil within sixty days.

Bioengineers at the University of California San Diego have developed a technology that allows drugs to control when cells produce therapeutic proteins, which could potentially make gene therapies safer and more adaptable for treating chronic diseases.

A systematic review of forty-one studies shows that forest thinning produces divergent, context-dependent effects across soil macrofauna, mesofauna, and microfauna communities worldwide.

Soil respiration (Rs), the efflux of CO₂ from soils to the atmosphere driven by root and microbial activity, is one of the largest terrestrial carbon fluxes and a primary determinant of net carbon sequestration. The important role of nitrogen in driving terrestrial carbon sequestration has long been recognized. However, the role of nitrogen in the temporal dynamics of Rs has not been well understood.

An econometric survey of 364 crop-farming households in Sichuan Province indicates that internet use is associated with a 4.98 percent increase in overall livelihood resilience after correcting for self-selection bias.

Agricultural engineers developed SSD-YOLOv11 to simultaneously classify Kushui rose maturity stages and estimate mature bud harvesting orientation under challenging field conditions.

A two-year field trial in Iran found that higher planting densities accelerated flowering and maturity in Camelina sativa, with 200 plants per square meter achieving peak leaf area index.

Shenzhen’s Drones Go Quiet for APEC Shenzhen spent years turning food-delivery drones into a tourist attraction. Now the

Global fish production and consumption have hit new heights, according to the United Nations. People worldwide are consuming much more fish per capita, and more than 23 million people now work in the aquaculture industry. That booming business is putting pressure on the world's oceans.

Researchers engineered Lactococcus lactis to produce human keratinocyte growth factor, stimulating proliferation, migration, and barrier gene expression in cultured vaginal epithelial cells.

Researchers in Cameroon have identified a significant link between specific agricultural production systems and the levels of aflatoxin B1 contamination in peanut kernels, with the highest risks observed in highly monetized farming models.

A full-life cycle greenhouse study reveals that micro-nanoscale bone char enhances enzymatic activity and soil organic carbon in arsenic-contaminated paddy soil while reshaping microbial genes governing arsenic transformation without changing rice tissue accumulation.

Combining drip irrigation during the growing season with autumn or winter irrigation can help control soil salinity and sustain high, stable crop yields in the arid regions of northwestern China, according to a new study.

Wheat researchers at South Dakota State University are perfecting an AI-powered web application designed to speed the work of wheat breeders and equip farmers with a more accurate tool for making decisions.

Researchers used consumer smartphone video and neural radiance fields to accurately reconstruct and quantify complex three-dimensional shoot and root structures in mixed crop-weed canopies.

Earlier this week, the U.S. Department of Agriculture's Animal and Plant Health Inspection Service (USDA's APHIS) announced the first detection of H5N1 avian flu in a dairy herd in Oregon.

Extracts from kimchi cabbage waste recovered using subcritical water extraction reinforced chitosan and poly(vinyl alcohol) packaging films while preserving substantial biodegradability.

A review of greenhouse sweet pepper trials reveals that chronic mild heat stress reduces fruit fresh yield by lowering fruit set and fruit size rather than curtailing canopy photosynthesis or total biomass production.

The partnership will accelerate the development of non-traditional oilseed crops for the growing low-carbon renewable fuels market. The post Bunge and GDM Form Joint Venture to Develop Novel Oilseeds for Low-Carbon Fuel Feedstocks appeared first on CropLife.

A study evaluates global next-generation risk assessment trends and stakeholder priorities to guide animal-free food safety testing in South Korea.

A new review indicates that climate adaptation in agriculture is conditional and state-dependent, with policy effectiveness varying significantly by shock type and regional context.

A comprehensive review published in Frontiers in Agronomy synthesizes recent advances in artificial intelligence, remote sensing, and robotics for precision weed management.

A cross-sectional investigation of cattle farms in Bangladesh detected multidrug resistance in Enterococcus faecalis and Pseudomonas aeruginosa alongside the critical colistin resistance gene mcr-1.

Researchers have demonstrated zero-bias terahertz geometric rectennas fabricated from scalable chemical vapor deposition graphene, using parallel multi-funnel architectures to significantly enhance antenna coupling efficiency.

Supplementing juvenile tench with fish-derived Loigolactobacillus coryniformis LJR-37 improved growth rates, strengthened antioxidant defenses, and increased survival against Aeromonas hydrophila infection alongside shifts in gut microbiota.

A study of Chinese prefecture-level data reveals that market-oriented data trading platforms causally enhance agricultural new quality productivity through digital innovation and efficiency channels.

A field trial in Hubei Province reveals that biochar microbial fertilizer enhances flue-cured tobacco leaf quality and yields while reshaping rhizosphere soil nutrients and microbial communities.

A deep learning semantic segmentation model accurately identifies plant columns and path regions in Lycium barbarum gardens during the non-fruiting period to support autonomous agricultural robot navigation.

An investigation of 204 processing units across Benin's Collines Department demonstrates that local economic benefits stem primarily from job creation and national market reach rather than unit income.

A study evaluating selective and non-selective agar media on poultry rinsates inoculated with Campylobacter species found that while selective plates effectively isolated the target pathogens, residual background bacteria coexisted alongside them.

A review reports that CRISPR interference provides reversible, non-mutagenic gene silencing in insects, offering a targeted tool for functional genomics and prospective pest control.

Researchers in Egypt isolated Streptomyces enissocaesilis from university soil, identifying four bioactive compounds with antibacterial, antioxidant, and selective cytotoxic actions in laboratory assays.

An econometric panel study of 78 small-scale Kenyan dairy farmer groups reveals that formal constitutions, high entry fees, and table banking are negatively associated with milk productivity, while leadership training, cooperative affiliation, and impartial rule enforcement correlate with higher yields.

A field experiment in subtropical China demonstrated that combining smooth vetch cover cropping with mineral fertilization increased citrus fruit yields more than elevenfold by regulating plant-soil-microbial nutrient stoichiometry and soil physical properties.

Researchers have introduced AgarwoodNet, a lightweight convolutional neural network that classified 14 categories of agarwood leaf conditions with 96.66 percent accuracy.

Researchers have found that a natural polyethylene-like polyester produced by ground-nesting bees degrades from 73 to 40 percent in soil within four months.

An enhanced ant colony optimization algorithm significantly shortens autonomous land levelling trajectories while improving field surface flatness and operating efficiency.

A postharvest preservation protocol combining radio frequency waves and blue light significantly curtailed enzymatic browning and protected bioactive compounds across diverse medicinal storage organs without leaving chemical residues.

Researchers developed empirical models that predict lateritic soil shear strength parameters from basic physical measurements in Meiganga, Cameroon.

A systematic review of Web of Science literature reveals an exponential post-2016 rise in precision crop drone research dominated by the United States and China.

Buried in an International Energy Report on electrification is a telling graph that reveals a more likely energy source for Australia than nuclear. The post Chart of the day: Even bioenergy is outpacing nuclear power in the global generation stakes appeared first on Renew Economy.

Hydroponic experiments demonstrate that lettuce seedlings exposed to the veterinary antibiotic chlortetracycline suffer dose-dependent growth reductions, nutrient imbalances, and persistent oxidative stress despite limited internal transformation into tetracycline.

In a marketplace constantly asking for diversity and sustainability in addition to food quality, globally, we are running out of space to do so. For … The post A Loose Intro to Precision Fermentation appeared first on SAIFood.

Tofu took the crown in a showdown of 20 protein-rich foods judged on health, affordability, availability, and their toll on the planet. Protein-rich foods can look very different when cost, access, health, and environmental impact all enter the picture. In a study published in Frontiers in Sustainable Food Systems, Dr. Chris Macdonald developed a framework [...]

Beneath Denver’s solar panels, a spice nicknamed “red gold” is yielding a promising harvest that could help Colorado farmers earn more with less water. At Colorado State University Spur, horticulture graduate student Reece Bailey is investigating whether saffron could become a profitable addition to the state’s farms. His experiments in the campus’s urban gardens and [...]

Six offshore oyster hubs have been installed at the 760 MW Ecowende offshore wind farm in the Dutch North Sea, as part of an initiative to help...

Seed biopriming with quorum-sensing rhizobacteria suppressed foliar Pseudomonas syringae infection in chickpea seedlings by activating the phenylpropanoid defense pathway and driving a twelvefold surge in protective phenolics.

Researchers at Oregon State University say a product used to control pest slugs on farms in multiple countries is harmful to an iconic West Coast slug and that more research is needed before the product is approved for use in the United States. The work is published in the journal PLOS One.

A new study has identified a previously unknown mechanism by which plants sense insect attack and activate defense responses.

A comparative study of two Italian dairy farms found that automated calf feeding systems were associated with higher average daily gain and lower mortality rates than traditional manual bucket feeding.

A study evaluating the Agrosense v2 platform reveals that subtle adversarial image perturbations severely degrade deep-learning vision models and corrupt downstream agricultural yield and mapping decisions.

Researchers have identified a Danish topsoil bacterium, Arthrobacter sp. α-11c, that fully internalizes and degrades biopesticidal pentacyclic triterpenoid saponins within six hours.

Fluctuating resource supplies can help some highly invasive plants outcompete native species. But research on how nutrient fluctuations affect plant invasion has largely relied on greenhouse or simplified experiments, leaving it unclear whether the same mechanisms operate under natural conditions.

Agricultural engineers designed MEL-YOLO, a deep learning keypoint detection model that accurately localizes weed growth points at high inference speeds to guide laser weeding in sugarcane fields.

Human culture evolves similarly to living organisms, but unlike biology, human creativity can accumulate improvements at an incredible speed. But how exactly does the process of transmitting and modifying ideas between people work?

Controlled greenhouse trials reveal that fodder radishes and marigolds suppress quarantine root-knot nematodes while simultaneously multiplying northern root-knot nematodes.

A field experiment in India showed that seed priming with intermediate concentrations of the synthetic strigolactone analog (-)-epi-GR24 significantly enhanced plant growth, seed yield, and rhizosphere biological properties in Vigna mungo.

From reclaimed bricks to permeable pavers, these practical hardscaping options can reduce waste, conserve resources, and add character to your landscape

WASHINGTON — The U.S. Department of Agriculture (USDA), Agricultural Marketing Service (AMS), today announced that domestic producers and importers of Christmas trees voted to continue the Real Christmas Tree Board’s research and promotion program. In the referendum held Oct. 1-16, 2026, 52.01% of Christmas tree domestic producers and importers voted in favor of continuing the […] The post Christmas Tree Industry Votes to Continue Research and Promotion Program appeared first on Morning Ag Clips.

EAST GRAND FORKS, Minn. — Fresh Solutions Network® recognizes NoKota Packers® Inc., a third-generation potato packer and shipper in Buxton, North Dakota, as its 2026 Fall Farmer Focus, highlighting the company’s investments in technology, product quality, and dependable red and yellow potato supply. Founded in 1979, NoKota has built its reputation on strong grower relationships, […] The post NoKota Packers Invests In Technology To Strengthen Potato Quality And Supply appeared first on Morning Ag Clips.

An Australian native plant traditionally used by Indigenous communities for food and medicine could help scientists develop stronger, more flexible biodegradable film. UNSW researchers have discovered that adding extracts from pigface, Carpobrotus glaucescens, a hardy coastal succulent, to seaweed-based films can significantly improve their strength and flexibility.

A two-stage hybrid quantum-classical neural network automatically evolved from Sentinel-2 satellite time series matched classical regression baselines and improved pre-harvest crop yield detection sensitivity to 82 percent using only 289 trainable parameters.

A rotational mating scheme called mRMC accelerates the pyramiding and fixation of multiple gene-edited alleles in simulated animal populations while curbing inbreeding and protecting genetic diversity.

Texas A&M AgriLife Research scientists have achieved early success using electron beam, or eBeam, technology for the sterile insect technique, or SIT, against New World screwworm flies.

A new study finds that autonomous farming robots could reduce agricultural costs and emissions, with input efficiency driving the greatest potential benefits.

Adopting improved poultry production systems significantly increases household disease-related expenditures compared to traditional operations, according to an economic evaluation of 1,005 chicken-producing households in Tigray, Ethiopia.