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Genus

Triticum

Called “wheat” in GBIF

Wheat is a group of wild and domesticated grasses of the genus Triticum. As cereals, they are cultivated for their grains, which are staple foods around the world. Well-known wheat species and hybrids include the most widely grown common wheat, spelt, durum, emmer, einkorn, and Khorasan or Kamut. The archaeological record suggests that wheat was first cultivated in the regions of the Fertile Crescent around 9600 BC.

From Wikipedia, licensed under CC BY-SA 4.0

45
accepted species in GBIF
Source: GBIF
2
plants on Plant News
216
research articles
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Plants in this genus

2 plants

Research on Triticum

216 articles

Bacteria plus humic acid team up to drought-proof wheat

If you've ever watched tomatoes wilt during a dry spell and wished for a cheap fix, this study sh...

Tough soil bacteria help wheat survive plastic pollution and drough...

If your garden soil has absorbed stray bits of plastic from mulch films or synthetic fibers over ...

This wheat gene helps fight a devastating grain fungus

The bread, pasta, and cereal on your table depend on wheat crops that lose billions of dollars ye...

PubMed → · research article

Gene-edited wheat gets a rice-like fragrant upgrade

If you've ever wondered why fragrant rice costs more and smells better at dinner, this same aroma...

PubMed → · research article

Tiny genetic switches let wheat survive drought without stunting growth

Wheat fields that used to trade yield for toughness during dry spells may soon do both at once, w...

What science is finding about Triticum

Every article on Plant News that mentions a member of this genus, newest first.

Latest finding

Bacteria plus humic acid team up to drought-proof wheat

Combining a beneficial soil bacterium with humic acid helped wheat plants cope with drought at a critical growth stage, boosting yields more than either treatment alone. This offers farmers a low-cost way to protect wheat crops as water shortages become more common.

Tough soil bacteria help wheat survive plastic pollution and drought together

If your garden soil has absorbed stray bits of plastic from mulch films or synthetic fibers over the years, the right soil...

Wheat soil-health / climate-adaptation

This wheat gene helps fight a devastating grain fungus

The bread, pasta, and cereal on your table depend on wheat crops that lose billions of dollars yearly to a fungus this gene...

Wheat crop-improvement / plant-signaling

Best soil fix for salty farmland depends on how much you water

If you garden on salty or compacted soil, this is a reminder that amendments like biochar or compost don't work the same way...

Wheat soil-health / composting

Mixing crops plus treated charcoal slashes faba bean wilt disease

If you've ever replanted tomatoes in the same garden bed year after year and watched them get sicklier each season, this...

Wheat soil-health / crop-improvement

Gene-edited wheat gets a rice-like fragrant upgrade

If you've ever wondered why fragrant rice costs more and smells better at dinner, this same aroma trick now works in wheat,...

Wheat crispr / crop-improvement

Tiny genetic switches let wheat survive drought without stunting growth

Wheat fields that used to trade yield for toughness during dry spells may soon do both at once, which matters if you've ever...

Wheat crispr / climate-adaptation

Charcoal plus bacteria team up to clean herbicide-tainted farm soil

Herbicide residue lingering in soil can stunt whatever you plant next, and this approach shows a cheap, biochar-based fix that...

Wheat phytoremediation / soil-health

Expert mapping reveals Pakistan's wheat disease hotspots and risky seed networks

If you've ever saved seed or traded cuttings with neighbors, this study is a reminder that the same informal sharing networks...

Wheat crop-improvement / climate-adaptation

Four staple crops carry most of Asia's plant disease burden

If you've ever grown tomatoes, potatoes, or rice-adjacent grains, this review shows the same disease families, late blight,...

Wheat crop-improvement / soil-health

How bakers can swap in cassava flour for wheat

If you've ever grown cassava in a garden or tasted gluten-free baked goods made from root starches, this manual explains...

Wheat crop-improvement / food-forest

Scientists find the sensor plants use to smell fungus

If a stray gene can make wheat and maize fight off fungal disease without sacrificing growth, that's a step toward fewer...

Wheat plant-signaling / crop-improvement

Charcoal from straw helps good bacteria protect cucumbers from wilt

If you've ever watched a healthy cucumber vine suddenly wilt and die despite your best care, this points to a soil amendment...

Wheat soil-health / composting

Rainfall and soil pH decide which bacteria protect wheat roots

If you garden in soil that's naturally alkaline and dry versus wet and acidic, the same principle applies to your plants'...

Wheat soil-health / climate-adaptation

New web tool makes precise gene editing in wheat easier

Wheat's triple genome has long made it hard to edit just one gene copy without accidentally hitting its near-identical twins,...

Wheat crispr / crop-improvement

Microbes and enzymes offer a cleaner way to destroy a common food toxin

If you've ever stored grain, dried chili peppers, or homemade wine at home, mold-produced toxins like this one can sneak into...

Wheat food-safety / soil-health

AI tool spots bad wheat kernels in real time

The bread, pasta, and cereal on your shelf all start with a grain-grading step, and faster detection of moldy or damaged...

Wheat crop-improvement / food-safety

A tiny pinch of organic soil protects wheat from disease

If you've ever topdressed a struggling garden bed with compost or soil from a healthy patch, this is the science explaining...

Wheat soil-health / crop-improvement

Wheat gene found that works against its own drought defenses

If you've ever watched a lawn or garden bed crisp up during a dry spell, this research points toward crops bred to simply dial...

Wheat crop-improvement / climate-adaptation

Wheat seeds may pass helpful bacteria to the next generation

If the beneficial bacteria living on a seed packet in your shed get passed down plant to plant, saving your own seed each year...

Wheat seed-saving / soil-health

Turning off one gene made wheat taller with bigger grains

The pasta wheat behind your favorite noodles could get a yield boost from a single, precisely edited gene, no new chemicals or...

Durum wheat crispr / crop-improvement

Silicon and humic acid help wheat resist lead contamination

If you grow food in soil near old roads, railways, or industrial sites, this points to an affordable soil amendment that can...

Wheat phytoremediation / soil-health

Calcium signals help crops close their pores to save water

The tomato plants wilting on your patio and the wheat in nearby fields both rely on the same calcium-triggered alarm system to...

Wheat plant-signaling / climate-adaptation

Root-hugging soil microbes help grain crops survive drought

The bread wheat or cornmeal in your pantry depends on root partnerships with fungi and bacteria that are now being engineered...

Wheat soil-health / mycorrhizal-networks

Gene editing trees without foreign DNA still hits roadblocks

The apples, poplars, and grapevines in orchards and windbreaks near you could one day be bred for disease resistance or...

Wheat crispr / crop-improvement

Hidden wheat gene traps roots near the surface

If you've ever watched crops wilt in a dry summer, this is about the exact genetic switch that decides whether a wheat plant...

Wheat crop-improvement / crispr

A natural soil compound shields young wheat from herbicide drift

Herbicide drifting over a fence from a neighbor's spraying can stunt nearby vegetable and grain plantings, and this work shows...

Wheat crop-improvement / soil-health

A quarter of old Indian wheat holds nearly all its genetic variety

The heirloom grain varieties that seed savers and small-plot growers keep alive carry traits like drought tolerance that...

Wheat crop-improvement / climate-adaptation

Local wheat-to-bread networks in Belgium grow when growers, millers and bakers share knowledge

Farmers who save and grow their own heritage wheat seed, the kind a home grower can try in a backyard plot, are the backbone...

Wheat seed-saving / crop-improvement

A fungal enzyme reshapes bread's inner structure and texture

The wheat flour behind your homemade sourdough loaf owes its chewiness to gluten proteins, and tweaking how those proteins...

Wheat crop-improvement / soil-health

Wheat's flowering genes and growth stages mapped together at last

The bread wheat growing in fields near you flowers at a time tightly controlled by genes reacting to day length and...

Wheat crop-improvement / climate-adaptation

Wheat roots concentrate antibiotic resistance genes near cadmium

If you garden in soil with any history of metal contamination (old paint, treated lumber, urban lots), the root zone of your...

Wheat soil-health / phytoremediation

Jumping genes built new root controls in wheat's genome

The wheat, barley, and rye that end up in your bread all owe some of their root toughness to ancient viral-like DNA fragments...

Wheat crop-improvement / climate-adaptation

Barley flowers sense light early, hidden inside the stem

The barley in your beer or morning cereal owes some of its grain count to a hidden light-sensing step happening inside the...

Wheat plant-signaling / crop-improvement

Plant pigments and soil microbes team up against drought stress

The tomatoes and beans wilting in your garden during a dry spell are fighting back with the same flavonoid defenses this...

Wheat climate-adaptation / crop-improvement

Wheat DNA scan reveals new defenses against a devastating rust disease

The bread, pasta, and cereal on your table depend on wheat crops that are constantly under threat from wind-blown fungal...

Wheat crop-improvement / climate-adaptation

Wheat gene tweak boosts both grain yield and disease resistance

Fusarium head blight can wipe out wheat harvests and contaminate grain with toxins, so a genetic tweak that fights the fungus...

Wheat crispr / crop-improvement

Mineral combo slashes toxic cadmium buildup in wheat grain

If you've ever worried about heavy metals in bread wheat or garden soil near old industrial sites, this points to a low-tech...

Wheat phytoremediation / soil-health

Wheat gene switch senses cold and triggers instant protection

If you've ever watched a late spring frost wipe out a wheat field or garden crop, this gene module explains how some plants...

Wheat crop-improvement / climate-adaptation

Cutting a photosynthesis protein in wheat didn't save nitrogen

Farmers and gardeners alike depend on nitrogen fertilizer to grow grain crops, and this study shows that a promising shortcut...

Wheat crop-improvement / crispr

Wheat's timing stays steady, but yield swings with the weather

If you've ever wondered why homemade bread flour behaves differently batch to batch, it often traces back to what the weather...

Wheat crop-improvement / climate-adaptation

Wheat and rice may be bred to need less water and fertilizer

The corn and wheat fields you drive past could someday need far less irrigation and fertilizer, cutting runoff into local...

Wheat crop-improvement / climate-adaptation

Scientists review ways to strip toxic mold chemical from grain

The wheat crackers or cornmeal in your pantry can pick up this estrogen-mimicking mold toxin during storage, and understanding...

Wheat food-safety / mycotoxins

Nano-sized nutrient sprays help wheat grow bigger and stronger

If you grow anything from a windowsill herb to a backyard vegetable patch, this points toward a future where a few drops of...

Wheat crop-improvement / soil-health

Soaking wheat seeds in urea helps, but only in wet years

If you grow vegetables or grain from seed in a dry-summer garden, this three-year field trial shows that a cheap pre-planting...

Wheat seed-saving / crop-improvement

Wheat gene that speeds early growth boosts drought resilience

The wheat behind your morning bread starts life as a tiny shoot racing to break through soil before it dries out, and this...

Wheat crop-improvement / climate-adaptation

How crops secretly cope with too much water

If your garden beds turned to mud puddles after last week's storm, the same survival tricks this review covers, like plants...

Wheat climate-adaptation / crop-improvement

One gene gives wheat triple disease resistance, yield intact

Bread wheat losses to fungal blights and rust push prices up and threaten harvests worldwide, and this discovery hints at a...

Wheat crispr / crop-improvement

New method maps gene activity cell-by-cell in plant tissue

The soybean nodules that fix nitrogen in your garden's bean roots, the rice paddies feeding half the planet, and the wheat...

Wheat crop-improvement / plant-signaling

Scientists find a gene that helps wheat survive drought

The bread wheat that ends up in your flour depends on genes like this one to keep yielding grain even when rain doesn't show...

Wheat crop-improvement / climate-adaptation

Fat droplets in plant cells fight off viruses naturally

The wheat and rice on your plate could one day resist devastating viral infections without farmers needing to spray more...

Wheat plant-signaling / crop-improvement

Nutrient-based nanoparticles help crops survive heat better than others

If you grow tomatoes or peppers through a brutal summer, the same heat-stress biology this review untangles (wilting, stalled...

Wheat climate-adaptation / crop-improvement

Extra genome copies help crops evolve and adapt faster

The bread you eat and the cotton in your shirt both come from plants carrying doubled or tripled genomes, a quirk that let...

Wheat crop-improvement / climate-adaptation

Rust disease alerts help Ethiopian wheat farmers spray at better times

If you've ever watched orange-brown streaks creep up a plant leaf and wondered whether to spray now or wait, this study shows...

Wheat climate-adaptation / crop-improvement

Varied diets and local grain quality raise selenium in Tibetan bodies

The selenium level in your own garden soil directly shapes how much of this essential mineral ends up in the vegetables and...

Wheat soil-health / crop-improvement

A single wheat protein blocks viruses from spreading between plant cells

The virus fighting off your tomato plants and the disease resistance bred into your bread wheat may soon owe a debt to a...

Wheat crop-improvement / plant-signaling

Milling waste from wheat could become a health-boosting food ingredient

The wheat berries you see in ornamental grass plantings or bake into bread have a germ portion normally tossed aside in flour...

Wheat crop-improvement / food-forest

Scientists find gene that makes wheat grain richer in iron

Iron-deficiency anemia affects billions of people worldwide, and a staple crop like wheat that naturally packs more iron into...

Wheat crop-improvement / crispr

Microbe and amino acid combo keeps lead out of wheat

If you grow food near old roadways, industrial sites, or older homes where lead paint once flaked into the soil, this points...

Wheat phytoremediation / soil-health

Friendly soil bacteria boost wheat's protein and mineral content

If you grow wheat, grains, or any garden crop in heavy clay soil, this shows how a simple microbial seed treatment can coax...

Durum wheat soil-health / crop-improvement

Vermicompost plus targeted weed spray boosts wheat profits

If you compost at home, this trial shows that swapping in organic matter for a chunk of synthetic fertilizer didn't just match...

Wheat crop-improvement / soil-health

Sixty years of weather data pinpoint wheat's safest planting window

Farmers trying to grow wheat in Brazil's tropical Cerrado face a maddening tradeoff: sow early and risk a fungal disease that...

Wheat climate-adaptation / crop-improvement

New open map dataset predicts crop yields across South Asia

If you've ever wondered how researchers forecast whether a drought will devastate rice paddies in Bangladesh or wheat fields...

Wheat climate-adaptation / crop-improvement

Cereal crops adjust root hair growth to survive tough soil conditions

The wheat and corn fields feeding your community rely on root hairs you'll never see, and breeding crops that grow better ones...

Wheat crop-improvement / climate-adaptation

Scientists share blueprint for programmable on-off switches in plants

The wheat in your bread and the canola oil in your pantry could one day carry precisely tunable genetic switches, thanks to a...

Wheat crispr / crop-improvement

Wheat pollen's hidden genetic switches could unlock hybrid breeding

The bread on your table depends on wheat that mostly pollinates itself, and this research maps the exact genes that could...

Wheat crop-improvement / phenology

Nano-wrapped melatonin helps wheat survive salty soil

If you've ever watched a plant near a de-iced sidewalk or a coastal garden bed wilt and yellow from salt buildup, this points...

Wheat crop-improvement / climate-adaptation

Melatonin treatment helps wheat plants fight off arsenic damage

Arsenic contamination in soil and groundwater is a widespread problem in agricultural regions, and this research points to a...

Wheat phytoremediation / crop-improvement

A gene unique to rice makes crops drought-tough across species

If you've ever watched tomatoes wilt in a summer dry spell, this points to a gene that could someday get bred or engineered...

Wheat crop-improvement / climate-adaptation

Recycled sewage sludge boosts farm soil health and crop yields

If you compost or amend garden beds, this decade-long field trial shows that combining organic waste inputs with reduced...

Wheat soil-health / composting

A rye gene snippet helps wheat survive drought better

The bread on your table depends on wheat harvests that are getting hit harder by drought years, and this rye-derived trick is...

Wheat crop-improvement / climate-adaptation

Soil bacteria help wheat thrive in salty, stressed soil

If you've ever watched plants struggle near a salted sidewalk or in a coastal garden bed, this points to a living soil fix...

Wheat soil-health / crop-improvement

Plant heat survival tricks all serve one shared goal

The tomatoes that stop setting fruit during a heat wave and the lettuce that bolts in July are both hitting the same internal...

Wheat climate-adaptation / crop-improvement

Scientists breed wheat with far less gluten in one generation

If this wheat reaches fields and mills, the bread, pasta, and pastries on your table could someday carry a fraction of the...

Wheat crispr / crop-improvement

Fertilizer additives help crops keep more nitrogen in soil

If you've ever wondered why lakes near farmland turn green with algae some summers, this study points to a fix: coated...

Wheat soil-health / crop-improvement

Scientists map how crops sense heat to breed tougher varieties

The tomatoes that stop setting fruit during a summer heatwave in your backyard are responding to the exact same molecular...

Wheat climate-adaptation / crop-improvement

Old fertilizer keeps polluting the air years later

The compost and fertilizer you spread this spring don't stop affecting the atmosphere when the growing season ends; nitrogen...

Wheat soil-health / climate-adaptation

Placing fertilizer in soil layers grows more wheat, better roots

The way you bury fertilizer, not just how much you use, can rewire the entire community of microbes clinging to a plant's...

Wheat soil-health / crop-improvement

Tiny wheat shoots could pack a big nutritional punch

If you've got a sunny windowsill and a tray, you can grow a nutrient-dense crop from seed to harvest in about a week, no yard required.

Wheat crop-improvement / crispr

One wheat gene toggle balances plant shape and drought survival

If you've ever watched a garden bed wilt fast in a dry spell, this research points to a single molecular dial that helps wheat...

Wheat crispr / climate-adaptation

New math model tracks how bugs spread through grain bins

The bread on your table starts as wheat sitting in silos for months, and predicting exactly where pests cluster means less...

Wheat crop-improvement / food-security

Grain husks may naturally block hungry storage pests

The husk on the popcorn kernels you save for next season or the sorghum in your pantry isn't just packaging, it's a physical...

Wheat seed-saving / crop-improvement

AI learns to predict wheat growth patterns, including plant collapse

The wheat swaying in fields near you grows in messy, unpredictable pulses depending on weather and genetics, and better...

Wheat crop-improvement / phenology

Not all biochar traps plastic particles the same way

If you've added biochar to your raised beds or compost to boost soil health, this research suggests the source material you...

Wheat soil-health / phytoremediation

Zinc nanoparticles help wheat shrug off toxic metal stress

If you garden near old industrial sites, mine tailings, or roads where vanadium-bearing dust settles into soil, this points to...

Wheat phytoremediation / soil-health

Zinc nanoparticles and biochar help wheat survive salty soil

If you've ever watched plants near a driveway or coastal garden struggle after salt exposure, this points to a soil amendment...

Wheat crop-improvement / soil-health

Straw-based fertilizer traps toxic metals, grows cleaner wheat

If you grow food in soil near old industrial sites or busy roads, this kind of amendment shows a low-cost way to keep heavy...

Wheat phytoremediation / soil-health

Charcoal soil additive helps Mediterranean crops, but not all of them

If you garden in dry, sandy, or salty soil, mixing in biochar (charred plant material) can boost water retention and nutrients...

Wheat soil-health / climate-adaptation

Grain crops use a hidden root-to-shoot chemical messenger system

The wheat, rice, and barley fields that make up most of the world's calories could become more drought-tolerant if breeders...

Wheat crispr / plant-signaling

Gene editing offers a faster path to tougher, climate-ready crops

The tomatoes and rice on your plate could soon come from plants engineered to survive the salty, drought-prone soils that...

Wheat crispr / climate-adaptation

Heat-tolerant wheat varieties identified to help crops survive warming seasons

Wheat fields in your region are increasingly hit by heat spikes during the final weeks before harvest, and this research...

Wheat climate-adaptation / crop-improvement

Tiny AI model spots grain defects in maize, wheat, and rice with high accuracy

Cheaper, faster defect detection in grain harvests means fewer moldy or damaged kernels slipping into the food supply, which...

Wheat crop-improvement / precision-agriculture

A nitrogen index helps predict wheat yield across high- and low-protein varieties

Wheat flour's protein content determines whether your loaf rises or falls flat, and this research brings farmers closer to...

Wheat crop-improvement / soil-health

How you till the soil shapes where wheat roots can reach

The pasta wheat grown on your dinner plate depends on roots that can only go where the soil lets them, and the way a farmer...

Durum wheat soil-health / crop-improvement

Two soil amendments together nearly reverse drought-heat damage in wheat

If you've watched a garden bed wilt during a heat wave while the soil also went bone-dry, you've seen in miniature what's...

Wheat climate-adaptation / crop-improvement

Biochar source determines how well wheat roots absorb key minerals

Adding biochar to your garden soil isn't a one-size-fits-all fix; the material it's made from decides whether your plants...

Wheat soil-health / composting

Wheat's immune proteins form a never-before-seen eight-unit ring to fight disease

Every loaf of sourdough started as wheat that survived a pathogen assault, and this discovery maps one of the molecular tools...

Wheat plant-signaling / crop-improvement

Wheat fights salty soil using a coordinated network of chemical signals

Gardeners near coasts or salted roads already watch plants struggle in briny soil; the chemical toolkit this review maps in...

Wheat crop-improvement / plant-signaling

Gene editing reveals why farmed wheat lost its rain-sprouting resistance

Soggy weather before harvest can cause wheat grains to sprout right on the stalk, ruining entire fields before they're ever...

Wheat seed-saving / crispr

Tillage method shapes how deep wheat roots grow in compacted soil

How you work your soil before planting determines whether plant roots can push deep to find water during dry spells or stay...

Durum wheat soil-health / crop-improvement

Scientists found molecules that block the enzymes controlling phosphorus in seeds

Phytases are the invisible gatekeepers of phosphorus in every grain of wheat, rye, or corn you grow; understanding how to...

Wheat plant-signaling / crop-improvement

Wheat's calcium alarm system flips faster in heat-tolerant varieties

Every grain of wheat in your bread flour survived at least one heat spike during the growing season, and the molecular...

Wheat climate-adaptation / plant-signaling

AI blends sixty years of climate data to forecast Pakistan's harvests

Wheat and rice crops in climate-stressed regions are already being planned a decade out using AI models like this one, meaning...

Wheat climate-adaptation / crop-improvement

Cellulose sponge mixed into desert soil keeps plants alive days longer

Gardeners in dry climates spend enormous effort keeping soil from cracking between waterings; this material, mixed into sandy...

Wheat climate-adaptation / soil-health

Soil microbes help grain crops survive drought by rewriting plant chemistry

The wheat, corn, and rice feeding most of the world rely on invisible microbial communities in the soil to survive dry spells,...

Wheat soil-health / climate-adaptation

Waxy leaf coatings can be gene-edited to keep crops drought-resilient

Every drought-stressed plant in your garden is fighting water loss through its skin, not just its roots, and the waxy coat on...

Wheat climate-adaptation / crop-improvement

Scientists found a genetic dial that controls wheat shoot number and grain size

The bread wheat in your pantry is shaped grain-by-grain by molecular signals discovered in studies like this one, and breeders...

Wheat crispr / crop-improvement

Viruses deliver gene-editing tools into wheat's complex genome

Wheat breeders have spent decades trying to make the crop more resilient to heat and drought, and the genetic complexity of...

Wheat crispr / crop-improvement

Gene editing can make crops survive drought and disease without foreign DNA

The olive groves and wheat fields that have shaped Mediterranean landscapes for millennia are now targets for precision...

Wheat crispr / crop-improvement

WHEAT PRODUCTIVITY AND SOIL HEALTH: THE ROLE OF AZOTOBACTER AND ORGANIC AMENDMENTS

The compost you already make at home works by the same principle as this research — pairing it with natural nitrogen-fixing...

Wheat soil-health / composting

WHEAT PRODUCTIVITY AND SOIL HEALTH: THE ROLE OF AZOTOBACTER AND ORGANIC AMENDMENTS

Every handful of compost you dig into your garden beds is doing the same work described here — feeding the microbial...

Wheat soil-health / composting

Shaping antibiotic resistance gene fate in soil-plant systems: Dual roles of biochar physicochemical traits mediated by pyrolysis conditions.

The bag of biochar you work into your vegetable bed may be quietly ferrying antibiotic-resistant microbial genes from the soil...

Wheat soil-health / food-safety

Biochar-mediated improvements in soil fertility and wheat (Triticum Aestivum L.) productivity in the Indo-Gangetic Plains long-term benefits of biochar on soil fertility and wheat (Triticum Aestivum L.) productivity in the Indo-Gangetic Plains.

That smoke haze hanging over South Asian fields each autumn represents 500–900 million tons of crop residue going up in flames...

Wheat soil-health / crop-improvement

The genetic and regulatory framework of cuticular wax formation: insights from model plants to cereal crops.

Every kernel of wheat, grain of rice, and ear of corn that survives a dry summer does so partly because of an invisible waxy...

Wheat climate-adaptation / crop-improvement

Durum wheat under plastic pressure: genotype-specific adaptation to polystyrene nanoplastics.

The pasta on your shelf starts as wheat grown in soils increasingly laced with microscopic plastic fragments from mulch films,...

Durum wheat soil-health / crop-improvement

Simulated microgravity weakens wheat root microbial network against pathogens.

Knowing which root bacteria keep wheat resilient under stress could help growers build healthier soil microbiomes that buffer...

Wheat soil-health / crop-improvement

Vermicompost-derived biochar alleviates nickel toxicity and bioaccumulation in wheat (Triticum aestivum L.) by improving soil properties and physiological functions.

If you compost with worms, the castings you're already making can be converted into a soil amendment that locks heavy metals...

Wheat phytoremediation / soil-health

De novo biosynthesis of halogenated benzoxazinoids in <i>Nicotiana benthamiana</i>

Corn and wheat quietly defend themselves from insects and fungi using built-in chemical shields that scientists can now...

Wheat crop-improvement / plant-signaling

Dissolved Organic Matter Chemistry Modulates Biochar Effects on Phenanthrene Biodegradation in Agricultural Soil: Bioavailability and Microbial Responses.

Biochar you add to your vegetable beds may clean up soil contaminants brilliantly or lock them in place permanently, depending...

Wheat soil-health / phytoremediation

Effects of biochar and irrigation regime on soil carbon and nitrogen distribution in wheat fields: a two-year field study.

Wheat fields treated with just a shovelful more of biochar per square meter held onto significantly more carbon and nitrogen...

Wheat soil-health / composting

Multi-biomarker assessment of Apis mellifera as a sentinel of environmental stress: A two-year field study across diverse land-use gradients in Tuscany (Italy).

Every third bite of food on your plate depends on pollinators, and this study shows the bees visiting your vegetable garden...

Wheat pollinators / urban-ecology

Earthworms counteract drought-induced impairment of wheat performance at the jointing stage regardless of microplastic type.

Worm castings in your vegetable beds aren't just fertilizer — earthworms actively restructure soil in ways that keep crops...

Wheat soil-health / climate-adaptation

Improving Nitrogen Use Efficiency in Wheat: Integrating Agronomic, Genomics, and Remote Sensing for Sustainable Production.

Every loaf of bread you bake carries a hidden environmental cost: the nitrogen fertilizer used to grow that wheat leaks into...

Wheat crop-improvement / soil-health

Arbuscular mycorrhiza provides postanthesis benefits to maximize wheat grain yield and nitrogen concentration.

The wheat flour in your pantry could one day come from crops that need less synthetic fertilizer because their roots are...

Wheat mycorrhizal-networks / soil-health

Comparative cytogenotoxicity and physiological stress endpoints of a Trichoderma asperellum-based biopesticide versus mancozeb and abamectin in plant bioassays.

When you swap a conventional fungicide in your sprayer for a Trichoderma-based biopesticide, you're not just making a...

Wheat biopesticides / soil-health

Genetic control of Wheat Flour End-Use Quality and Rheology via Genome-Wide Association Studies

Wheat varieties grown in your region may soon be bred specifically for the flour qualities that determine whether your...

Wheat crop-improvement / seed-saving

Genetic control of Wheat Flour End-Use Quality and Rheology via Genome-Wide Association Studies

Wheat varieties bred with these genetic markers could finally deliver flour that behaves consistently whether you're making a...

Wheat crop-improvement / wheat-genetics

Identification and characterization of an NHP-biosynthetic pathway in defense and systemic acquired resistance in common bread wheat

Wheat fields that can mount a whole-plant immune response after a single infected stem could need far fewer fungicide...

Wheat plant-signaling / crop-improvement

Synergistic effects of phosphogypsum and wheat varieties on saline-sodic soil properties and wheat productivity in Ethiopia.

Heavily salted soils look and behave like concrete — water beads off, roots suffocate, and almost nothing grows — yet a single...

Wheat soil-health / crop-improvement

Endophytic Bacillus subtilis ED24 from Ziziphus lotus (L.) Desf. roots enhances wheat performance and shapes rhizosphere microbiota.

The scraggly desert shrubs that outlast everything else in arid landscapes aren't just surviving — they're sheltering...

Wheat soil-health / crop-improvement

Endophytic and rhizospheric bacterial consortia from Peganum harmala alleviate lead phytotoxicity and enhance durum wheat growth in heavy metal-contaminated soils.

Contaminated soil near old industrial sites, roads, or dumped waste can quietly pass lead into food crops — but coating wheat...

Durum wheat phytoremediation / soil-health

A Conserved DT2-bZIP66-NF-YC4 Regulatory Module Confers Drought Tolerance in Rice and Arabidopsis.

Rice paddies already stressed by shifting monsoons could stay productive longer if breeders activate this newly mapped...

Wheat crispr / crop-improvement

Extending the seasons at both ends? Understanding the physiological and genetic context required for stay green mediated yield increase in wheat (Triticum aestivum)

Wheat fields that stay green longer through summer heat are one of the quieter frontiers in keeping bread affordable as...

Wheat crop-improvement / climate-adaptation

Improving genomic prediction in wheat with random regression models with genotype-specific phenology-driven environmental covariates.

Faster breeding of heat- and drought-tolerant wheat means the loaves, pasta, and flatbreads that anchor diets across six...

Wheat climate-adaptation / crop-improvement

Trait-based analysis of yield formation and nitrogen use efficiency in wheat genotypes under integrated organic and NPK fertilization in low-fertility sandy soil.

Sandy desert soils are a preview of what climate-stressed gardeners face when soil organic matter drops and water becomes...

Wheat soil-health / composting

Dual effects of soil conditioners on wheat yield and soil properties in southern henan.

If your vegetable beds or fruit trees are struggling in sour, compacted soil, biochar mixed into your fertilizer routine could...

Wheat soil-health / composting

Broad-Spectrum Disease Control and Enhanced Resilience in Wheat via an Endophytic Biocontrol Fungus.

Every loaf of bread you bake or buy depends on wheat surviving a gauntlet of fungal diseases that can wipe out entire fields —...

Wheat biocontrol / soil-health

Molecular Chaperone Networks in Plants: Maintaining Proteostasis and Enhancing Stress Resilience for Crop Improvement.

When a heat wave hits your garden mid-summer and your tomatoes drop their blossoms or your lettuce bolts overnight, the...

Wheat crispr / climate-adaptation

Precision-engineered starch: Integrating metabolic engineering and cell-free synthetic biology for sustainable bioplastics and functional foods.

Staple crops like potatoes, corn, and rice are being quietly rewritten at the molecular level so their starch digests more...

Wheat crispr / crop-improvement

Tandemly duplicated TaERF109 genes confer drought tolerance and post-drought recovery in wheat.

Wheat fields already face more frequent dry summers — this gene discovery opens a path to varieties that wilt less, recover...

Wheat climate-adaptation / crop-improvement

Genetic and phenotypic characterization of seedling drought tolerance in wheat with integrated analysis of trait variation and QTL mapping.

Wheat fields across the dryland plains are already pushing into shorter, hotter growing seasons — this research hands breeders...

Wheat climate-adaptation / crop-improvement

Biocontrol of Fusarium culmorum and enhanced wheat seedling growth by Streptomyces sp. D15 from Algerian steppe soil: performance and genome analysis.

Soil microbes like this one are why organic farmers who build diverse, healthy soil often see crops bounce back from disease...

Wheat soil-health / biocontrol

Bacterial inoculation drives microbiome-mediated resistance to a soil-borne pathogen in wheat.

Sprinkle the right bacteria near your vegetable roots and you may be able to crowd out soil pathogens the same way a healthy...

Wheat soil-health / crop-improvement

Host-specific fungal plant pathogens exhibit distinct interactions with the leaf microbiota of wild grasses.

The wild grasses growing along roadsides and field edges aren't just weeds — they harbor a dynamic microbial arms race that...

Wheat plant-microbiome / crop-improvement

Seed priming with nitric oxide and foliar glycine betaine application mitigates Cadmium toxicity and improves wheat yield.

Wheat grown in soils near old industrial sites or heavily fertilized fields may carry cadmium into the bread on your table —...

Wheat phytoremediation / crop-improvement

Transcription factors in phosphorus utilization: enhancing crop productivity and stress resilience.

Every bag of fertilizer you pour on your garden represents mined phosphorus, a finite resource we're burning through faster...

Wheat crop-improvement / soil-health

Advancing soil health with biochar - Effects on soil microbial activity and diversity.

The char left in your firepit or backyard burn barrel, if made right, could quietly transform your vegetable garden's soil...

Wheat soil-health / composting

Genomic and genetic dissection of drought tolerance in a resilient wheat germplasm JIN50.

Wheat fields are already shrinking under hotter, drier summers in the grain belts that supply most of the world's bread flour...

Wheat climate-adaptation / crop-improvement

Shared fungal signals steer corn borers across related grass crops

Corn, sugarcane, rice, and wheat share a chemical alarm system that a common soil fungus can exploit to steer the stem-boring...

Wheat plant-signaling / crop-improvement

Translating Arabidopsis-based insights into gravitropic set-point angle regulation in monocots.

The angle at which roots dive into soil determines whether a plant survives a dry summer or starves in a thin topsoil — and...

Wheat root-architecture / crop-improvement

Harnessing Genomics Approaches for Heat Stress Resilience in Wheat: From Discovery to Deployment.

Wheat fields across the Great Plains are already losing yield to spring heat waves that hit during flowering—the very window...

Wheat climate-adaptation / crop-improvement

AMF-induced salinity tolerance in durum wheat is associated with transcriptomic modulation of the Cation/Calcium Exchanger 1 (CCX1).

When you dig into a handful of healthy garden soil, you're holding millions of mycorrhizal fungal threads — and these same...

Durum wheat mycorrhizal-networks / soil-health

Impact of node restriction on Cd and Zn transportation in wheat plant treated with swine manure and its biochar: a field experiment.

Wheat fields near old industrial zones or heavily fertilized farms can quietly accumulate cadmium in the grain — and biochar...

Wheat phytoremediation / soil-health

Sustained grain cadmium reduction in rice-wheat rotation: A cost-effective CaCO3-based amendment strategy from three-year trials.

Limestone — the same material gardeners use to sweeten acidic soil — turns out to be a powerful, affordable tool for locking...

Wheat soil-health / phytoremediation

Phytotoxic Responses of Agricultural Crops to Nickel-Cobalt-Manganese Exposure During Early Growth Under Neutral and Acidified Conditions.

Battery recycling facilities and landfills quietly leach metal cocktails into nearby soils, and the vegetable patch or...

Wheat soil-health / heavy-metal-contamination

Spatio-temporal variability of compound drought heatwave events (CDHEs) in Australian agricultural regions and their impacts on cereal crops.

The wheat and barley fields that feed Australia are being squeezed by heat and drought striking at the same time, and the...

Wheat climate-adaptation / crop-improvement

Effects of prosulfocarb and hydrogels on soil fungal communities.

Every bag of herbicide or water-retention gel you apply to your vegetable beds reshapes the invisible fungal world beneath...

Wheat soil-health / agrochemicals

Root exudate-associated microbiome assembly contributes to viral disease resistance in wheat.

The soil beneath a wheat field is a living battlefield, and some wheat varieties win by recruiting armies of protective...

Wheat soil-health / crop-improvement

Mechanism of pyrene remediation in soil by biochar-immobilized laccase.

Pyrene quietly accumulates in garden and farm soil from car exhaust, wood smoke, and industrial fallout — and this wheat-straw...

Wheat phytoremediation / soil-health

An activated wheat CCG10-NLR immune receptor forms an octameric resistosome.

Wheat rust and other fungal blights can wipe out entire fields in weeks — understanding exactly how wheat flips its immune...

Wheat plant-signaling / crop-improvement

FT florigen proteins in photoperiodic signaling: Conservation and diversity in their regulation, structure, and function.

The potatoes on your plate and the tomatoes in your garden know when to flower and form tubers because of a molecular signal...

Wheat plant-signaling / phenology

Optimizing wheat development to a range of winter climates.

The bread, pasta, and cereals on your grocery store shelves depend on wheat farmers being able to predict when their crop will...

Wheat climate-adaptation / crop-improvement

Introgressed Variation in TaMYB7-A1 Drives Graded Dormancy and Climate-Adaptive Pre-Harvest Sprouting Resistance in Wheat.

Soggy weather before harvest can cause wheat grain to sprout right on the stalk, ruining the flour quality in the bread,...

Wheat crop-improvement / climate-adaptation

Technological advances in imaging and modelling of leaf structural traits: a review of heat stress in wheat.

The wheat in your bread and pasta is increasingly threatened by hotter summers, and new AI-powered microscopy tools are the...

Wheat crop-improvement / climate-adaptation

Back into the wild: harnessing the power of wheat wild relatives for future crop and food security.

The bread, pasta, and flour in your pantry all depend on wheat crops that are increasingly vulnerable to the droughts, heat...

Wheat crop-improvement / climate-adaptation

Intercropping strategies to mitigate PLA-Pb stress and enhance legume growth: A mechanistic study.

Vegetables and legumes grown in contaminated urban or industrial soils can quietly accumulate lead into the food you eat — and...

Wheat intercropping / phytoremediation

Zaxinone mimics boost growth and productivity of wheat under normal and low-nutrient regimes.

Half the chemical fertilizer going into wheat fields means less nitrogen runoff polluting the streams and rivers near farms...

Wheat crop-improvement / biostimulants

Integrated morpho-physiological, metabolomic and transcriptomic profiling uncovers ethylene-mediated metabolic regulation shaping drought resilience in wheat.

The wheat in your bread, pasta, and cereal is increasingly threatened by droughts that climate change is making more frequent...

Wheat climate-adaptation / crop-improvement

Phosphorus fertilizer forms orchestrate contrasting plant-microbe recruitment strategies in the rhizosphere of field grown wheat.

The fertilizer you choose for your garden doesn't just feed your plants directly — it quietly shapes which soil microbes rally...

Wheat soil-health / crop-improvement

A sustainable synergistic strategy for photocatalytic and Bacillus velezensis-mediated biodegradation of TiO₂-incorporated LDPE with agricultural valorization.

Plastic mulch films and packaging fragments building up in your garden soil could soon be broken down by a...

Wheat plastic-pollution / soil-health

Comparative Transcriptomics Reveals Epigenetic and Transcriptional Regulatory Genes Associated with Drought Stress Memory in Winter Wheat.

Every loaf of bread you buy depends on wheat surviving droughts that are becoming more frequent, and this research reveals the...

Wheat climate-adaptation / crop-improvement

Unraveling the synergistic effects of Bacillus cereus and different concentrations of silicon nanoparticles on wheat under rain-fed conditions of Pakistan.

The wheat in your bread could soon be grown with far fewer chemical fertilizers — a soil bacterium paired with tiny silicon...

Wheat crop-improvement / soil-health

Network Analysis of Wheat and Couchgrass Rhizobacteria Highlights Candidate Biocontrol Agents for Improved Crop Resilience.

The wheat in your bread may soon need far less pesticide because scientists have identified natural soil bacteria that could...

Wheat soil-health / crop-improvement

Integrated evaluation and screening of salt-tolerant wheat germplasm and indices.

Roughly 20% of irrigated farmland worldwide is already too salty to grow crops reliably — and that share is growing — so...

Wheat crop-improvement / climate-adaptation

Symbiont dominance and microbiome dysbiosis in wheat-aphid revealed through 16 S rRNA gene amplicon sequencing analysis.

The bread on your table depends on wheat, and tiny aphids quietly hijack its microbial ecosystem — understanding exactly how...

Wheat crop-improvement / soil-health

Genetic dissection and validation of major and stable QTLs for the flag leaf size-related traits in common wheat (Triticum aestivum L.).

Bigger flag leaves on wheat plants mean more photosynthesis and heavier grain yields, so this discovery could directly...

Wheat crop-improvement / wheat-genomics

Genome-wide characterization and adaptive evolution of favorable gibberellin 2-oxidase alleles contributing to wheat agronomic traits.

Shorter wheat plants that yield more grain means the bread on your table could become more affordable and resilient to storms...

Wheat crop-improvement / plant-signaling

The transcription factor TaWRKY58 coordinates growth and drought sensitivity in wheat by repressing TaLRR and TaBCS1.

The wheat in your bread, pasta, and cereal is one of the crops most threatened by intensifying droughts, and this discovery...

Wheat crop-improvement / climate-adaptation

HDAC-mediated non-histone deacetylation as a central regulatory network integrating crop growth and stress adaptation.

Tomatoes, wheat bread, and rice on your plate could become more reliably abundant as breeders use these newly mapped molecular...

Wheat crop-improvement / climate-adaptation

Understanding and harnessing unreduced gametes for crop improvement.

Wheat and other staple crops could become more drought- and disease-resistant by borrowing traits from wild plants through a...

Wheat crop-improvement / polyploidy

6PPD-Quinone Triggers Oxidative Stress, Metabolic Reprogramming, and Rhizosphere Microbiota Shifts in Wheat.

Tire rubber crumbles off every car on every road, and the toxic chemical it releases is washing into the soil where your food...

Wheat soil-health / tire-pollution

Crop biofortification for global food security: advances in genetic engineering and biotechnological approaches.

The rice, wheat, or corn in your pantry could soon be engineered to carry more iron, zinc, or vitamins — meaning everyday...

Wheat crop-improvement / biofortification

Rice straw biochar differently influences the availability and uptake of cadmium and lead by wheat (Triticum aestivum L.).

Wheat grown in heavy-metal-contaminated soil can carry cadmium and lead into the bread on your table, and spreading biochar...

Wheat phytoremediation / soil-health

Synergistic mitigation of lead [Pb(II)] stress in Triticum aestivum L. by heavy metal-tolerant plant growth-promoting (HMT-PGP) microbes and N-acetylcysteine (NAC).

Wheat grown in soil near old industrial sites or heavily fertilized farmland can absorb lead into the grain that ends up in...

Wheat phytoremediation / crop-improvement

TaGα knockout in wheat causes early heading and short organ length, with dose-dependent effects through various pathways.

The wheat in your bread and pasta may soon be bred to flower earlier or produce more uniform grain sizes — this gene is one of...

Wheat crispr / crop-improvement

Conserved and divergent gene regulatory networks for crop drought resistance.

Wheat, rice, and corn — the crops that make up most of your daily meals — could be engineered to survive longer dry spells,...

Wheat climate-adaptation / crop-improvement

Zn-mobilizing bacteria improve shoot biomass and zinc content in wheat.

The wheat flour in your bread likely contains less zinc than it should — these natural soil bacteria could change that,...

Wheat soil-health / crop-improvement

Calcium-mediated modulation of ultra-low-ester pectin-gluten interactions: subunit-level mechanisms revealed using HMW-GS deletion lines and molecular dynamics simulations.

The bread you bake or buy could soon be higher in beneficial plant fiber without sacrificing that satisfying chewy texture,...

Wheat crop-improvement / plant-signaling

Temperature regulation in plants: From molecular mechanisms to climate-resilient crop improvement.

The wheat in your bread and the vegetables in your garden depend on precise temperature cues to know when to flower and set...

Wheat climate-adaptation / crop-improvement

Successive cultivation under drought selects for specific microbiome members in the wheat rhizosphere.

The wheat in your bread relies on invisible communities of root bacteria to survive dry spells — and this research reveals...

Wheat soil-health / climate-adaptation

TaGR-RBP, a Glycine-rich RNA-binding Protein in Wheat, Activates Rust Resistance Through ROS Burst.

Wheat rust diseases can wipe out entire harvests, and the bread on your table depends on breeders finding new genetic tools to...

Wheat crop-improvement / plant-signaling

Green biocatalysis: Box-Behnken-optimized cellulase from thermophilic Streptomyces griseorubens NBR14 for waste management and dye removal.

Wheat straw piling up after harvest could be broken down by enzymes like this one instead of being burned, cutting the smoke...

Wheat bioremediation / agricultural-waste

Co-occurrence networks reveal candidate AMF-microbe assemblages for generalist and crop-specific inocula.

Better-designed soil inoculants mean the vegetables in your garden — and the wheat in your bread — could grow stronger with...

Wheat mycorrhizal-networks / soil-health

Polyploidy and plant resilience to environmental stresses: Molecular mechanisms and future applications.

The wheat in your bread, the strawberries in your garden, and the cotton in your clothes all carry extra chromosome sets that...

Wheat climate-adaptation / crop-improvement

Integrative gene duplication and genome-wide analysis characterize Peroxin11 gene family in wheat.

Understanding which wheat genes switch on during drought could help breeders develop varieties that keep producing food even...

Wheat crop-improvement / climate-adaptation

Functional Conservation and Diversity of Phytochrome B and its Potential Applications in Crop Improvement.

Tweaking how a plant senses light and heat could lead to tomatoes, rice, and wheat varieties that grow better in changing...

Wheat crop-improvement / plant-signaling

Quantitative trait loci associated with drought stress tolerance in wheat primed with zinc oxide nanoparticles at seed germination and seedling stages.

Wheat is in the bread, pasta, and cereal you eat every day, and droughts are becoming more frequent — so finding ways to grow...

Wheat crop-improvement / climate-adaptation

Applications of soil amendments for enhanced phytostabilization and wheat growth development under combined drought and heavy metal stress.

Wheat in your bread may be grown in soils stressed by pollution and drought, and these low-cost soil treatments could make...

Wheat phytoremediation / soil-health

Beyond the Data: Artificial Intelligence, Knowledge Graphs, and the Next Revolution in Wheat Breeding.

Wheat in your bread, pasta, and cereal is under serious threat from droughts and heatwaves, and this new AI-driven approach...

Wheat crop-improvement / climate-adaptation

Population optimization and solar-thermal allocation were key drives for yield resilience in delayed sown wheat systems.

Wheat in your bread increasingly faces climate disruptions at planting time, and this research shows farmers have a simple,...

Wheat climate-adaptation / crop-improvement

Triacontanol-biochar synergy regulates redox homeostasis and stress signaling in wheat under neodymium toxicity.

Rare earth metals from discarded electronics and industrial waste are quietly building up in farmland soils worldwide, and...

Wheat phytoremediation / soil-health

The plastic stomatal development in grasses and its implications in crop improvement.

Grains that make up most of the world's food supply — wheat, rice, corn — could be engineered to use less water and survive...

Wheat crop-improvement / climate-adaptation

IOTA Tangle-based traceability framework for wheat crop supply chain.

Bread on your table passes through many hands before it gets there — this system helps ensure the wheat in your food was...

Wheat food-traceability / crop-improvement

WUSCHEL Transcription Factor: From Stem Cell Maintenance to Crop Improvement.

Same gene that tells a plant how to keep growing and regenerating itself could soon help scientists breed more...

Wheat crop-improvement / plant-signaling

A Rickettsiella transinfection in Rhopalosiphum padi reduces fitness and alate production but not plant virus transmission.

Barley yellow dwarf virus quietly devastates wheat and oat crops across millions of acres every year, and the tiny aphids that...

Wheat biological-control / crop-improvement

Food spoilage and packaging solutions: key Mediterranean case studies.

Better food packaging means the fruits, vegetables, and bread you buy stay fresh longer, reducing the food you throw away and...

Wheat food-waste-reduction / sustainable-packaging

Field Trials and Baking Studies of Ultra-Low Asparagine, Genome Edited (CRISPR/Cas9) and Mutant (TILLING) Wheat.

Every time you toast bread or bake cookies, a potentially cancer-linked chemical called acrylamide forms — and this research...

Wheat crispr / crop-improvement

CRISPR/Cas Genome Editing and Its Applications in Cereal Crop Improvement.

Bread, rice, and corn on your plate could soon come from crops engineered to survive the hotter, drier growing seasons that...

Wheat crispr / crop-improvement

First Tetraploa Genome and Multi-Omics Analysis Reveal Key Plant-Microbe-Soil Interactions for Salt Tolerance and Yield Improvement of Wheat.

It brings us closer to a natural, spray-on fungal treatment that could help farmers grow more wheat on the salt-damaged soils...

Wheat crop-improvement / soil-health

RNHL1 phase separation coordinates ethylene and gibberellin signaling to regulate wheat plant height.

Shorter wheat plants are more resistant to wind and rain damage, meaning farmers lose less of their harvest — which directly...

Wheat plant-signaling / crop-improvement

Spatially Optimized Nutrient Management as a Climate-Resilient Strategy to Reduce Nitrogen Runoff from Global Croplands.

Nitrogen washing off farms into rivers and lakes is what causes the toxic algae blooms that choke fish, foul drinking water,...

Wheat soil-health / crop-improvement

Plant-based meat alternatives: understanding the benefits and trade-offs for human and environmental health.

Plants in your grocery store's 'meat' aisle — soy, peas, wheat — are being engineered into ultra-processed products, and...

Wheat crop-improvement / soil-health

Satellite DNA-targeted CRISPR/Cas9-mediated editing enables chromosome truncation and elimination in wheat.

Wheat feeds roughly 35% of the world's population, and the ability to surgically remove problem chromosomes could accelerate...

Wheat crispr / crop-improvement

A Plant-Derived Arabinoxylan Platform for Biomolecule Delivery into Plant Cells.

It could lead to more precise, eco-friendly ways to protect crops and boost plant health — meaning fewer broad-spectrum...

Wheat crop-improvement / nanocarrier-delivery

Allelopathic and autotoxic effects of sorghum extract and residues on seed behavior, and morphological, physiological, and biochemical responses of several plants.

It means that what you grew in your garden or farm field last season could be quietly sabotaging what you're trying to grow...

Wheat crop-improvement / soil-health

The rust effector PstCFEM2 manipulates TaHA2- and TaCIPK9-mediated apoplastic acidification to promote wheat susceptibility.

Scientists discovered how a wheat-infecting rust fungus hijacks a plant protein to increase infection susceptibility. Using...

Wheat crispr / crop-improvement