microbial-ecology
Microbial ecology examines how communities of microorganisms interact with each other and their surrounding environments, including the complex ecosystems found in soil and on plant surfaces. For plant scientists, understanding these microbial communities is essential because bacteria, fungi, and other microbes profoundly influence plant health, nutrient uptake, and stress resilience. Insights from this field are driving advances in sustainable agriculture by revealing how plants recruit and shape their own microbiomes to promote growth and defend against pathogens.
open_in_new WikipediaReduced legacy precipitation decreases microbial community growth e...
Drier winters — increasingly common with climate change — can quietly degrade the soil health ben...
Advancing soil health with biochar - Effects on soil microbial acti...
The char left in your firepit or backyard burn barrel, if made right, could quietly transform you...
Interactions of PGPR from the phylum bacillota with native rhizosph...
The bag of 'beneficial bacteria' soil amendments at your garden center doesn't just feed your tom...
Pesticides and the microbial world: a review of disturbance, resili...
The vegetables in your garden depend on billions of soil microbes to break down nutrients into fo...
Burkholderia sp. ZF6-mediated mitigation of Cd and Zn stress in con...
Vegetables like napa cabbage grown in soil near old industrial areas or heavily trafficked roads ...
Beyond a Plant Hormone: Ethylene Receptors and Signaling in Microbes.
Bacteria living in your garden soil and on your plants' roots can sense the same ripening signals...
Identifying microbial candidates for assisted phytoremediation thro...
Millions of acres of old mining land sit barren and leaching toxic metals into nearby waterways —...
Valorization of vitamin C industrial byproduct as a soil amendment:...
If you grow corn, tomatoes, or heavy-feeding vegetables, a dilute organic liquid amendment — even...
Drought-induced shifts in soil microbial communities and carbon dyn...
When the soil beneath your vegetable beds dries out, the microbial workforce that converts compos...
Microbial consortia interactions and bioremediation of pesticides: ...
Pesticides sprayed on the crops you eat don't just disappear — they linger in soil, affect plant ...
Long-Term Straw Return Reverses Antibiotic Resistance Accumulation ...
Every time you compost spent corn stalks or straw back into your garden beds instead of bagging t...
Bacterial-fungal interactions: connections and consequences.
The invisible web of bacteria and fungi living in your garden soil is more like a coordinated com...
Mycorrhizal competition release and microbial dynamics in native an...
Truffles are cultivated as a high-value crop by planting inoculated trees, and understanding whet...
Bacterial Diversity and Functional Dynamics in the Soybean (Glycine...
The compost you choose for your vegetable bed isn't just feeding your plants — it's curating an e...
Biodegradation of chlorpyrifos by the newly isolated Escherichia fe...
Pesticides sprayed on crops can linger in soil and water long after harvest, potentially ending u...
Effects of different cultivation methods on microbial community str...
If you grow lettuce in containers or a hydroponic setup, the microbial world living on your plant...
Organic fertilizer regulates multispecies biofilm formation and str...
Compost and organic amendments you add to garden beds don't just feed your plants — they're quiet...
Plant and bacterial diversity co-regulate ecosystem multifunctional...
Mixing clovers and wildflowers into a grass-only lawn patch or meadow strip doesn't just add colo...
Beyond Metal(loid) Immobilization: Redox-Stratified Biocrusts Shiel...
It means the humble living crust forming on old mine dumps near your community is actively protec...
Soaking reshapes the structure, function, and co-occurrence pattern...
The bacteria clinging to the barley used in your beer, whisky, or sourdough are already shifting ...
Divergent Responses of Bacterial Communities to Permafrost Degradat...
Thawing permafrost could release enough carbon to undermine global climate targets, making the so...
Simultaneous phenanthrene biodegradation and carbon mineralization ...
The rivers and lakes near petroleum pipelines that feed your city's water supply could one day be...
Conserved bacterial assembly across sediment depths with divergent ...
Healthy mangrove soils scrub carbon, filter coastal water, and buffer storm surges — and this res...
Identification of silage bacterial clusters and analysis of their m...
The fermented grass and corn crops stored as silage on farms feed the livestock that produce your...
A hybrid approach utilising adaptive laboratory evolution and gene ...
Contaminated brownfields and roadside soils laced with asphalt-related chemicals could be cleaned...
Antimicrobial effectors of plant-associated fungi: multipurpose pro...
The mold attacking your tomatoes or the blight on your roses isn't just fighting your plant—it's ...
Soil microbes team up with plants to dissolve pollutants naturally
The soil beneath your garden beds is a living filter, and the microbes already in it are your fir...
Unveiling the environmental fate and risks of non-heterocyclic sulf...
Antibiotic residues from farms and wastewater seep into the soil where your vegetables grow, quie...
Functional and genomic characterization of ligninolytic bacillus st...
Jute bags, rugs, and twine you buy are processed with industrial chemicals that pollute waterways...
Component-specific microbial degradation and humification mechanism...
Your backyard compost pile works differently in winter, and knowing which microbes handle greasy ...
Water kefir as a paradigm for multi-omics and genome-scale metaboli...
Fermented foods and drinks you make or buy at the farmers market depend on living microbial ecosy...
Operonic architecture of bacterial metal response: envelope constra...
Soil bacteria are already quietly detoxifying the heavy metals in your garden bed — and understan...
Fast-composting crop straw at scale works but still needs refinement
Compost made from crop straw could replace synthetic fertilizer on farms near you, and the microb...
Paired genomic and proteomic analysis of Acinetobacter towneri from...
Oil spills and plastic pollution don't just harm oceans — they seep into soil, killing the microb...
CAZyme fold architecture is conserved between disparate environment...
Every compost pile, every rotting log in your garden, and every bale of straw broken down for mul...
Microbial remediation of PAHs in aquatic environments: advances, ss...
The creek or pond near your garden accumulates invisible petroleum compounds from road runoff and...
Predictive functional profiling of 16S rRNA genes amplicons reveals...
Microbes like these, once better understood, could be used to detoxify pesticide-laden farmland o...
Thermophilic bacteria mediated dye remediation in water and wastewa...
Textile and industrial dye pollution contaminates rivers and groundwater that irrigate gardens an...
Green synergy: advancements in biosurfactant-assisted microbial rem...
Explosive residues from military sites and old industrial areas quietly leach into groundwater an...
Enzymatic degradation of four organophosphorus flame retardants by ...
Flame retardant chemicals from furniture, electronics, and building materials wash into soil and ...
Enhanced anaerobic biodegradation of 17α-ethinylestradiol via a flo...
The synthetic estrogen that passes through sewage treatment plants is quietly feminizing fish in ...
Phage-plasmid-like elements are found throughout diverse environmen...
Soil microbes under your garden beds are constantly swapping genetic tools—including antibiotic r...
Thiosulfate drives vanadium natural attenuation in oligotrophic min...
Old mine tailings can leach toxic metals into surrounding soils for generations, keeping those la...
Biocatalysis and biodegradation for efficient utilization of liquid...
Soil microbes are quietly dismantling petroleum contamination in the ground beneath brownfields a...
Microbial interactions with pharmaceutical pollutants: Implications...
Antibiotic-laced runoff from farms and cities soaks into the same soil and groundwater your garde...
Dual-BONCAT reveals distinct subpopulations of anabolically active cells.
Beneath every thriving garden bed, billions of soil microbes take turns waking up and going dorma...
Uncovering redox-specific biotransformation of organic micropollutants.
Pharmaceuticals you flush and the pesticides used in nearby fields — including herbicides like be...
Microbial systems for azo dye biodegradation: enzymatic mechanisms,...
Textile dye runoff reaching waterways near your community can persist in soil and water for years...
Biodegradation of low-density polyethylene by Paenarthrobacter nico...
Plastic fragments building up in garden and agricultural soils disrupt root systems and leach che...
Revisiting the dihaloelimination potential of Dehalococcoides revea...
The fenced-off brownfield at the edge of your neighborhood that's too toxic to plant anything cou...
Role of dienelactone hydrolases in PET biodegradation by flavobacte...
Plastic fragments washing from bottles and packaging into the soil and waterways around your gard...
Microbial Contamination, Degradation Characteristics of Dominant Ba...
The same wood-eating bacteria threatening a 800-year-old shipwreck hull are active in waterlogged...
Robustness of microbial quantification methods to seawater in marin...
Plastics washing into coastal waters and beaches break down partly through microbial action, and ...
Erratum to "Efficient anaerobic metformin biodegradation driven by ...
Metformin washes off farms and gardens through runoff and irrigation water, accumulating in soils...
Integrated thermal and biostimulant enhanced bioremediation of CAHs...
Contaminated groundwater beneath old industrial sites often feeds the same aquifer that supplies ...