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mycorrhizal-networks

114 articles

Mycorrhizal networks are underground fungal systems that connect plant roots together, forming symbiotic relationships where fungi provide essential nutrients and water in exchange for sugars produced by photosynthesis. These networks fundamentally reshape how plants acquire resources and interact with their environment, enabling nutrient exchange and resource distribution across entire plant communities. Understanding mycorrhizal networks is central to modern plant biology and has significant implications for sustainable agriculture, forestry, and ecosystem restoration.

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climate-adaptation
PubMed → · research article

Experimental warming decouples plant-fungal symbiont interactions a...

Mountain meadows and wildflower-rich grasslands many people hike through and depend on for clean ...

soil-health
PubMed → · research article

Dual functions of apigenin in suppressing Phytophthora capsici and ...

It means the peppers in your garden may already be producing their own natural defense compounds,...

mycorrhizal-networks
mycorrhizal-networks
PubMed → · research article

Harnessing plant-to-plant signalling via common mycorrhizal network...

Vegetables and grains you eat could one day be grown with far fewer pesticides if farmers learn t...

mycorrhizal-networks
PubMed → · research article

Mycorrhizal type shifts the controls on tree root exudation from so...

Whether the oaks or pines in your local park are partnered with truffle-style fungi or fine-root-...

bioRxiv → · preprint

Root Exudate Metabolomics Reveals Phosphorus Acquisition Strategies...

Understanding how lupins unlock phosphorus from soil could lead to crops that need far less chemi...

PubMed → · research article

Endophytic Fungi in Cannabis sativa Produce Novel Terpene Synthases

Invisible fungi living inside everyday plants — including ones in your garden — may be quietly pr...

bioRxiv → · preprint

Plant Root Networks Exhibit Small-World Topology

Understanding how roots are wired could help scientists breed crops that find nutrients more effe...

soil-health
PubMed → · research article

Biochar-Amended Soils Increase Arbuscular Mycorrhizal Colonization 2.4x

If you add biochar to your garden or raised beds, you could more than double the helpful fungi th...

soil-health
PubMed → · research article

Perennial vegetative strips promote spillover of beneficial soil mi...

That weedy hedgerow or wildflower strip at the edge of a farm field isn't just pretty—it's quietl...

climate-adaptation
PubMed → · research article

Key role of moss in supplementing nitrogen for plant growth under w...

It shows that the humble mosses you see blanketing forest floors and tundra are quietly working a...

PubMed → · research article

High nitrogen-induced changes in rhizosphere microbial community st...

Same over-fertilizing habits that gardeners and farmers use to grow bigger, greener plants may be...

mycorrhizal-networks
PubMed → · research article

Global density and biomass of arbuscular mycorrhizal fungal networks.

Every tree, shrub, and perennial in your garden is almost certainly plugged into one of these fun...

PubMed → · research article

Evidence for resource transfer via common endophyte networks.

The web of fungi threading through your garden soil is even more intricate than we knew — endophy...

soil-health
PubMed → · research article

Microplastics in the rhizosphere: unraveling plant-microbe-soil int...

That black plastic mulch you laid down last season, or the compost you bought in bags, may be ste...

soil-health
PubMed → · research article

Why, when, and how microbes can benefit ecological restorations: cu...

Health of your garden, local park, or nearby forest depends on invisible soil life that doesn't a...

mycorrhizal-networks
mycorrhizal-networks
PubMed → · research article

Beyond elongation: The multifaceted roles of gibberellins in symbio...

Understanding how plants naturally recruit helpful soil microbes could lead to crops that need le...

mycorrhizal-networks
PubMed → · research article

Flavonoids, strigolactones, and beyond: scaling plant-arbuscular my...

Understanding why beneficial soil fungi help your vegetables and fruit trees but ignore — or even...

soil-health
PubMed → · research article

Root exudate-mediated nutrient exchange in the rhizosphere: multi-e...

Understanding how plant roots 'talk' to soil microbes could lead to farming practices that grow m...

soil-health
PubMed → · research article

Plant Coumarins Modulate Natural Product Biosynthesis in a Streptom...

It suggests that healthy plants are actively recruiting and directing their microscopic allies in...

phytoremediation
PubMed → · research article

Fungal endophyte-enhanced phytoremediation of persistent organic po...

Contaminated soil from industrial sites, old farms, and roadside runoff affects the safety of gar...

PubMed → · research article

Rhizosphere microbiome dynamics and hormonal interactions regulatin...

Same principle — that healthy soil microbes boost plant productivity — applies to your garden: nu...

soil-health
PubMed → · research article

Quantifying microbiota impact on plant traits for the guidance of b...

Invisible microbial world in your garden soil directly shapes how well your plants grow — and thi...

mycorrhizal-networks
PubMed → · research article

Status of mycorrhiza research in 2026.

Every tree in your backyard forest patch, every native wildflower you plant, and most vegetables ...

mycorrhizal-networks
PubMed → · research article

Cytoplasmic flow dynamics in arbuscular mycorrhizal fungi are intri...

Every tomato, oak seedling, and wildflower meadow you've ever grown likely owes part of its root ...

mycorrhizal-networks
PubMed → · research article

Arbuscular Mycorrhizal Fungi-Mediated Phytoremediation: Harnessing ...

Same fungi quietly working in your garden soil could be harnessed to detoxify polluted vacant lot...

mycorrhizal-networks
soil-health
PubMed → · research article

Aboveground insect herbivory shapes plant-soil feedback and ecosyst...

The caterpillars chewing your garden kale this summer may be quietly rewiring the underground mic...

phenology
plant-signaling
PubMed → · research article

Signaling peptides at the crossroad of root endosymbioses.

Every clover and pea in your garden is quietly running a molecular negotiation underground, signa...

Zinc deficiency and toxicity: How they reshape the Laccaria bicolor...

Poplar groves planted to clean up zinc-contaminated industrial sites depend on underground fungal...

soil-health
PubMed → · research article

Genomic signatures in Variovorax enabling colonization of the Popul...

Right microbes living inside plant roots can help your vegetables grow stronger, resist disease, ...

soil-health
PubMed → · research article

Microbial innovations for climate-resilient agriculture: mechanisms...

The microbial life thriving around your garden's roots right now is doing quiet work that no fert...

soil-health
PubMed → · research article

The soil microbiome of the Caatinga drylands in Brazil.

The bacteria thriving in some of Earth's harshest soils could one day be the secret ingredient in...

soil-health
soil-health
PubMed → · research article

Cell walls and their role in the plant root microbiome.

Invisible community of microbes around plant roots directly affects how well your vegetables grow...

PubMed → · research article

Biochar amendment enhances the diversity of phagotrophic and photot...

If you've ever struggled to grow citrus or fruit trees in heavy clay or acid soil, biochar made f...

invasive-species
Europe PMC → · research article

Linked plant-fungal invasions: an introduction to a Virtual Issue.

Invasive plants spreading into natural areas near you may be dragging along foreign fungi that di...

soil-health
PubMed → · research article

Proteomic insights into plant-endophyte interactions: advancing und...

Tiny microbes living inside the plants in your garden, on your farm, or in your local park are al...

PubMed → · research article

Partial mycoheterotrophy in the arbuscular mycorrhizal Gentiana squ...

The delicate alpine gentians you might spot on a mountain hike aren't just pretty faces — they're...

PubMed → · research article

Regulating Arbuscular Mycorrhizal Permissiveness.

Every tomato, pepper, and herb you grow benefits from these same ancient fungal partnerships unde...

soil-health
PubMed → · research article

Bacterial-fungal interactions: connections and consequences.

The invisible web of bacteria and fungi living in your garden soil is more like a coordinated com...

soil-health
PubMed → · research article

Seasonality of composition, genomic potential and activity of conif...

The invisible microbes packed into forest soil — right under pine and spruce trees — are quietly ...

soil-health
PubMed → · research article

Fungal bioremediation of petroleum hydrocarbons in terrestrial envi...

Fungi already living in your garden soil — including the mycorrhizal networks wrapped around plan...

mycorrhizal-networks

LbCDF-B encodes a vacuolar Zn transporter in Laccaria bicolor with ...

Every oak, pine, and birch in your local woodland quietly depends on underground fungal partners ...

soil-health
PubMed → · research article

Catabolism of acetosyringone and co-metabolic transformation of 2,4...

Microbes living in your garden soil are constantly breaking down dead plant material, and underst...

soil-health
PubMed → · research article

Preservation of Microorganisms and Microbiomes: Methods, Impacts, a...

Invisible microbes living in your garden soil are what make your plants grow — and losing them to...

bioRxiv → · preprint

Gain-of-function CCaMK in rice overrides genetic and anatomical bar...

Almost every vegetable, fruit tree, and wildflower in your garden relies on invisible fungal thre...

invasive-species
PubMed → · research article

Impacts of non-native invertebrates and plants on polar soil systems.

The mosses and low-growing wildflowers holding together tundra soils are being undermined by inva...

iNaturalist → · observation

sugarstick (Allotropa virgata) observed in San Juan County, WA, USA

Sugarstick is a rare, fascinating plant that depends entirely on healthy old-growth forest fungal...

soil-health
PubMed → · research article

Fungal ecology in the age of 'omics.

Fungi living in your garden soil are invisible partners to your plants — they help roots absorb w...

PubMed → · research article

Efficient U(VI) immobilization of uranium-contaminated soil mediate...

Uranium-contaminated land sits abandoned near mining sites in dozens of states, and the microbes ...

plant-signaling
PubMed → · research article

Drivers of strigolactone diversity: P450s in strigolactone biosynthesis.

Understanding exactly how plants make strigolactones could let plant breeders dial up the signals...

native-plants
PubMed → · research article

Synergistic backfilling and revegetation approaches for ecological ...

Stripped quarry land can be coaxed back to life using the same principles behind successful nativ...

Functional characterization of LbCDF-A, an ER-localized Zn transpor...

Every pine, oak, birch, and spruce you walk beneath relies on root fungi like Laccaria bicolor to...

iNaturalist → · observation

Fairy-slipper (Calypso bulbosa) observed in Port Angeles

Fairy-slipper orchids are sensitive to soil disturbance and disappear quickly when forests are lo...

PubMed → · research article

Inoculation of Bacillus velezensis SD24 enhancing the accumulation ...

Tea grown with beneficial soil microbes can produce healthier plants that need fewer pesticides —...

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