21 results for Microstegium vimineum (Japanese stiltgrass)

Impact ID Scientific Name Impact Type Study Type Study Location Impact Description Geographic Location Reference
3742 Microstegium vimineum Habitat Alteration Experimental Laboratory Higher pH, phosphorus (P), and base cations, and lower aluminum (Al) in soil under dense Microstegium vimineum growth can reduce litter microarthropod communities. Cumberland Plateau, Tennessee, USA 34546
3743 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum invasion that reduced herbaceous plant cover also reduced insect abundance. Tennessee, USA 34549
3746 Microstegium vimineum Habitat Alteration Experimental Field Microstegium vimineum invasion suppresses natives and can promote secondary invasion by garlic mustard Indiana 34574
3748 Microstegium vimineum Habitat Alteration Experimental Field The high biomass production of Microstegium vinineum creates large amounts of leaf litter, which is a physical barrier to tree seedling establishment. Bloomington, Indiana, USA 34576
3749 Microstegium vimineum Habitat Alteration Observational Field M, vimineum leaf litter promotes earthworms which positive feedback with M. vimineum to promote spread New York 34578
3750 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum leaf litter promotes earthworms which positive feedback with M. vimineum to promote spread West Point, New York 34514
3751 Microstegium vimineum Habitat Alteration Experimental Laboratory In mono-cultures, Microstegium vimineum has positive feedback loop with nitrification rates and nitrate uptake. Big Oaks National Wildlife Refuge, Indiana, USA 34579
3752 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum invasion promotes nitrogen cycling bacteria activity increasing N03 pools that promotes M. vimineum growth. Virginia, USA 34580
3753 Microstegium vimineum Habitat Alteration Experimental Laboratory Microstegium vimineum promotes ammonia oxidizing archaea abundance and nitrification rates, which M. vimineum benefits more from than natives 34581
3754 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum increases pH and N03, consistent with the pH meditated nitrification hypothesis and worsens N sat. in soils promoting M. vimineum spread Pennsylvania 34582
3755 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum roots and litter increases nitrification rates which positively reinforce invasions New Jersey, USA 34583
3756 Microstegium vimineum Habitat Alteration Experimental Field Microstegium vimineum may accelerate C-cycling in forest soils and deplete C stocks. Athens, Georgia 34584
3757 Microstegium vimineum Habitat Alteration Experimental Field Microstegium vimineum may accelerate C-cycling in forest soils and deplete soil carbon from eastern US. Athens, Georgia 34585
3758 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum demand for N increases microbial N demand which increased flux of N from organic to inorganic forms and a loss of soil C. It alters local soil chemistry and microbial activity to increase NO3- pools (by reducing NH4). Asheville, North Carolina, USA 34586
3759 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum derived C inputs promotes N acquisition from SOM by decomposers Indiana 34587
3760 Microstegium vimineum Habitat Alteration Experimental Field Microstegium vimineum invasion reduces arthropod abundance and richness across multiple trophic levels. Bloomington, Indiana, USA 34589
3762 Microstegium vimineum Habitat Alteration Observational Field Microstegium vimineum invasion reduced subcanopy habitat and reduced bird abundance between 1980-2005 in New Jersey. New Jersey, USA 34591
3768 Microstegium vimineum Habitat Alteration Experimental Field Microstegium vimineum invasion appears to greatly diminish within-ecosystem circulation of N through the understory plants of wetlands Raleigh, North Carolina 34599
6353 Microstegium vimineum Habitat Alteration Observational Field larger nitrate pool benefited Microstegium vimineum growth and spread, resulting in increased soil pH that further increased nitrification rates. New Jersey, USA 35436
6354 Microstegium vimineum Habitat Alteration Observational Field Larger nitrate pools benefited Microstegium vimineum growth and spread, resulting in increased soil pH that further increased nitrification rates. New Jersey, USA 34536
6355 Microstegium vimineum Habitat Alteration Observational Field A larger nitrate pool benefited Microstegium vimineum growth and spread, resulting in increased soil pH that further increased nitrification rates. New Jersey, USA 34543

Currently showing impact type "Habitat Alteration".

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