10 results for Microstegium vimineum (Japanese stiltgrass)

Impact ID Scientific Name Impact Type Study Type Study Location Impact Description Geographic Location Reference
3744 Microstegium vimineum Competition Experimental Field Microstegium vimineum reduced total native woody species stems per hectare and species richness in mixed-hardwood forests Tennessee 34551
3745 Microstegium vimineum Competition Experimental Laboratory Microstegium vimineum can out compete natives by producing more above ground biomass, a higher relative growth rate, and higher reproductive output especially in low light conditions 34573
3747 Microstegium vimineum Competition Experimental Field Microstegium vimineum may be directly reducing tree regeneration through light competition. Bloomington, Indiana, USA 34576
3763 Microstegium vimineum Competition Experimental Field Microstegium vimineum exhibited strong germination inhibition via alleopathy New Jersey 34593
3764 Microstegium vimineum Competition Experimental Laboratory Microstegium vimineum allelopathy decreases germination in radish and lettuce New Jersey 34594
3765 Microstegium vimineum Competition Experimental Laboratory Microstegium vimineum extracts reduced Mycorrhizal inoculation and inhibited germination of C. fasciculata 34595
3769 Microstegium vimineum Competition Experimental Laboratory Microstegium vimineum maintains its distinct fungal communities despite native species presence which may promote its growth more 34600
6346 Microstegium vimineum Competition Anecdotal N/A Microstegium vimineum can quickly outcompete and replace existing vegetation. Its fast growth and adaptations to low light allowed it to reduce tree and other native plants regeneration through shading of the sub-canopy. 34530
6377 Microstegium vimineum Competition Experimental Field Japanese stiltgrass (Microstegium vimineum) impacts carbon-cycling, which can help Japanese stiltgrass outcompete other plant species. Athens, Georgia, USA 34584
6378 Microstegium vimineum Competition Observational Field The effect of Japanese stiltgrass Microstegium vimineum on soil microbes accelerated carbon-cycling, resulting in a net loss of soil carbon which may have implications on long term soil fertility, which promotes Japanese stiltgrass' growth over native species even further. Asheville, North Carolina, USA 34586

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