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Sherman - Broyles SL ( 1992 ) Factorsinfluencinglevels of genetic diversity in woody plant species
Sherman - Broyles S.L. Factorsinfluencinglevels of genetic diversity in woody plant species
Hamrick J. , M. J. W. Godt and S. L. Sherman - Broyles ( 1992 ) Factorsinfluencinglevels of genetic diversity in woody plant species
Hamrick , J.L. , Godt , M.J.W. , & Sherman - Broyles , S.L. ( 1992 ) Factorsinfluencinglevels of genetic diversity in woody plant species
197:323–335CrossRefGoogle Scholar Hamrick JL , Godt MJW , Sherman - Boyles SL ( 1992 ) Factorsinfluencinglevels of genetic diversity in woody plant species
hatchery supplementationcan influencespecies viability by changing genetic , phenotypic and life - history diversity
Factorinfluencinglevels of genetic diversity in woody plant species
mutationscreatinggenetic diversity throughout the history of life
as mutations in the genetic code , DNAoriginatesas mutations in the genetic code , DNA
the chemical composition of dead plant material which in turn modifies microbial activity in the soilinfluencesthe chemical composition of dead plant material which in turn modifies microbial activity in the soil
to sequencing of many closely related isolates and subsequent comparative analysisleadingto sequencing of many closely related isolates and subsequent comparative analysis
to alterations in plant root biochemistry that , in turn , alters both the taxonomic and functional diversity of the associated rhizosphere microbial communityleadsto alterations in plant root biochemistry that , in turn , alters both the taxonomic and functional diversity of the associated rhizosphere microbial community
community compositional change in response to a gradient of seasonality in hydrologic regime across basinscausedcommunity compositional change in response to a gradient of seasonality in hydrologic regime across basins
the vulnerability or resilience of species to global environmental changeto influencethe vulnerability or resilience of species to global environmental change
a model to determine which individuals should be chosen for captive breeding programsto createa model to determine which individuals should be chosen for captive breeding programs
arthropod community structurecan influencearthropod community structure
to changed C input quality ( A06 , B04will leadto changed C input quality ( A06 , B04
local extinctionto preventlocal extinction