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Full-Text Articles in Life Sciences
Understanding Community And Ecophysiology Of Plant Species On The Colorado Plateau, Hannah Elizabeth Yokum
Understanding Community And Ecophysiology Of Plant Species On The Colorado Plateau, Hannah Elizabeth Yokum
Theses and Dissertations
The intensification of aridity due to anthropogenic climate change is likely to have a large impact on the growth and survival of plant species in the southwestern U.S. where species are already vulnerable to high temperatures and limited precipitation. Global climate change impacts plants through a rising temperature effect, CO2 effect, and land management. In order to forecast the impacts of global climate change, it is necessary to know the current conditions and create a baseline for future comparisons and to understand the factors and players that will affect what happens in the future. The objective of Chapter 1 is …
Understanding Community And Ecophysiology Of Plant Species On The Colorado Plateau, Hannah Elizabeth Yokum
Understanding Community And Ecophysiology Of Plant Species On The Colorado Plateau, Hannah Elizabeth Yokum
Theses and Dissertations
The intensification of aridity due to anthropogenic climate change is likely to have a large impact on the growth and survival of plant species in the southwestern U.S. where species are already vulnerable to high temperatures and limited precipitation. Global climate change impacts plants through a rising temperature effect, CO2 effect, and land management. In order to forecast the impacts of global climate change, it is necessary to know the current conditions and create a baseline for future comparisons and to understand the factors and players that will affect what happens in the future. The objective of Chapter 1 is …
Modelling Climate Suitability For Ephedra Viridis In Space And Time, Anne Thomas, Richard Gill
Modelling Climate Suitability For Ephedra Viridis In Space And Time, Anne Thomas, Richard Gill
Journal of Undergraduate Research
Climate change is expected to decrease soil moisture in the sensitive, water-limited ecosystems of America’s southwestern deserts, leading to shifts in plant distributions and altering ecosystem function. Studies have already documented the loss of desert grasses and the expansion of desert shrubs on the Colorado Plateau near Canyonlands National Park.i The objective of this work is to identify the climatic and biophysical factors influencing the distribution of an evergreen shrub, Ephedra viridis, and its expansion in plot-scale studies over the past 30 years.ii A gymnosperm and member of the plant division Gnetophyta, this shrub is unique because of its …