ID | Title | Section/Topic | Authors | Keywords |
---|
1938 | A molecular analysis of plant response to long-term changes in water availability in an annual grassland Log in to add this item to your schedule | Global Change | Bernard, Stephanie M; StClair, Sam; Placella, Sarah; Salve, Rohit; Brodie, Eoin L; Firestone, Mary K; Torn, Margaret S; Ackerly, David D.; Andersen, Gary L. | Nitrogen Avena barbata climate change |
2239 | APX1 Expression Patterns in Soybeans Grown Under Elevated Ozone and CO2 Conditions Log in to add this item to your schedule | Global Change | Lema, Alice-Patience Valentino; Ewy, Robert G.. | APX1 climate change Soybeans |
378 | Elevated CO2 increases susceptibility of soybean to natural herbivores by defeating induction of cysteine proteinase inhibitors. Log in to add this item to your schedule | Global Change | Zavala, Jorge; Casteel, Clare; Berenbaum, May; De Lucia, Evan. | global change defense cysteine proteinase inhibitors Soybean plant-insect interaction insect herbivory |
2094 | Integration of metabolite with transcript and enzyme activity profiles of the antioxidant system in soybeans when grown at elevated levels carbon dioxide and ozone Log in to add this item to your schedule | Global Change | Gillespie, Kelly M; Chae, June M; Leakey, Andrew D B; Ainsworth, Elizabeth A. | SoyFACE Elevated CO2 elevated O3 antioxidant |
762 | Phenylalanine is critical to protection from UV radiation in Arabidopsis and soybean. Log in to add this item to your schedule | Global Change | Warpeha, K. M.; Carol, A.; Gibbons, J. T.; Tree, R.; Slusser, J.; Kaufman, L. S.. | Ultraviolet radiation phenylalanine phenylpropanoids blue light Soybean |