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- Biederman, Lori; Mortensen, Brent; Fay, Philip; Hagenah, Nicole; Knops, Johannes; La Pierre, Kimberly; Laungani, Ramesh; Lind, Eric; McCulley, Rebecca; Power, Sally; Seabloom, Eric; Tognetti, Pedro
- Plos One 2017 v.12 no.5 pp. 1-15
- C3 plants, etc ; Angiospermae; C4 plants; botanical composition; ecological invasion; ecoregions; eutrophication; flowering; global change; graminoids; growing season; indigenous species; introduced species; moieties; nitrogen; nutrients; phenology; phosphorus; potassium; prairies; Great Plains region; Show all 21 Subjects
- ... The distribution of flowering across the growing season is governed by each species' evolutionary history and climatic variability. However, global change factors, such as eutrophication and invasion, can alter plant community composition and thus change the distribution of flowering across the growing season. We examined three ecoregions (tall-, mixed, and short-grass prairie) across the U.S. Cen ...
- PubMed Central:
- Wang, Shuyue; Tholen, Danny; Zhu, Xin‐Guang
- Plant, cell and environment 2017 v.40 no.1 pp. 80-94
- C3 plants, etc ; C3 photosynthesis; C4 photosynthesis; C4 plants; air; bundle sheath cells; carbon dioxide; cell walls; chloroplasts; energy; engineering; evolution; leaves; mesophyll; models; permeability; ribulose-bisphosphate carboxylase; rice; surface area; Show all 19 Subjects
- ... Engineering C₄ photosynthesis into rice has been considered a promising strategy to increase photosynthesis and yield. A question that remains to be answered is whether expressing a C₄ metabolic cycle into a C₃ leaf structure and without removing the C₃ background metabolism improves photosynthetic efficiency. To explore this question, we developed a 3D reaction diffusion model of bundle‐sheath an ...
- PubMed Central: