Global ETD Search

Modeling of photosynthetic oscillations of internal carbon dioxide in plant leaf

Amin, Md Ruhul2012

lethbridge

Determining transpiration efficiency of eight grain sorghum lines [Sorghum bicolor (L.) Moench]

Ayyaru Thevar, PrasannaKansas State University2008

… both field and the field-pot studies (p<0.05). Internal carbon dioxide (Ci), an indicator of intrinsic transpiration efficiency, differed among lines under field conditions (p<0.05). Leaf relative water content (RWC), measured in the greenhouse, and did not differ among the eight accessions. No …

ksu Repository record for Determining transpiration efficiency of eight grain sorghum lines [Sorghum bicolor (L.) Moench] (opens in a new tab)

Impacts of heat waves on food quantity and quality of soy bean/corn in the Midwest at ambient and elevated [CO2]

Siebers, MatthewUniversity of Illinois at Urbana-Champaign2014

… would reduce stomatal conductance (gs) and the internal carbon dioxide concentration inside the leaf (Ci) and increase photorespiration. In the long term heat waves would decrease the operating efficiency of photosystem II or alter leaf biochemical properties, i.e. the maximum rate of rubisco …

uiuc Repository record for Impacts of heat waves on food quantity and quality of soy bean/corn in the Midwest at ambient and elevated [CO2] (opens in a new tab)

Oxygen as dynamic parameter in internal aeration and the rhizosphere of wetland plants

Faußer, AnnaUniversität Ulm

ulm-diss Repository record for Oxygen as dynamic parameter in internal aeration and the rhizosphere of wetland plants (opens in a new tab)