Theme 01: Ecophysiology of Grasslands
Description
Signal grass (Brachiaria decumbens Stapf) micro-swards were grown under controlled environmental conditions at different temperatures and nitrogen fertilisation rates. Specific leaf area was responsive both to temperature and nitrogen, but did not change with the level of insertion of the leaf in the tiller. Senescing leaves had higher specific leaf area than old extended green leaves and these had higher values than new extended green leaves. Changes in specific leaf area were more related to changes in leaf area and more exactly to changes in leaf width.
Citation
Busqué, J. and Herrero, M., "Effects of Temperature, Nitrogen Fertilisation and Leaf and Tiller Age on Specific Leaf Area of Brachiaria decumbens" (2021). IGC Proceedings (1993-2023). 22.
https://uknowledge.uky.edu/igc/19/1/22
Included in
Effects of Temperature, Nitrogen Fertilisation and Leaf and Tiller Age on Specific Leaf Area of Brachiaria decumbens
Signal grass (Brachiaria decumbens Stapf) micro-swards were grown under controlled environmental conditions at different temperatures and nitrogen fertilisation rates. Specific leaf area was responsive both to temperature and nitrogen, but did not change with the level of insertion of the leaf in the tiller. Senescing leaves had higher specific leaf area than old extended green leaves and these had higher values than new extended green leaves. Changes in specific leaf area were more related to changes in leaf area and more exactly to changes in leaf width.
