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Shortcutting photorespiration: avenues and challenges toward realizing higher-yielding photorespiratory bypass crops. [PDF]

New Phytol
Meacham-Hensold K, Jeong J, Cavanagh AP, Ort DR.   +3 more
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Drift of Net Assimilation Rate in Plants

Nature, 1937
IN a recently published note1, the effect of age on net assimilation and relative growth-rates in the cotton plant is discussed. Although details2 of the experiments have not reached me, it is evident from the note that O. V. S. Heath's results conflict with data already published3,4 from this laboratory. In the experiments with cotton, no general rise
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Leaf area ratio and net assimilation rate of 24 wild species differing in relative growth rate

Oecologia, 1990
Which factors cause fast-growing plant species to achieve a higher relative growth rate than slow-growing ones? To answer this question 24 wild species were grown from seed in a growth chamber under conditions of optimal nutrient supply and a growth analysis was carried out.
Hendrik, Poorter, Carlo, Remkes
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Drift of Net Assimilation Rate in Plants

Nature, 1938
IN reply to the letter from R. F. Williams1, may I say that I much regret not having mentioned his paper2 and that of Ballard and Petrie3 in my note on the effect of age on net assimilation and relative growth-rates in the cotton plant4, but I have just seen them for the first time.
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Relation of Magnesium Supply to Growth and Net Assimilation-rate in Barley

Nature, 1955
IN recent years attention has been directed to the increasing incidence of magnesium deficiency in crop plants1, and it is also possible that such a deficiency may cause disease in ruminants grazing on affected herbage2. Using the methods of growth analysis3, a study is being made of the effect of this element on carbon assimilation in plants.
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Supplemental manganese improves the relative growth, net assimilation and photosynthetic rates of salt-stressed barley

Physiologia Plantarum, 1992
Previous results in our laboratory indicated that a reduced Mn concentration in the leaves of barley was highly correlated with the reduced relative growth and net assimilation rates of salt‐stressed plants. If Mn deficiency limits the growth of salt‐stressed barley, then increasing leaf Mn concentrations should increase growth.
Grant R. Cramer, Robert S. Nowak
exaly   +4 more sources

Net assimilation rate of cotton in relation to spacing

The Journal of Agricultural Science, 1976
SummaryThe net assimilation rates (NAR) of three genotypes of cotton differing in their growth habit were studied under different spacings. The NARs of a very bushy type, G 67, and a comparatively less spreading type, IAN 560, were the same but that of a compact type, IAN 579, was twice as much when the leaf area index (LAI) was one.
J. G. Bhatt, R. C. Shah, A. N. Sharma
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Net assimilation rate and relative nitrogen assimilation rate in relation to the dry matter production of alfalfa cultivars

Plant and Soil, 1981
Twelve alfalfa cultivars inoculated with an indigenous strain (RM9) ofRhizobium meliloti, were compared for their seedling morphological characters, and growth characters, including net assimilation rate (NAR), relative growth rate (RGR), leaf area ratio (LAR) and relative nitrogen assimilation rate (RN).
Geok-Yong Tan, Wai-Koon Tan
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