The measurements of photosynthesis and photorespiration in the two cultivars of cotton plant under different salt and oxygen concentrations showed that, Gossypium hirsutum cv. Coker 100 A/2 was less tolerant than G. hirsutum cv. 2421-A. There was a decrease in the photosynthesis with an increase in the salt concentrations at both 21 and 2% oxygen concentrations, however, the inhibition was higher at the former as compared to the latter oxygen concentration. The photorespiration too was low in both the cultivars but, significantly higher in normal air (21% oxygen) than in an air of low oxygen (2%) content
WOS: 000299428800012Physiological mechanisms that can contribute to drought tolerance and the role o...
Cotton (Gossypium hirsutum L.) net photosynthetic rate (P-N) decreased with leaf age and low irradia...
Breeding for high yield in hot environments (heat tolerance) has tripled the yield of Pirna cotton s...
The objectives of the present study were to compare the dynamic of the growth and photosynthetic cha...
Salinity is a multidimensional stress affecting crop yield and productivity at various levels of pla...
Heat and drought stresses are often coincident and constitute major factors limiting global crop yie...
Salinization usually plays a primary role in soil degradation, which consequently reduces agricultur...
The effects of oxygen stress and water stress on cotton seed radicle growth was studied. High vigor ...
Salinization usually plays a primary role in soil degradation, which consequently reduces agricultur...
WOS: 000180106700021Strong inhibition of rates of CO2 assimilation and transpiration, stomatal condu...
WOS: 000368249900006The effects of drought and heat stress on physiology of two common cotton specie...
This experiment was conducted to study the effect of high ozone concentrations on two cotton (Gossyp...
The influence of ambient solar UV-A or UV-B radiation on growth responses was investigated in three ...
The influence of ambient solar UV-A or UV-B radiation on growth responses was investigated in three ...
The influence of plant interference and a mild drought on gas exchange and oxidative stress was inve...
WOS: 000299428800012Physiological mechanisms that can contribute to drought tolerance and the role o...
Cotton (Gossypium hirsutum L.) net photosynthetic rate (P-N) decreased with leaf age and low irradia...
Breeding for high yield in hot environments (heat tolerance) has tripled the yield of Pirna cotton s...
The objectives of the present study were to compare the dynamic of the growth and photosynthetic cha...
Salinity is a multidimensional stress affecting crop yield and productivity at various levels of pla...
Heat and drought stresses are often coincident and constitute major factors limiting global crop yie...
Salinization usually plays a primary role in soil degradation, which consequently reduces agricultur...
The effects of oxygen stress and water stress on cotton seed radicle growth was studied. High vigor ...
Salinization usually plays a primary role in soil degradation, which consequently reduces agricultur...
WOS: 000180106700021Strong inhibition of rates of CO2 assimilation and transpiration, stomatal condu...
WOS: 000368249900006The effects of drought and heat stress on physiology of two common cotton specie...
This experiment was conducted to study the effect of high ozone concentrations on two cotton (Gossyp...
The influence of ambient solar UV-A or UV-B radiation on growth responses was investigated in three ...
The influence of ambient solar UV-A or UV-B radiation on growth responses was investigated in three ...
The influence of plant interference and a mild drought on gas exchange and oxidative stress was inve...
WOS: 000299428800012Physiological mechanisms that can contribute to drought tolerance and the role o...
Cotton (Gossypium hirsutum L.) net photosynthetic rate (P-N) decreased with leaf age and low irradia...
Breeding for high yield in hot environments (heat tolerance) has tripled the yield of Pirna cotton s...