The dynamics of dry-matter accumulation and nitrogen uptake of sorghum and maize crops were compared over two successive years under dry and irrigated conditions. In non-limiting situations for growth, with irrigation and high nitrogen fertilization, maize growth was higher than that of sorghum because the leaf area index of maize developed earlier, leading to a larger quantity of intercepted radiation. The efficiency of transforming intercepted energy into aerial biomass varied little between the two species. In situations where nitrogen was limiting, the capacity of sorghum crops to take up nitrogen from the soil was always higher than that of maize. This feature was not linked to the greater planting density of the sorghum crop (50 cm be...
There is a great deal of variability among grain sorghum (Sorghum bicolor (L) Moench) genotypes for ...
The expansion of biogas production from anaerobic digestion in the Po Valley (Northern Italy) has st...
Genotypic variation for phenology is important when considering the adaptation of grain sorghum (Sor...
The dynamics of dry-matter accumulation and nitrogen uptake of sorghum and maize crops were compared...
Nitrogen is usually the most limiting nutrient for crop production and the poor recovery of applied ...
Seven accessions of Sorghum bicolor were grown with low (N⁻) and optimal (N⁺) nitrate supply. Growth...
Sorghum cv. SPH-280 was grown in the post-rainy season at ICRISAT (Andhra Pradesh, India) with and w...
During rainless weather following a monsoon, sorghum (Sorghum bicolor cv. SPH-280) was grown on a Ve...
Based on large responses of sorghum grain yield (SGY) to nitrogen application (N) in temperate envir...
Water and nitrogen (N) are important environmental factors limiting sorghum production. Information ...
Maize is considered less drought-tolerant than sorghum, but sorghum is commonly grown as a short tri...
With development of water stress during grain filling, sorghum crops lose green leaves, and nitrogen...
A two-year trial was carried out on sweet sorghum, grown in semi-arid environments of southern Europ...
The physiological basis for variation in dry matter (DM) partitioning, nitrogen (N) utilization, and...
SRN-39 is a recently released sorghum cultivar in Sudan. Understanding the nitrogen (N) and growth p...
There is a great deal of variability among grain sorghum (Sorghum bicolor (L) Moench) genotypes for ...
The expansion of biogas production from anaerobic digestion in the Po Valley (Northern Italy) has st...
Genotypic variation for phenology is important when considering the adaptation of grain sorghum (Sor...
The dynamics of dry-matter accumulation and nitrogen uptake of sorghum and maize crops were compared...
Nitrogen is usually the most limiting nutrient for crop production and the poor recovery of applied ...
Seven accessions of Sorghum bicolor were grown with low (N⁻) and optimal (N⁺) nitrate supply. Growth...
Sorghum cv. SPH-280 was grown in the post-rainy season at ICRISAT (Andhra Pradesh, India) with and w...
During rainless weather following a monsoon, sorghum (Sorghum bicolor cv. SPH-280) was grown on a Ve...
Based on large responses of sorghum grain yield (SGY) to nitrogen application (N) in temperate envir...
Water and nitrogen (N) are important environmental factors limiting sorghum production. Information ...
Maize is considered less drought-tolerant than sorghum, but sorghum is commonly grown as a short tri...
With development of water stress during grain filling, sorghum crops lose green leaves, and nitrogen...
A two-year trial was carried out on sweet sorghum, grown in semi-arid environments of southern Europ...
The physiological basis for variation in dry matter (DM) partitioning, nitrogen (N) utilization, and...
SRN-39 is a recently released sorghum cultivar in Sudan. Understanding the nitrogen (N) and growth p...
There is a great deal of variability among grain sorghum (Sorghum bicolor (L) Moench) genotypes for ...
The expansion of biogas production from anaerobic digestion in the Po Valley (Northern Italy) has st...
Genotypic variation for phenology is important when considering the adaptation of grain sorghum (Sor...