Plant population density is an important variable in agronomy and forestry and offers an
experimental way to better understand plant–plant competition. We made a meta‐analysis of …

Although improving photosynthetic efficiency is widely recognized as an underutilized
strategy to increase crop yields, research in this area is strongly biased towards species with …

Global crop yields are limited by water and nutrient availability. Soil mulching (with plastic or
straw) reduces evaporation, modifies soil temperature and thereby affects crop yields …

Increasing crop yields while reducing environmental impacts are a great challenge to
ensuring food security and environmental quality for the world agriculture. Increasing …

Identifying an optimal plant density is a critical management decision for corn (Zea mays L.)
production. The main objectives of this study were to:(i) investigate the grain yield responses …

Abstract Maize (Zea mays L.)/peanut (Arachishypogaea L.) intercropping has been widely
practiced in semi-arid regions to reduce wind erosion and improve resource (eg water and …

Increasing the maize plant population has undergone a constant evolution over the years,
with the purpose of enhancing the crop yield. Field trials, in which 2 different experiments …

Maize production in arid areas of Northwest China is seriously limited by water supply.
Conserving irrigation water and increasing water use efficiency (WUE) are effective methods …

Leaf area and its longevity are the key factors driving dry matter accumulation and yield
formation in maize (Zea mays. L). Both factors are influenced by cultivation management …

Context Optimal plant density and nitrogen (N) application rate are important to achieve high
maize yield. High plant density increases plant-plant competition for light and nutrients …