Intercrop** is the simultaneous cultivation of plant species in the same field for a
considerable proportion of their growing periods. Interest in intercrop** for sustainable …

Context Crop type and temporal synchronization are crucial for improving the productivity of
intercrop** systems, especially with reduced inputs (nitrogen, N, and phosphorus, P) …

Abstract Maize (Zea mays)-soybean (Glycine max) intercrop** is popular in many
develo** countries because of its high land equivalent ratio (LER). However, very few …

Introduction Surplus use of chemical nitrogen (N) fertilizers to increase agricultural Q9
production causes severe problems to the agricultural ecosystem and environment. This is …

The cause of yield increase in crop strip intercrop** is often inseparable from the
boundary effect, and the distribution of roots and nutrients in the below-ground has an …

Mixing crop species in intercrops often results in yield advantages but the underlying
processes are not completely understood. Increased resource capture in intercrops …

Planting patterns affect nitrogen (N), phosphorus (P), and potassium (K) acquisition and
distribution in maize and soybean under intercrop** conditions. Here we reveal that strip …

Intercrop** maize and soybean is renowned for improving crop production and resource
use efficiencies. Interspecific competition and complementarity with respect to root plasticity …

Intercrop** is the cultivation of multiple crop species on the same land. Relay strip
intercrop** is an intercrop** system in which the component species are grown in strips …

Combinability of species in intercrops depends on the production conditions and there is
limited information on the potential of intercrop** under conventional (ie, non-organic) …