The chlorophyll content of relay-intercropped maize (a) and soybean (b) at tasseling, grain filling and maturity stage of maize corresponding to second trifoliate (V2), fifth trifoliate (V5) and flower initiation (R1) stage of soybean, respectively as affected by different planting pattern averaged over 2016 and 2017. The 2M2S (40 cm + 160 cm) and 1M1S (50 cm: 50 cm). The SM and SS refer to sole cropping system of maize and soybean, respectively. Means are averaged over three replicates. Bars show ± standard errors, (n = 3). Within a bar, different lowercase and same letters show a significant and non-significant difference (P .05) between treatments.</p
The 2M2S (40 cm + 160 cm) and 1M1S (50 cm: 50 cm). The SM and SS refer to sole cropping system of ma...
<p>A1: “50 cm + 50 cm” one row of maize and one row of soybean; A2: “160 cm + 40 cm” two rows of mai...
A, B, C and D represent the general layout of 2M2S (40 cm + 160 cm; maize narrow-wide row planting, ...
The biomass distribution of relay-intercropped maize (a, c) and soybean (b, d) at tasseling, grain f...
The leaf area of relay-intercropped maize (a, c) and soybean (b, d) at tasseling, grain filling and ...
The photosynthetic photon flux density (PPFD) of relay-intercropped maize (a, c) and soybean (b, d) ...
Different planting patterns affect the light interception of intercrops under intercropping conditio...
Plant height, stem diameter and total biomass of relay-intercropped maize and soybean as affected by...
Photosynthetic parameters of relay-intercropped maize and soybean as affected by different planting ...
<p>Bars represented by different small letters within each group in the same growth stage are signif...
Maize/soybean strip intercropping is a commonly used system throughout China with high crop yields a...
Seed yield (kg ha-1), land equivalent ratio (LER) and competition ratio (CR) of relay-intercropped m...
Planting arrangements affect radiation use efficiency (RUE) and competitiveness of intercrop species...
Traditional maize (Zea mays L.) and soybean (Glycine max (L) Merrill) intercropping practice cannot ...
Strip width management is a critical factor for producing higher crop yields in relay intercropping ...
The 2M2S (40 cm + 160 cm) and 1M1S (50 cm: 50 cm). The SM and SS refer to sole cropping system of ma...
<p>A1: “50 cm + 50 cm” one row of maize and one row of soybean; A2: “160 cm + 40 cm” two rows of mai...
A, B, C and D represent the general layout of 2M2S (40 cm + 160 cm; maize narrow-wide row planting, ...
The biomass distribution of relay-intercropped maize (a, c) and soybean (b, d) at tasseling, grain f...
The leaf area of relay-intercropped maize (a, c) and soybean (b, d) at tasseling, grain filling and ...
The photosynthetic photon flux density (PPFD) of relay-intercropped maize (a, c) and soybean (b, d) ...
Different planting patterns affect the light interception of intercrops under intercropping conditio...
Plant height, stem diameter and total biomass of relay-intercropped maize and soybean as affected by...
Photosynthetic parameters of relay-intercropped maize and soybean as affected by different planting ...
<p>Bars represented by different small letters within each group in the same growth stage are signif...
Maize/soybean strip intercropping is a commonly used system throughout China with high crop yields a...
Seed yield (kg ha-1), land equivalent ratio (LER) and competition ratio (CR) of relay-intercropped m...
Planting arrangements affect radiation use efficiency (RUE) and competitiveness of intercrop species...
Traditional maize (Zea mays L.) and soybean (Glycine max (L) Merrill) intercropping practice cannot ...
Strip width management is a critical factor for producing higher crop yields in relay intercropping ...
The 2M2S (40 cm + 160 cm) and 1M1S (50 cm: 50 cm). The SM and SS refer to sole cropping system of ma...
<p>A1: “50 cm + 50 cm” one row of maize and one row of soybean; A2: “160 cm + 40 cm” two rows of mai...
A, B, C and D represent the general layout of 2M2S (40 cm + 160 cm; maize narrow-wide row planting, ...