Double-row strip cropping: This system reduces the plant spacing of maize rows to open up space for legumes to grow. Maize is usually intercropped with a legume (i.e., groundnuts/soya beans/cowpeas/beans). Maize is planted into rip lines opened in double rows (50cm inter-row x 25cm in-row) and a gap of 130cm is left in-between the maize double rows where legumes will be planted [groundnut (35cm inter-row x 30cm in-row); soya beans (35cm inter-row x 5cm in-row)] Four-row strip cropping: Similar to double row strip cropping above, four rows of maize alternate with four rows of a legume. However, the inter-row spacing of maize is reduced from the usual 90 cm to 45 cm. This narrowing and reduction in size increases growing space for four rows o...
Intercropping provides enough scope to include two or more crops simultaneously in same piece of lan...
Increased corn (Zea mays L.) grain yield with strip intercropping, made possible because of increase...
African Crop Science Journal, 1997, Vol. 5. No.1, pp. 15-22. Effects of planting pattern, relative p...
Double-row strip cropping: This system reduces the plant spacing of maize rows to open up space for ...
Intercropping is traditionally practiced by land constrained smallholder farmers sometimes living in...
The sustainable intensification initiatives of Southern Africa use Gliricidia sepium, a leguminous t...
Maize-legume rotations are traditionally practiced in areas where pest pressure is high and where so...
Strip width management is a critical factor for producing higher crop yields in relay intercropping ...
The doubled-up legume system involving groundnuts and pigeon pea, comes across as being a perfect co...
<p>A1: “50 cm + 50 cm” one row of maize and one row of soybean; A2: “160 cm + 40 cm” two rows of mai...
The effect of the additive intercropping system, on weediness of maize and soybean was investigated ...
Narrow-row planting patterns directly affect crop yield and competition in intercropping systems. A ...
Traditional maize (Zea mays L.) and soybean (Glycine max (L) Merrill) intercropping practice cannot ...
The leaf area of relay-intercropped maize (a, c) and soybean (b, d) at tasseling, grain filling and ...
Mbili Mbili intercropping system has been promoted as a crop diversification and intensification app...
Intercropping provides enough scope to include two or more crops simultaneously in same piece of lan...
Increased corn (Zea mays L.) grain yield with strip intercropping, made possible because of increase...
African Crop Science Journal, 1997, Vol. 5. No.1, pp. 15-22. Effects of planting pattern, relative p...
Double-row strip cropping: This system reduces the plant spacing of maize rows to open up space for ...
Intercropping is traditionally practiced by land constrained smallholder farmers sometimes living in...
The sustainable intensification initiatives of Southern Africa use Gliricidia sepium, a leguminous t...
Maize-legume rotations are traditionally practiced in areas where pest pressure is high and where so...
Strip width management is a critical factor for producing higher crop yields in relay intercropping ...
The doubled-up legume system involving groundnuts and pigeon pea, comes across as being a perfect co...
<p>A1: “50 cm + 50 cm” one row of maize and one row of soybean; A2: “160 cm + 40 cm” two rows of mai...
The effect of the additive intercropping system, on weediness of maize and soybean was investigated ...
Narrow-row planting patterns directly affect crop yield and competition in intercropping systems. A ...
Traditional maize (Zea mays L.) and soybean (Glycine max (L) Merrill) intercropping practice cannot ...
The leaf area of relay-intercropped maize (a, c) and soybean (b, d) at tasseling, grain filling and ...
Mbili Mbili intercropping system has been promoted as a crop diversification and intensification app...
Intercropping provides enough scope to include two or more crops simultaneously in same piece of lan...
Increased corn (Zea mays L.) grain yield with strip intercropping, made possible because of increase...
African Crop Science Journal, 1997, Vol. 5. No.1, pp. 15-22. Effects of planting pattern, relative p...