Javascript must be enabled to continue!
Evaluating Intercropping Limitations of Cowpea (Vignaunguiculata L.), Pearl Millet (Pennisetumglaucum L.), and Maize (Zea Mays L.)
View through CrossRef
Fodder scarcity is a main problem in boosting of livestock sector. Hypothesis was made in order to increase fodder yield per unit of land by intercropping of cowpeas, pearl millet and maize. Constraints and yield potentials of these three crops are essential before widespread cultivation at District Charsadda. Field experiment was conducted at Agriculture Research Farm (ARF), Bacha Khan University, Charsadda. Cowpeas, pearl Millet and Maize were intercropped in simultaneous and alternate row allocations i.e. sole, 1:1:1 and 2:2:2 ratios in the field conditions. The trial was analyzed with RCB design having 3 replications. The field was thoroughly ploughed and leveled before commencing of research. For cowpeas 50 and 10 cm maintained respectively for row to row and plant to plant distance. For maize 45 and 22 cm was kept for row to row and plant to plant distance. Regarding Pearl millet 45 and 10 cm was kept for row to row and plant to plant distance. Fertilizer and irrigation were applied according to each crop need and demand. Before the experiment, soil analysis was performed for nutrition status of the soil. Results of the data indicated that sole maize 1000 grains weight was 358.43 g. And one row maize: one row cowpeas: one row pearl millet had a maize 1000 grains weight of 385.43 g. Sole maize biological yield was 17102 kg/ha. While in intercropping one row maize: one row cowpeas: one row pearl millet had a maize biological yield of 17874 kg/ha. In the sole cowpeas 1000 grains weight of 125.37 g recorded. While, one row maize: one row cowpeas: one row pearl millet had a cowpeas 1000 grains weight of 145.17 g. Sole cowpeas biological yield of 8830 kg/ha was obtained. While, one row maize: one row cowpeas: one row pearl millet had a cowpeas biological yield of 9940 kg/ha. Regarding pearl millet, sole pearl millet 1000 grains weight was 24.87 g. And one row maize: one row cowpeas: one row pearl millet had a pearl millet 1000 grains weight of 30.87 g. For sole pearl millet biological yield of 12465 kg/ha was recorded. And one row maize: one row cowpeas: one row pearl millet had a pearl millet biological yield of 13705 kg/ha. The findings of this study suggested that intercropping maize, cowpeas and pearl millet with alternate one row of each crop in the intercropping system can be a viable strategy for improving productivity and sustainability. This approach can optimize resource utilization, promote ecological interactions between crops, and enhance crop yields.
Kashf Institute of Development & Studies
Title: Evaluating Intercropping Limitations of Cowpea (Vignaunguiculata L.), Pearl Millet (Pennisetumglaucum L.), and Maize (Zea Mays L.)
Description:
Fodder scarcity is a main problem in boosting of livestock sector.
Hypothesis was made in order to increase fodder yield per unit of land by intercropping of cowpeas, pearl millet and maize.
Constraints and yield potentials of these three crops are essential before widespread cultivation at District Charsadda.
Field experiment was conducted at Agriculture Research Farm (ARF), Bacha Khan University, Charsadda.
Cowpeas, pearl Millet and Maize were intercropped in simultaneous and alternate row allocations i.
e.
sole, 1:1:1 and 2:2:2 ratios in the field conditions.
The trial was analyzed with RCB design having 3 replications.
The field was thoroughly ploughed and leveled before commencing of research.
For cowpeas 50 and 10 cm maintained respectively for row to row and plant to plant distance.
For maize 45 and 22 cm was kept for row to row and plant to plant distance.
Regarding Pearl millet 45 and 10 cm was kept for row to row and plant to plant distance.
Fertilizer and irrigation were applied according to each crop need and demand.
Before the experiment, soil analysis was performed for nutrition status of the soil.
Results of the data indicated that sole maize 1000 grains weight was 358.
43 g.
And one row maize: one row cowpeas: one row pearl millet had a maize 1000 grains weight of 385.
43 g.
Sole maize biological yield was 17102 kg/ha.
While in intercropping one row maize: one row cowpeas: one row pearl millet had a maize biological yield of 17874 kg/ha.
In the sole cowpeas 1000 grains weight of 125.
37 g recorded.
While, one row maize: one row cowpeas: one row pearl millet had a cowpeas 1000 grains weight of 145.
17 g.
Sole cowpeas biological yield of 8830 kg/ha was obtained.
While, one row maize: one row cowpeas: one row pearl millet had a cowpeas biological yield of 9940 kg/ha.
Regarding pearl millet, sole pearl millet 1000 grains weight was 24.
87 g.
And one row maize: one row cowpeas: one row pearl millet had a pearl millet 1000 grains weight of 30.
87 g.
For sole pearl millet biological yield of 12465 kg/ha was recorded.
And one row maize: one row cowpeas: one row pearl millet had a pearl millet biological yield of 13705 kg/ha.
The findings of this study suggested that intercropping maize, cowpeas and pearl millet with alternate one row of each crop in the intercropping system can be a viable strategy for improving productivity and sustainability.
This approach can optimize resource utilization, promote ecological interactions between crops, and enhance crop yields.
Related Results
Effect of seeding ratio and time of planting of cowpea (Vigna unguiculata) intercropping with maize (Zea mays) on agronomic parameters, forage biomass and grain yield of maize
Effect of seeding ratio and time of planting of cowpea (Vigna unguiculata) intercropping with maize (Zea mays) on agronomic parameters, forage biomass and grain yield of maize
The study was conducted at Adami Tulu and Dugda districts of Oromia regional state, Ethiopia to determine the optimum level of seeding ratio and planting time of cowpea under maize...
Effect of row orientation and cowpea row numbers on sweet corn-cowpea intercropping
Effect of row orientation and cowpea row numbers on sweet corn-cowpea intercropping
Intercropping between sweet corn (Zea mays L. var. saccharata Sturt) and cowpea (Vigna unguiculata L. Walp) can improve land productivity, but requires optimization of row orientat...
Utilization of thermal indices for production of nutri-cereals in non-traditional areas of Bihar
Utilization of thermal indices for production of nutri-cereals in non-traditional areas of Bihar
An experiment was conducted during summer seasons of 2017 and 2018 on clay-loam soil of the ICAR-Research Complex for Eastern Region, Patna, Bihar, to study the performance of diff...
Legume based Profitable Intercropping System for Management of Fall Armyworm in Maize
Legume based Profitable Intercropping System for Management of Fall Armyworm in Maize
Background: Incidence of fall armyworm in maize has been reported at a severe level since 2018 resulting in low yield and in extreme cases complete failure of the crop. In view of ...
Competitive Indices in Cereal and Legume Mixtures in a South Asian Environment
Competitive Indices in Cereal and Legume Mixtures in a South Asian Environment
Core Ideas
Cereal‐legume binary mixtures increased forage productivity per unit area compared to cereal‐cereal and legume‐legume binary mixtures.
In binary mixtures, pearl millet w...
Effect of Intercropping Sonchus oleraceous with Maize and Cowpea on Biomass and Soil Conservation for Growth and Yield
Effect of Intercropping Sonchus oleraceous with Maize and Cowpea on Biomass and Soil Conservation for Growth and Yield
Maize and cowpeas are important staple foods in Kilifi county and their productivity is highly constrained by increased incidences of pests, weeds and prolonged drought. These adve...
Relay intercropping of maize with common dry beans to rationalize nitrogen fertilizer
Relay intercropping of maize with common dry beans to rationalize nitrogen fertilizer
Maize (Zea mays L.) and dry beans (Phaseolus vulgaris L.) are important staple food and cash crops worldwide. Common bean in an intercrop with maize contributes to biological nitro...
Combined effect of fertilizer micro-dosing and intercropped millet/cowpea effect on agronomic and economic advantages in prone Sahel area, Niger
Combined effect of fertilizer micro-dosing and intercropped millet/cowpea effect on agronomic and economic advantages in prone Sahel area, Niger
AbstractClimate change is affecting crop production in the West Africa Sahel. Farmers develop many adaptation strategies However, few of them have been tested to find their climate...

