Millets are annual grasses and grow well under the marginal conditions of soil fertility and moisture, which provide staple food for millions of people. Millets have strong, deep rooting systems and short life cycles. Breeding research in millets, habitually engages different species, cultivars, and varieties. This makes an immense challenge to maintain the different varieties and their identif...

Millets are annual grasses and grow well under the marginal conditions of soil fertility and moisture, which provide staple food for millions of people. Millets have strong, deep rooting systems and short life cycles. Breeding research in millets, habitually engages different species, cultivars, and varieties. This makes an immense challenge to maintain the different varieties and their identif...

Millets are annual grasses and grow well under the marginal conditions of soil fertility and moisture, which provide staple food for millions of people. Millets have strong, deep rooting systems and short life cycles. Breeding research in millets, habitually engages different species, cultivars, and varieties. This makes an immense challenge to maintain the different varieties and their identif...

Millets are annual grasses and grow well under the marginal conditions of soil fertility and moisture, which provide staple food for millions of people. Millets have strong, deep rooting systems and short life cycles. Breeding research in millets, habitually engages different species, cultivars, and varieties. This makes an immense challenge to maintain the different varieties and their identif...

Millets are annual grasses and grow well under the marginal conditions of soil fertility and moisture, which provide staple food for millions of people. Millets have strong, deep rooting systems and short life cycles. Breeding research in millets, habitually engages different species, cultivars, and varieties. This makes an immense challenge to maintain the different varieties and their identif...

Pearl millet was subjected to air plasma bubbling along with soaking enhance HCl extractable iron by reducing phytic acid content. The pearl soaked for 11 h and 10 followed (1 2 h) at input voltage 180 V lph flow rate. A 64.9% 70.93% of reduction in observed treatments. total content reduced while improved 68% 59% 1 exposure time. significant changes (p≤ 0.05) millet’s physical, nutritional, te...

Pearl millet (Pennisetum glaucum L.) is one of the major crops in dry and saline areas across globe. During salinity stress, plants encounter significant changes their physio biochemical activities, leading to decreased growth yield. Bacillus species are used as biofertilizers biopesticides for pearl other promote The use soils has been beneficial combat negative effect on plant In this context...

The study was carried out to evaluate the effects of complete replacement of maize with two varieties of guinea corn and two varieties of millets on the growth performance and nutrient retention in broiler chickens. Five isonitrogenous and isocaloric diets for the broiler starter (23.5% CP; 2800 kcal/ME) and finisher (21.5% CP; 2900 kcal/ME) phases were formulated. Diet 1 consisted on a maize b...

Climate changes will have an impact on food production and will require costly adaptive responses. Adapting to a changing environment will be particularly challenging in sub-Saharan Africa where climate change is expected to have a major impact. However, one important phenomenon that is often overlooked and is poorly documented is the ability of agro-systems to rapidly adapt to environmental va...

Abstract Background Seed germination is the most important stage for formation of a new plant. This process starts when dry seed begins to absorb water and ends radicle protrudes. The rate from different species varies. rapid that grow on marginal land allows seedlings compete with surrounding species, which also guarantee normal plant development high yield. Pearl millet an cereal crop used wo...