A5072079211- Genetic and Environmental Crop Studies
- Agricultural pest management studies
- Plant Genetic and Mutation Studies
- Genetics and Plant Breeding
- Legume Nitrogen Fixing Symbiosis
- Plant Ecology and Taxonomy Studies
- Mediterranean and Iberian flora and fauna
- Agronomic Practices and Intercropping Systems
- Plant Micronutrient Interactions and Effects
- Soybean genetics and cultivation
- Light effects on plants
- Botany and Plant Ecology Studies
Université Hassan 1er
2023-2025
National School of Business and Management in Settat
2024
Abstract The use of high-performant varieties could help to improve the production food legumes and thus meet demand growing world population. However, long periods needed develop new through traditional breeding are a major obstacle. Thus, techniques allowing faster genetic advance needed. Speed using longer light exposure on plants, appears be good solution for accelerating plant life cycles generation turnover. applying extended photoperiod causes stress mortality due lack information...
Abstract Lentil is an important pulse that contributes to global food security and the sustainability of farming systems. Hence, it increase production this crop, especially in context climate changes through plant breeding aiming at development high-yielding climate-smart cultivars. However, conventional approaches are time resources consuming. Thus, speed techniques enabling rapid generation turnover could help accelerate new varieties. The application extended photoperiod prolonging...
ABSTRACT Chickpea is generally grown on marginal soils around the world, where it depends mainly residual moisture. The recurrent scarcity of rainfall hampers production and reduces grain yields. In face this changing climate, genotypes with well‐developed root systems might contribute to stabilization yield under drought conditions. So fundamental aim our study combine performance attributes a prolific system in order identify drought‐tolerant genotypes. Thus, large collection chickpeas...
Abstract The use of high‐performing varieties could contribute to increase food legume production and meet the population demand. However, long process conventional breeding is a serious limitation that needs further acceleration genetic improvement. Speed based on extended photoperiod one techniques allows rapid generation turnover by accelerating plant life cycle. present study focused optimizing duration for lentil, chickpea faba bean in growth chamber with light‐emitting diode (LED)...
Abstract In the complex context of rising food demand, natural resources degradation and worsening climate changes impact, legumes could play an important role in sustainable agriculture security. To overcome these challenges, enhanced genetic gain has become a necessity. Speed breeding‐based extended photoperiod is being used to reinforce conventional breeding methods speed up development adapted varieties. growth chambers greenhouses' light quality terms red–blue ratio among factors that...
<title>Abstract</title> The improvement of lentil productivity and resilience to climate change requires the deployment breeding approaches sustainable agronomic practices. Germplasm from Mediterranean region could be an important source useful traits for programs. Additionally, no-tillage also contribute maintaining in drought-prone environments. However, there are few studies on adaptation lentil, as this practice can create growing conditions that differ those under conventional tillage....
<title>Abstract</title> The improvement of lentil productivity and resilience to climate change requires the deployment breeding approaches sustainable agronomic practices. Germplasm from Mediterranean region could be an important source useful traits for programs. Additionally, no-tillage also contribute maintaining in drought-prone environments. However, there are few studies on adaptation lentil, as this practice can create growing conditions that differ those under conventional tillage....