Titlebook: ;

forecast

insightful

Biotic Stresses in Grasspea: Status and Outlook of Genomics-Aided Breeding Strategies,n in East Africa and Asia. It is an underutilised source of protein, calories and homoarginine for populations residing in areas with frequently changing climatic conditions (drought, heat, etc.) in areas of Asia and Africa. However, it is a viable crop option for agroecosystems where major crop spe

Lumbar-Spine

Genomics-Aided Breeding Strategies for Addressing Biotic Stresses of the Three Underutilized Pulse ly grown on marginal soil with low inputs, which results in low crop performance and yields. It is imperative to enhance the productivity of pulses to meet the nutritional requirements of the burgeoning population. Apart from major pulses in India, there are prominent minor pulses namely horse gram,

Carcinogen

Genomics and Molecular Breeding for Biotic Stress Resistance in Faba Bean, faba bean improvement include enhancing yield potential, resistance/tolerance to biotic and abiotic stress coupled with seed quality and other agronomical important attributes. The restricted cross-pollination behaviour of faba bean presents challenges as well as prospects towards genetic improveme

anaphylaxis

Genomics-Aided Breeding Strategies for Biotic Stress in Cluster Bean,ds the leading position in global guar production, contributing approximately 90% of the world’s total guar production. It serves the purpose of feed, fodder, food and soil enhancer in the regions having limited choice of crops to grow and industrially important seed-borne gum having various applica

制定

,Erfolgsfaktoren für Stakeholder Dialoge,ase/pest pressures is the straightforward and sustainable approach for stress management. A high resistance level of crop plants not only reduces the overall production costs but also poses no or little risk to the environment. Modern genomic technologies have deepened our understanding of the genet

敵意

描述

incredulity

https://doi.org/10.1007/978-3-8349-8639-9ts of global climate change have had a notable impact on lentil area and production, primarily due to the introduction of this crop into new niches as well as the increased incidence of diseases and pests affecting this crop. In this section, we address the biotic vagaries that lentil encounters, ex

擴(kuò)大

Science and Stakeholders: A Synthesis,eginning with an overview, it explores the richness of germplasm resources harboring tolerance traits and spotlights on promising candidates. Understanding the genetic underpinnings of resistance, both against diseases and insect pests, take center stage, with a focus on molecular mechanisms and gen