Vegetable Grafting: A Toolbox for Securing Yield Stability under Multiple Stress Conditions

Vegetable Grafting: A Toolbox for Securing Yield Stability under Multiple Stress Conditions

Role of grafting in horticultural plants under stress conditions

The cultivation of grafted plants have gradually increased in the last years. As the use of this technique spread, the aims also expanded until today when grafting serves a spectrum of purposes: (1) to boost plant growth and development; (2) to control wilt caused by pathogens; (3) to reduce viral, fungal and bacterial infection; (4) to strengthen tolerance to thermal or saline stress; (5) to i...

study on grain yield stability and adaptability of winter wheat genotypes using different stability indices under terminal drought stress conditions

development of new cultivars with high grain yield (gy) stability and good adaptability under both terminal drought stress (tds) and normal irrigation conditions, which plays important role in production of wheat, is one of the major goals of wheat breeding program for cold dry areas of iran. the objective of this investigation was to study the stability and adaptability of gy and genotype × lo...

Vegetable Grafting – A Tool to Improve Vegetable Productivity

Submit Manuscript | http://medcraveonline.com vegetables and flowers. Practicing of grafting in vegetable crops is an exclusive tool in East Asia to manage various vulnerable issues to the intensive vegetable production. In this regard, the first scientific report of vegetable grafting was published during late 1920 in Japan Journal of Horticulture [1]. This study was designed to control soil b...

Chickpea Genotypes Evaluation for Morpho-yield Traits under Water Stress Conditions

A field experiment with two sets, each comprising 13 chickpea genotypes with three replications was carried out during Rabi 2012-2013 in stress and non-stress conditions. The objective of the reported research was to study the response of chickpea genotypes in drought stress and to screen the appropriate genotypes performing better in water deficit and irrigated conditions. Three genotypes TG12...