Improvement of Seed Quality of Wheat (Triticum aestivum) as Affected by Brassinolide under Different Irrigation Regimes     

Dehghan  Marzieh  Balouchi  Hamidreza  Yadavi  Alireza 《Journal of Crop Science and Biotechnology》2020,23(2):137-148

Journal of Crop Science and Biotechnology - Irrigation interruption owing to time of incidence is affecting the seed quality. The aim of this research was to determine whether the brassinolide and...  相似文献   

Species and space: a combined gap analysis to guide management planning of conservation areas     

Ahmadi  Mohsen  Farhadinia  Mohammad S.  Cushman  Samuel A.  Hemami  Mahmoud-Reza  Nezami Balouchi  Bagher  Jowkar  Houman  Macdonald  David W. 《Landscape Ecology》2020,35(7):1505-1517

Landscape Ecology - With accelerating global declines in biodiversity, establishment and expansion of conservation areas (CAs) have increasingly been advocated in recent decades. Gap analysis has...  相似文献   

Study of water stress effects in different growth stages on yield and yield components of different rice (Oryza sativa L.) cultivars     

Sarvestani ZT  Pirdashti H  Sanavy SA  Balouchi H 《Pakistan journal of biological sciences: PJBS》2008,11(10):1303-1309

A field experiment was conducted during 2001-2003 to evaluate the effect of water stress on the yield and yield components of four rice cultivars commonly grown in Mazandaran province, Iran. In northern Iran irrigated lowland rice usually experiences water deficit during the growing season include of land preparation time, planting, tillering stage, flowering and grain filing period. Recently drought affected 20 of 28 provinces in Iran; with the southeastern, central and eastern parts of the country being most severely affected. The local and improved cultivars used were Tarom, Khazar, Fajr and Nemat. The different water stress conditions were water stress during vegetative, flowering and grain filling stages and well watered was the control. Water stress at vegetative stage significantly reduced plant height of all cultivars. Water stress at flowering stage had a greater grain yield reduction than water stress at other times. The reduction of grain yield largely resulted from the reduction in fertile panicle and filled grain percentage. Water deficit during vegetative, flowering and grain filling stages reduced mean grain yield by 21, 50 and 21% on average in comparison to control respectively. The yield advantage of two semidwarf varieties, Fajr and Nemat, were not maintained under drought stress. Total biomass, harvest index, plant height, filled grain, unfilled grain and 1000 grain weight were reduced under water stress in all cultivars. Water stress at vegetative stage effectively reduced total biomass due to decrease of photosynthesis rate and dry matter accumulation.  相似文献