Effects of temperature and relative humidity on growth and calcium uptake, translocation, and accumulation in sorghum 1考研准考证号忘了怎么查询
期刊名称： journal of plant nutrition
chaz bono作者： H.M. Murtadha,J.W. Maranville,R.B. Clark,M.D. Clegg
年份： 2008年
blanket>analysttanabata festival>抱负是什么意思期号： 第5期
关键词： minerales, temperature ambiante, calcio, calcium, transport des
substances nutritives, temperatura ambiental, carence minerale, valeur nutritive, sorghum bicolor, mineraux, disponibilidad de nutrientes, humedad relativa,
teneur en elements mineraux, humidite relative, transporte de nutrientes,
电子科技大学专科>proview
absorption de substances nutritives, temperatura del aire, absorcion de
sustancias nutritivas, valor nutritivo, temperature de l'air, contenido mineral, disponibilite d'element nutr
itif, deficiencia de minerales
摘要：Differences in temperature or relative humidity may partially explain some of the visual appearances of calcium (Ca) deficiency disorders found in sorghum [ Sorghum bicolor (L.) Moench] plants grown in controlled conditions. Independent temperature and relative humidity (R.H.) experiments were conducted using Redlan and Martin sorghum genotypes grown in three identical growth chambers with temperature treatments of 21/16, 28/23, and 35/30°C or R.H. regimes of 30, 60, and 90% at nutrient solution Ca levels of 25, 50, and 300 mg Ca L1. Calcium deficiency symptoms appeared on plants grown with the lowest Ca level at each temperature or R.H. Symptoms became progressively more vere as the temperature incread and were most vere at 60% R.H. The verity of deficiency was higher in Redlan than Martin in the R.H. experiment, forgotten
内容由中国教育图书进出口有限公司引进本拉登简历
