Evaluation of Wheat (Triticum aestivum L.) Genotypes for Changing Climatic Condition under Different Sowing Windows in Semi-Arid Tropics of Western Maharashtra, India

Evaluation and stability analysis of some bread wheat genotypes under heat stress

“…In general, the results indicate that genotypes early flower under late sowing date than under normal date. Similar results were observed by Wajid et al (2006), Bankar et al (2018), Mukherjee et al (2018), and Ali et al (2020).…”

“…This reflects that the sensitivity of these genotypes to environmental changes suggesting the assessment of genotypes under different environments for identifying the best genotype(s) for particular environment as well as finding the stable ones over such array of conditions. A considerable variation among cultivars of wheat were reported by Shah et al (2006), Wajid et al (2006), Bankar et al (2018) and Ali et al (2020).…”

“…Al-Otayk (2010), Tammam and Abd-El-Rady (2011), Hamam et al (2015), Bankar et al (2018), Patel et al (2019) and Ali et al (2020) mentioned that plant height, 100grain weight and grain yield were the greatest in wheat sown in mid-November compared to the other dates. Tahir et al (2009) and Bachhao et al (2018) reported that sowing date on 1 st of December gave maximum grain yield compared to late sowing on 30 th of Dec. Shahzad et al (2002) and Shah et al (2006) reported that sown on 1 st of November gave maximum mean values of plant height, 1000-grain weight and grain yield compared with other sowing dates.…”

Estimation of Global Solar Radiation on Horizontal Surface from Sun Shine Hours and Temperature at Kombolcha, Amhara Region, Ethiopia

“…Therefore, the differences between the maximum and minimum temperature (T max -T min) can be used as an indicator of the fraction of extraterrestrial radiation that reaches the earth's surface. [16]. Hargreaves and Samani proposed a simple model to estimate global solar irradiation (H) using the maximum (T max ) and minimum (T min ) air temperatures and the extraterrestrial solar irradiation (H o ).…”

“…Hargreaves and Samani proposed a simple model to estimate global solar irradiation (H) using the maximum (T max ) and minimum (T min ) air temperatures and the extraterrestrial solar irradiation (H o ). The Hargreaves-Samani model is based on the correlation between the global atmospheric transmittance (C r = H/H o ) and the daily thermal amplitude (∆T=T max −T min ) [16,17]. According to Hargreaves and Samani models' estimated global solar radiation from the difference in the maximum and minimum temperature is…”