Sustainability Free Full Text Building Climate Resilient Cotton Cotton production is highly vulnerable to climate change, and heat stress is a major constraint in the cotton zone of punjab, pakistan. adaptation is perceived as a critical step to deal with forecasted and unexpected climatic conditions. the objective of this study was to standardize and authenticate a cotton crop model based on climate and crop husbandry data in order to develop an. Cotton crop management, crop improvement, genotype, water management, and climate impact studies on cotton production [14–18]. previous studies reported that these models are also used in studies of climate risk management and for enhancing the resilience in crops and cropping systems [8,19,20]. the dssat is a software application program that.
Sustainability Free Full Text Building Climate Resilient Cotton Bangladesh produces only 5% of the cotton she needs to sustain her readymade garments industries. the country has very limited agricultural land and cotton competes with other crops for this scarce land resource. on top of that, bangladesh is regarded as a country where agriculture is highly vulnerable to the variabilities of weather patterns that result from climate change. against this. Cotton production is highly vulnerable to climate change, and heat stress is a major constraint in the cotton zone of punjab, pakistan. adaptation is perceived as a critical step to deal with forecasted and unexpected climatic conditions. the objective of this study was to standardize and authenticate a cotton crop model based on climate and crop husbandry data in order to develop an. The results showed that the future climate would have drastic effects on cotton production in the project area. reduction in seed cotton yield (scy) was 25.7% and 32.2% under rcps 4.5 and 8.5, respectively. the comparison of five gcms showed that a hot wet climate would be more damaging than other scenarios. Cotton is one of the most important fiber crops that plays a vital role in the textile industry. its production has been unstable over the years due to climate change induced biotic stresses such as insects, diseases, and weeds, as well as abiotic stresses including drought, salinity, heat, and cold. traditional breeding methods have been used to breed climate resilient cotton, but it requires.
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