THE IMPACT OF CLIMATE-OPTIMIZED FARMING METHODS ON INCREASING COTTON YIELDS

Abstract

Cotton is one of the main types of raw materials in the textile industry. Cotton yield is directly affected by the climatic conditions of the growing region. In case of favorable climatic conditions, cotton has a high productivity potential. The main factors that play a leading role in this process include temperature stability, humidity level, soil fertility, and the presence of pests. To successfully grow cotton, it is necessary to take all these factors into account and develop adaptive strategies, including the use of modern agronomic methods and technologies that will help optimize the production process in a changing climate. The introduction of climate-smart agricultural practices can have a long-term impact on cotton yield. Taken together, this implies the use of more climate-resistant varieties and new irrigation technologies. The paper analyzes the impact of climate-smart agricultural practices, and identifies and formulates the prerequisites for increasing cotton yield. The introduction of these methods will facilitate the adaptation of farms to changing climate conditions, which will be reflected in increased productivity and sustainability of agriculture in the long term.