This research delves into the intricate dynamics of drought impact on cassava production, aiming to cultivate resilience strategies against climate fluctuations. Focusing on comprehensive drought assessment, the study navigates through the vulnerabilities and adaptations crucial for safeguarding cassava cultivation. Through a multidimensional analysis, encompassing agronomic, climatic, and socio-economic factors, the research aims to provide insights and solutions for mitigating climate impacts on cassava production. The findings contribute to the development of resilient agricultural practices, essential for securing food systems in the face of an increasingly unpredictable climate.

In this research paper, the authors investigated the wear resistance of one of the mechanical properties, studying the change in its wear resistance as a result of the action of lithium fluoride on aluminum alloys. Based on the results obtained, a dependence graph was developed, on the basis of which a mathematical model of the effect of lithium on the edibility property was developed.

This article shows examples of solving integrals known from the course of mathematical analysis, as well as methods of solving given integrals using functions called Logarithmic integral function. In addition, the integral equations are simultaneously solved by the method of integration by pieces into the differential. In turn, these types of solved examples are very important instructions for students of mathematics, physics and engineering.

This study delves into the realm of optimizing energy efficiency through the transient simulation of waste heat recovery from gas turbine exhaust. Termed "Heat Harvest," the research employs advanced simulation techniques to model and analyze the dynamic behavior of waste heat recovery systems in the context of gas turbine operations. By examining transient conditions, the study aims to uncover opportunities for enhancing energy recovery, improving overall system performance, and contributing to sustainable energy practices. The findings provide valuable insights for engineers, researchers, and industries seeking to harness the untapped potential of waste heat in gas turbine applications.

This research explores a sustainable approach to bioethanol production by harnessing residual carrageenan extract from Eucheuma Cottonii seaweed. The study focuses on the innovative utilization of carrageenan by-products to extract bioethanol, offering a dual-purpose solution for both biofuel generation and waste reduction. Through a comprehensive investigation of the extraction process, ethanol yield optimization, and environmental impact assessment, the research aims to provide valuable insights into a green energy innovation that aligns with sustainable practices.

This study investigates the effects of dietary components, specifically concentrate feed and mineral blocks, on the density levels and milk fat content of dairy cattle. A comprehensive examination was conducted to assess how these nutritional interventions influence the overall productivity and milk quality in dairy herds. The research involved a controlled feeding regimen, monitoring density levels, and analyzing milk fat content to gain insights into the intricate relationship between diet and dairy performance.

The article extensively analyzes the mechanism of pedagogical cooperation in working with unorganized youth. Also, suggestions and recommendations on improving the mechanism of pedagogical cooperation in working with unorganized youth were given.

The cultural and natural resources of the regions are an important factor in the development of eco-tourism. In total, there are 427 cultural heritage sites in the Jizzakh region, of which 268 are archaeological monuments, 100 are architectural monuments, 59 are monuments of monumental art.