OPPORTUNITIES FOR HEMP CULTIVATION IN KAZAKHSTAN AND DIRECTIONS OF SCIENTIFIC RESEARCH

Abstract

This article provides an in-depth analysis of the morphological, physiological, and ecological characteristics of the hemp plant Cannabis sativa L. The study focuses on examining the biological structure of the plant, its growth dynamics, and agronomic properties. The high efficiency of hemp in technical applications is explained by its fiber quality, rapid biomass accumulation, ability to restore soil structure, and ecological sustainability. Additionally, the article systematizes the chemical composition of hemp, including the content of cellulose, fatty acids, proteins, minerals, and bioactive compounds. The industrial applications of hemp are analyzed across several fields, including textile production, construction biocomposites, food products, and biotechnological sectors. Based on innovative biotechnological research, hemp is proposed as an environmentally friendly and biologically efficient source of raw materials. The study demonstrates that hemp is a high-yielding, ecologically safe, and economically significant agricultural crop with strategic importance that can contribute to the development of the green economy. The potential applications of hemp in agriculture, textile manufacturing, construction, food industry, medicine, pharmaceuticals, and bioplastics are discussed. Its technological advantages in the production of biocomposites, biofuels, and biodegradable packaging, as well as its role as a renewable resource, are also highlighted. Furthermore, scientific recommendations are provided on the introduction of hemp in various regions of Kazakhstan, including its climatic adaptation and cultivation technologies. The possibilities of cultivating hemp under Kazakhstan’s environmental conditions, its agroclimatic adaptability, breeding directions, and legal regulation aspects are examined. The findings confirm that hemp is an ecologically safe, economically beneficial, and valuable crop for both agriculture and industry. The scientific study of this plant is considered one of the important directions aligned with Kazakhstan’s strategy for transitioning to a green economy.