INNOVATIONS AND MODERN TECHNOLOGIES USED WIDELY IN AGRICULTURE

Abstract

The study's goal is to determine if it is possible to lower energy costs in the agriculture sector by using the Republic 
of Karakalpakstan's experience with the introduction of alternative energy sources. Farmers in the Republic of 
Karakalpakstan have started researching and analysing different strategies to increase the agricultural sector's 
energy efficiency. These strategies include nutrient management, which involves planting native vegetation 
species, timing fertilisation, liming, applying manure right after fertilisation, and using compost or liquid 
suspension produced, for instance, by anaerobic digestion of manure. All of these strategies lower soil processing, 
which is a well-known and successful way to lower energy consumption in arable systems.  
Reduced farming expenses and greenhouse gas emissions are often the associated benefits. Changes in irrigation, 
switching from traditional tillage to reduced or zero tillage, lowering fertiliser application rates, improving nutrient 
management techniques that minimise nutrient losses, lowering plant protection intensity and mechanisation level, 
early decommissioning of inefficient machinery, switching to crops that use fewer fertilisers and other energy 
resources, growing grass as part of crop rotation or as cover and intermediate crops, producing biogas on farms 
from plant residues and manure, and alternatives to livestock management in terms of feeding, housing, and 
manure treatment are examples of possible resource substitutions. Advanced technologies for land cultivation and 
harvesting must be used in line with the republic's zonal features in order to protect and improve soil fertility. It 
is found that political and agricultural changes, income diversification, land conservation, and more sensible 
resource usage are the primary instruments for the development of sustainable agriculture.