Improving Efficiency of Using Agricultural Land

Rozum, Ruslan; Liubezna, Iryna; Kalchenko, Olga

doi:10.25140/2410-9576-2017-1-3(11)-193-196

Cited by 5 publications

(3 citation statements)

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“…Land resources are a step to determine the balance between availability and demand for land use and utilization based on the use of a particular area [31]. [28] also state that increasing the efficiency of agricultural production is determined by the structure of land use.…”

Section: Results Of Analysismentioning

confidence: 99%

Optimizing the Potential of Agricultural Land to Maintain the Production Sustainability (Empirical Study at West Papua)

Fafurida,

Hapsari,

Marpaung

2023

IOP Conf. Ser.: Earth Environ. Sci.

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West Papua is one of the provinces in Indonesia that has great land potential to be utilized as agricultural land, but this land has not been optimally utilized to support agricultural activities and yields in West Papua. This research aims at determine the land optimization model and determining the optimal agricultural land area in West Papua Province. This research uses a quantitative approach with secondary data and the data collection is conducted by documentation method. The analysis used in this research is Linear Programming. The results of research indicate that the optimal land area to be used as agricultural land in West Papua Province for food crops and horticulture is 1.60% and the land area for plantation crops is 2.31% of the existing land area without reducing the area forest area in West Papua Province.

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Section: Results Of Analysismentioning

confidence: 99%

Optimizing the Potential of Agricultural Land to Maintain the Production Sustainability (Empirical Study at West Papua)

Fafurida,

Hapsari,

Marpaung

2023

IOP Conf. Ser.: Earth Environ. Sci.

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“…Liubezna, O.M. Kalchenko determined the influence of environmental and economic factors on the quality and fertility of soils, the efficiency of land use, confirmed the need to create a material base for increasing the level of economic returns of the land (Rozum, Liubezna & Kalchenko, 2017). The conservation and restoration of soil fertility, the construction of models for assessing the intensity of degradation processes, are examined by D.А.…”

Section: Theorymentioning

confidence: 95%

Method of Introducing Innovation to Land Use in Agriculture

Zavorotin¹,

Gordopolova²,

Tiurina³

2018

BJES

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The purpose of the research is to make the method of introducing innovations, taking into account its economic, environmental, and social aspects. Methodology. To carry out the research, a multilateral approach to assessing the choice of technology, changing the operational capabilities of technology, get an integrated effect is applied. Results. The method of introducing innovations is recommended to take into account the quantitative and qualitative reproduction of the technical base of agricultural production. The method consists of five stages, including the division of the target into macro-, meso-, micro-levels, remote observation of changes in soil characteristics, consideration of the interaction of participants in land relations during the creation of projects, the use and next adjustment of the results of scientific achievements, comparison of potential benefits with actual data. It contains an economic calculation that confirms the advantage of minimal tillage over traditional technology. The authors have proved the expediency of using the sowing complex of the SC "Kuzbass", reducing the cost of labour, the purchase of fuel and fuels and lubricants and others. The total savings of operating costs will be 1628.1 roubles from 1 hectare, or 51.6%. The development of new technologies in agricultural land use makes it possible to obtain economic benefits, ecological and social effect. The scientific novelty of the research is to improve the method of introducing innovations, taking into account economic, ecological, and social aspects by streamlining the interrelated processes of using scientific achievements in agricultural land use: structuring the goal, obtaining analytical information, the use of a multilateral approach to the evaluation of technology choices, change in the operational capabilities of technology, the establishment of an integral effect. Practical implications. The author's method is recommended to state bodies, agricultural organizations in order to develop organizational, managerial, socioeconomic , ecological, technical and technological areas for increasing the efficiency of agricultural land use, contributing to optimization of working conditions, preserving and improving the quality of the land, use of resource-saving equipment and of the progressive achievements in agriculture, etc. Conclusion. The research defines the economic indicators of innovative soil cultivation technology, lists the ways to achieve environmental benefits and social efficiency.

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“…The impact of the economy on the environment is becoming increasingly visible with the development of the world economy. Accordingly, there are a large number of studies that have tried to explain and analyze this relationship [19][20][21][22]. However, the report of the Club of Rome, which was proposed in 1992, deserves the highest attention.…”

Section: Theoretical Backgroundmentioning

confidence: 99%

CO2 Emissions and Macroeconomic Indicators: Analysis of the Most Polluted Regions in the World

et al. 2022

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There is no sector of the economy that is not dependent on the state of development of the energy sector. This sector produces a significant share of global CO2 emissions. Harmful CO2 emissions and greenhouse gas emissions accelerate global warming. Therefore, more and more countries are adopting a strategy for the transition to carbon-neutral energy. However, energy independence and economic competitiveness are closely linked. One cannot analyze them separately. Given these facts, we focused on conducting an econometric study of the impact of key macroeconomic indicators on the level of СО2 emissions into the air in the United States and the Asia-Pacific region as the regions with the largest СО2 emissions. The modeling was carried out using the method of a correlation–regression analysis with the subsequent construction of econometric models. The quality of the built econometric models was checked using the coefficient of determination and Fisher’s criterion. The sample of statistics was formed from all the available values of the World Bank’s annual indicators for the period 1970–2020. The findings achieved showed that: (i) The results of our study confirmed the dependence of СО2 emissions on macroeconomic factors such as GDP, exports and imports, the rate of inflation, and unemployment. It allows the governments of many countries to use research findings to diagnose, monitor, and forecast macroeconomic outcomes to reduce or maintain allowable СО2 emissions. (ii) Identifying and assessing economic losses from environmental pollution by СО2 emissions using econometric models will allow to ensure effective public environmental and economic policies aimed at reducing harmful СО2 emissions into the air. It may be regarded as the practical importance of our study.

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Improving Efficiency of Using Agricultural Land

Cited by 5 publications

References 0 publications

Optimizing the Potential of Agricultural Land to Maintain the Production Sustainability (Empirical Study at West Papua)

Optimizing the Potential of Agricultural Land to Maintain the Production Sustainability (Empirical Study at West Papua)

Method of Introducing Innovation to Land Use in Agriculture

CO2 Emissions and Macroeconomic Indicators: Analysis of the Most Polluted Regions in the World

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