Problems of Research Funding in the Agro-Industrial Complex of Kazakhstan

Taubayev, Ayapbergen; Rakhmetova, Aibotа; Kalkabayeva, Gaukhar; Saifullina, Yulia; Жукенов, Батырхан Магауиевич

doi:10.1177/00219096221097664

Cited by 3 publications

(3 citation statements)

References 14 publications

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“…Cumulatively, over the entire observation period, Kazakhstan's most significant contributor to methane emissions was the energy sector (63.6% or 48 788,7 kt). Following that is the agricultural sector (29.7% or 22 770,2 kt), the waste sector (6.5% or 5 004.9 kt), and the LULUCF sector (0.2% or 140.3 kt) [14].…”

Section: General Analysis Of Methane Emissions Dynamics In Economic S...mentioning

confidence: 99%

Methane reduction in Kazakhstan: Present situation and potential

Yessekina,

Beisengazin,

Yessekina

et al. 2024

BIO Web Conf.

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The battle against methane emissions has evolved into a global mission, with 150 producing countries worldwide, including the United States, Canada, Germany, Australia, and others, pledging their commitment to the Global Methane Pledge. This new initiative was introduced in 2021 during COP26 in Glasgow, United Kingdom, as part of the ongoing efforts to implement the Paris Agreement. The primary objective of this Agreement is a collective endeavour to reduce methane emissions by 30% by the year 2030. In this article, the authors analyse current methane emissions and provide recommendations to the country’s government regarding its participation in the Global Methane Pledge by utilising official national statistical data and insights from the EIA and employing predictive modelling techniques.

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Section: General Analysis Of Methane Emissions Dynamics In Economic S...mentioning

confidence: 99%

Methane reduction in Kazakhstan: Present situation and potential

Yessekina,

Beisengazin,

Yessekina

et al. 2024

BIO Web Conf.

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“…Vermel (1986), Stukach et al (2022), Pilipuk (2022), Bogomolova & Kotarev (2019), Mizanbekova et al (2021), Savostin et al (2021), Gim et al (2023). Studies in this direction in Kazakhstan are conducted by Kaliev & Moldashev (2021), Satybaldin & Zhunisbekova (2017), Iztaev et al (2019), Tireuov et al (2019), Akimbekova et al (2023), Kalykova (2020), Taubayev et al (2022).…”

Section: Entrepreneurship and Sustainability Issuesmentioning

confidence: 99%

Towards sustainable development and food security via mixed fodder production

Mizanbekova,

Kaiyrbayeva,

Ordabayeva

et al. 2023

JESI

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One of the main strategic tasks facing the industry is to ensure the competitiveness of domestic agricultural products, which can be achieved only based on the development of highly effective innovations in producing mixed fodder. At present in the country, the mixed fodder industry is developing in two directions: the first one includes -capacity building of large enterprises, which fully provide industrial poultry farming and animal breeding with mixed fodder (poultry farms, large livestock complexes for the production of pork, beef and milk), breeding livestock and fish farming, as well as produce and supply agriculture with protein and vitamin supplements (PVS) and premixes. The second includes the production of mixed fodders and fodder mixtures for cattle and pigs in agricultural fodder shops and factories using their raw materials, mineral supplements, and premixes of the industrial output. There are three main groups of production relations: socio-economic, organizational-economic and technological, characterized by both the way of appropriation and the way of organization of agro-industrial production as a whole, hence the whole range inherent in the agro-industrial complex. Organizationaleconomic relations are the central link in the overall system of production relations since they are formed and function not within but at the junction of production relations and productive forces. Organizational and economic relations are most susceptible to changes in the technical and economic basis of agro-industrial production and the forms of its organization. They have to be shaped to facilitate innovative transition towards sustainable development and food security via strengthening the mixed fodder production industry.

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“…Such a task is not only of interest from a theoretical point of view, relating to digitalization and the introduction of digital technologies in agriculture [19], [20], but also becomes a practical issue for improving methods for monitoring the condition of crops. This is considered a key factor in the successful development of the agro-industrial complex of Kazakhstan [20] - [25] in modern and future periods. This research presents a significant advancement in the field of agricultural monitoring through its innovative use of spectral brightness coefficients (SBC) analysis derived from both ground-based and satellite measurements.…”

Section: Introductionmentioning

confidence: 99%

Analyzing Disease and Pest Dynamics in Steppe Crop Using Structured Data

Tussupov,

Abdikerimova,

Ismailova

et al. 2024

IEEE Access

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In this study, an analysis of the spectral brightness coefficients (SBC) of agricultural crops in the steppe regions of Kazakhstan was carried out using remote field and space measurements during the growing season. The possibility of assessing structural ch anges in plants using near-infrared data was explored. An electronic database of corrected spectral data of SBC for the studied crops has been created. The results obtained confirm that the dynamics of SBC values reflect morphophysiological changes in crops during their growing season. Analysis of the seasonal dynamics of the spectral brightness of pests and diseases makes it possible to diagnose their species composition and the physiological state of plants. Spectrophotometric information obtained from sa tellite data of various crops can be used to build simulation models that provide scientifically based forecasts of the dynamics of the spatial distribution of the species composition of vegetation cover. The study highlights the potential of using subtle spectral differences to study the spatial distribution of different vegetation types and their ecological status. The results of the analysis of satellite information from Sentinel confirm the prospects of its use for assessing the morphophysiological state of agricultural crops using ground-based spectrometric calibration, as well as for predicting yields.INDEX TERMS Structured data, crops, spectral brightness coefficients, diseases and pests, data verification

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Problems of Research Funding in the Agro-Industrial Complex of Kazakhstan

Cited by 3 publications

References 14 publications

Methane reduction in Kazakhstan: Present situation and potential

Methane reduction in Kazakhstan: Present situation and potential

Towards sustainable development and food security via mixed fodder production

Analyzing Disease and Pest Dynamics in Steppe Crop Using Structured Data

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