Agrochemical receptions of acclimatization of crops to extreme weather-climatic conditions

Miroshnychenko, M.; Nosko, B. S.; Gladkih, Je.; Panasenko, Je.; Krupoderia, Ju.; Artsyh, R.; Golota, Je.

doi:10.31073/agrovisnyk201603-01

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“…An important factor in improving the vegetation state according to the NDVI and t he performance, including cereals, is also an increase in the content of СО 2 in the air according to the climate models (Norton R, 2012), which has a positive effect not only on the photosynthesis productivity but also on more effi cient use of moisture by plants (Miroshnichenko M, 2016;Demydenko O, 2015). According to the experimental studies of R. Norton et al (2012), the gain in wheat harvest due to the increase in the concentration of СО 2 in the air from 385 ppm to 550 ppm is from 0.5 to 0.9 t/ha in a dry year and a year with normal moisturization, respectively.…”

Section: Results Of Investigationsmentioning

confidence: 99%

Dynamics of climate changes and its effect on the performance of cereals according to satellite data

et al. 2022

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Aim. To study the effect of climate changes on the performance of cereals. Methods. Remote, statistical, and analytic methods. Climate changes were determined by the sum of radiation temperatures of the earth’s surface, calculated using the data of the infrared range (10.3–11.3; 11.4–12.4 μm) of the high precision radiometer AVHRR of the meteorological satellites of the Earth, NOAA. The effect of climate changes on the state of vegetation, including the phenological parameters, such as the beginning, the end, and the length of the vegetation peri- od, was determined by the Normalized Difference Vegetation Index (NDVI) obtained using the data of infrared (0.72–1.1 μm) and red (0.58–0.68 μm) ranges of the abovementioned radiometer. The satellite data are openly accessed on the website of STAR NESDIS NOAA – Satellite Applications and Research of NOAA’s National En- vironmental Satellite Data Information Services of the National Ocean and Atmosphere Research Department of the USA – http://www.star.nesdis.noaa.gov/smcd/emb/vci/VH/. The dynamics of СО2 concentration in the air was determined using the satellite data of AIRS/Aqua (https://disc.gsfc.nasa.gov/datasets/AIRS3C2M_005/summary), the precipitation dynamics – using the data of ERA5 ECMWF/Copernicus Climate Change Service (https://devel- opers.google.com/earth-engine/datasets/catalog/ECMWF_ERA5_MONTHLY#description). The association be- tween the performance of cereals and satellite data was found by the method of correlation and regression analysis. Results. Using the satellite data, it was found that in 1982–2021, the sum of radiation temperatures of the earth’s surface reliably increased in the vegetation period (April–September), and the amount of precipitation tended to decrease in the zones of Polissia, Forest-Steppe, and Steppe. The highest tempo of warming was observed in the territory of the Steppe. In general, the warming had a positive effect on the state of vegetation, according to NDVI, and on the performance of cereals. However, in the recent decade (2010–2020), the positive effect of the warming on the vegetation state decreased, and according to the NDVI trend, there has been a tendency towards the negative effect of the further increase in the temperature, which is especially remarkable for the Steppe and Forest-Steppe. On the contrary, the warming in the Polissia zone created the conditions for the increase in the performance of agri- cultural cereals. Conclusions. From 1982 till 2021, there was a strong tendency towards the increase in the sum of radiation temperatures of the earth’s surface in the vegetation period and the decrease in the precipitation amount in Polissia, Forest-Steppe, and Steppe. According to the NDVI data, due to the warming, the length of the vegeta- tion period increased by 14–21 days on average, which had a positive effect on the vegetation. Since 2010, the acceleration in the warming tempo has been observed. The average annual increase in the sum of the radiation tem- peratures of the earth’s surface in the vegetation period is 15–16 °С – for Polissia, 14–18 °С for the Forest-Steppe, and 18–20 °С for the Steppe. According to this tendency, if the current regularity in the temperature increase in 1982–2021 is preserved in the nearest future, the temperature of the vegetation period will additionally increase, and the average sum of temperatures of the earth’s surface will reach 4000 °С in Polissia, which was notable for the Forest-Steppe in 1982–2021, 4440–4600 °С – in the Forest-Steppe, and up to 5800–5900 °С in the Steppe. In 1982–2000, there was a strong regularity of the positive effect of the warming during the vegetation period both on the vegetation state according to the NDVI index, and the performance of cereals in all three natural climatic zones. However, after 2000, due to the negative effect of high summer temperatures on the crops, the effect of the warming on vegetation considerably decreased, which was especially notable for the Steppe where the increase in NDVI compared to the previous period was on average 9.41 % in 1992–2001, and in 2012–2021 – 1.78 %.

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Section: Results Of Investigationsmentioning

confidence: 99%

Dynamics of climate changes and its effect on the performance of cereals according to satellite data

et al. 2022

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Formation of Sustainable Competitiveness of Enterprises on Soils of Different Quality

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Taratula

et al. 2021

International Journal of Information Systems in the Service Sector

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The objective of this paper is to highlight the results of assessing the impact of soil quality on the sustainable competitiveness of agricultural enterprises in Ukraine. The general hypothesis of the research is based on the assumption of available positive relations between soil quality and sustainable competitiveness of enterprises. The average content of humus is taken as an integral index of soil quality. The authors used correlation analysis (for determine the relationship density between content of humus and subindexes of sustainable competitiveness), econometric modeling (for study of the dependence between content of humus and subindexes of sustainable competitiveness), economic-statistical (for evaluation and analysis of the impact of content of humus on the sustainable competitiveness), abstract-and-logical (for theoretical generalization and analysis of the research results), and graphical (for the visual representation of the revealed dependencies). To receive the results, the statistical software package STATISTICA is used. The obtained results prove the hypothesis of a positive relationship between content of humus and sustainable competitiveness only in the area of sufficient moisture. For example, the research reveals a high direct correlation relation (r = 0.735) between the subindexes of competitiveness by the yield of cereals and content of humus in soil in Chernihiv region. For the first time, one- and two-factor linear and quadratic econometric models were developed, which made it possible to carry out quantitative estimation of the impact of content of humus on the formation of sustainable competitiveness.

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Agrochemical receptions of acclimatization of crops to extreme weather-climatic conditions

Cited by 2 publications

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Dynamics of climate changes and its effect on the performance of cereals according to satellite data

Dynamics of climate changes and its effect on the performance of cereals according to satellite data

Formation of Sustainable Competitiveness of Enterprises on Soils of Different Quality

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