A5028411991- Scientific Research and Studies
- Diverse Scientific Research in Ukraine
- Climate variability and models
- Meteorological Phenomena and Simulations
- Scientific Research Methodologies and Applications
- Hydrology and Drought Analysis
- Environmental and Biological Research in Conflict Zones
- Climate Change and Health Impacts
- Environmental Science and Water Management
- Environmental and Industrial Safety
- Ecosystem dynamics and resilience
- Atmospheric aerosols and clouds
- Precipitation Measurement and Analysis
- Environmental Sustainability and Technology
- Science and Climate Studies
- Plant Water Relations and Carbon Dynamics
- Economic and Business Development Strategies
- Air Quality Monitoring and Forecasting
- Marine and environmental studies
- Soil and Environmental Studies
- Tree-ring climate responses
- Botany and Plant Ecology Studies
Ukrainian Hydrometeorological Institute
2018-2025
Taras Shevchenko National University of Kyiv
2018-2020
Odessa National Medical University
2019
Climatological and meteorological aspects of heatwaves (HWs) have been extensively studied in various parts the world, as these extreme weather events significant harmful effects on both humans environment. Several studies examined HW climatology Ukraine for specific historical periods using observational air temperature data. However, results were obtained based a relatively small number stations.In our study, we calculated current (1946–2020) projected (2020–2100)...
ABSTRACT In this work, we present results of the development an observation‐based gridded climate dataset (ClimUAd), which covers territory Ukraine for period 1946–2020. The spatial resolution developed data is 0.1° × (approximately 10 km in both longitude and latitude directions), with a 1‐day time step. Four essential variables are included dataset, namely daily sums atmospheric precipitation minimum, mean, maximum air temperature. created product based on complete collection station...
Abstract In this paper we present the results of quality control and homogenization procedures applied to long time series daily atmospheric precipitation sums (Rr) mean (Tm), maximum (Tx) minimum (Tn) air temperature collected in Ukraine. The data from 178 meteorological stations covering period 1946–2020 were analysed. order perform a thorough assurance check, used R package INQC, while Climatol software was detect remove breaks series. INQC tests revealed relatively small number erroneous...
In the paper, we present a dataset of long gridded time series monthly minimum, maximum and mean air temperature atmospheric precipitation for Ukraine (one largest European countries), covering period 1946-2020. The was built through thorough historical climate data processing, which included all mandatory steps: rescue/digitization missing values and/or periods in station from paper sources, their quality control (QC) homogenization, finally interpolation on 0.1
Digital databases of monthly means daily extreme, minimum (Tn) and maximum (Tx) air temperature collected in Ukraine were created. The contain records 371/340 (Tn/Tx) climatological stations which recorded data on the territory anytime during 1881–2015. significant part sets (~48/47%) was obtained after conducting a rescue process, recovering historical paper records. Due to great deal missing World War I II, homogenization possible perform only for 178 time series covering period 1946–2015....
In this contribution, we present the results of development long gridded climate time series, which cover territory Ukraine for period 1946-2020 (75 years). The spatial resolution developed data is 0.1o×0.1o (approximately 10 km in both longitude and latitude directions), while their discreteness 1 day. Four essential variables are included dataset, namely daily sums atmospheric precipitation minimum, mean maximum air temperature. created product based on complete collection weather...
Бойчук 4 , В. П. Сіденко О. Я. Скриник 1 Український гідрометеорологічний інститут, Київ 2 Центр дослідження кліматичних змін, C3, Університет Ровіра і Віргілі, Вела -сека (Тарагона), Іспанія 3 Національний університет біоресурсів та природокористування України, Київський національний імені Тараса Шевченка ДОБОВА АСИМЕТРІЯ КЛІМАТИЧНИХ ЗМІН ТЕМПЕРАТУРИ ПОВІТРЯ В УКРАЇНІ* У статті проведено аналіз сучасних змін екстремальної температури повітря в Україні.Для аналізу використано гомогенізовану...
Національний університет біоресурсів та природокористування України, Київ 2 Український гідрометеорологічний
Abstract In this paper, we describe the results of a climate data rescue (DARE) activity conducted at Ukrainian Hydrometeorological Institute (Kyiv, Ukraine) in cooperation with Justus Liebig University Giessen (Giessen, Germany), World Meteorological Organization (WMO) and Met Office Hadley Centre (Exeter, United Kingdom). The focus our work is on pre‐1850 sub‐daily meteorological observations territory modern Ukraine. Data from eight stations (stored special hard copy tables/books,...
Palamarchuk L.V., Ukrainian Hydrometeorological Institute of the National Academy Sciences Ukraine and State Service Emergencies Ukraine, KyivOsadchyi V.I., KyivSkrynyk O.A., Kyiv, University Bioresources Nature Management, Kyiv Kyreieva Z.M., Taras Shevchenko Sidenko V.P., KyivOshurok D.O., O.Y., In our work, we present a digital dataset monthly atmospheric precipitation sums collected at 177 meteorological stations 47 posts in during period 1946-2020. Quality control check homogenization...
The analysis of literature the modern world and national publications in which methods research climate extreme events are presented was conducted. focus is on climatological aspects climatic / weather phenomena. A comparison English-language basic terms concepts used study their definitions with Ukrainian counterparts as well definition specific according to sources they presented. Not all scientific have clear strict not always consistent each other. Due differences approaches concepts,...
The results of the assessment future changes in thermal regime surface air Ukrainian Carpathians for period up to 2050 are presented this article. was performed on basis a set climate indices (mean annual temperature, number frost days - FD, summer SU and tropical TR) calculated with high spatial resolution (0.05° × 0.05°) based daily meteorological observations (1960-2020) 11 regional models EURO-CORDEX project (2021-2050). To obtain reliable, unbiased projections model data were...
<p>Modern climate applications and services are seeing the need for more data information (including its historical part) on variability at high temporal spatial resolution. Therefore, daily or even sub-daily meteorological required increasingly to feel this gap provide basis research, extreme events analysis impact studies.</p><p>The main objective of our work is present results rescue (DARE) activity conducted recently in Ukrainian...
Potential evaporation is one of the key variables in numerous studies, such as water balance calculations or assessment hydrological impacts on different crops. This parameter represents maximum over a certain area under available atmospheric conditions. Thus, potential evaporation/evapotranspiration depends number meteorological variables: solar radiation, air temperature and humidity, wind speed etc. Among all factors, thermal radiation characteristics play most important role. Some...
This study aims to assess potential climate changes in the Transcarpathia Region period 2021-2050 relative 1991-2020 base based on calculation of temperature and precipitation indices: annual average air temperature, number frost days (FD), summer (SU), tropical (TD), amount winter precipitation, count with more than 20 mm (R20mm) maximum for two consecutive (AMP2). The domain under includes Ukraine its neighbouring territories has extremely complicated topography, an altitude range between...
This paper presents the results of digitization hard copies (meteorological tables) containing records daily values mean (TM), maximum (TX) and minimum (TN) surface air temperatures atmospheric precipitation sums (RR). The TM, TX TN obtained at 176 meteorological stations national hydrometeorological monitoring network were digitized. largest number (178) processed for digitizing data. total digitized is 3,571,778. fill in gaps digital database essential climatic variables (TM, TX, RR),...