GLOBAL DROUGHT

GLOBAL DROUGHT

Authors

  • Ochildiev Otabek Termez Institute of Engineering and Technology, Termez, Uzbekistan.
  • Begamova Nasiba Termiz Institute of Agrotechnologies and Innovative Development, Termez, Uzbekistan
  • Begamov Botir Termez Institute of Engineering and Technology, Termez, Uzbekistan
  • Tovoshareva Iroda Termez Institute of Engineering and Technology, Termez, Uzbekistan

Keywords:

Agricultural regions, drought, dry climatic, hydrothermal coefficient, transpiration, evaporation, climate change, Central Asia, European Drought Observatory World Meteorological Organization.

Abstract

Global drought is one of the worst natural disasters in the history of mankind, and it scares everyone with the sequence of damages caused by it. As a result of this, not only humanity, but also the aquatic biosphere, the world of plants, and the animal world will suffer serious damage. The disaster has dried up major rivers, destroyed crops, sparked forest fires and is affecting aquatic animals and plants. The People's Democratic Republic of China experienced its driest summer in 60 years and the width of the Yangtze River has shrunk by almost half. Scientists analyzed data on weather and soil moisture in all regions except the tropics. It turns out that climate change over the past few months has increased the likelihood of significant soil moisture loss. With an additional 0.8 degrees Celsius of warming, this type of drought would occur once every 10 years in Western and Central Europe, and every year in the entire Northern Hemisphere. 

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Published

2023-10-31

How to Cite

Ochildiev Otabek, Begamova Nasiba, Begamov Botir, & Tovoshareva Iroda. (2023). GLOBAL DROUGHT. JOURNAL OF SCIENCE, RESEARCH AND TEACHING, 2(10), 32–36. Retrieved from http://jsrt.innovascience.uz/index.php/jsrt/article/view/302

Issue

Vol. 2 No. 10 (2023): JOURNAL OF SCIENCE, RESEARCH AND TEACHING

Section

Articles