Fig 5 -

<p>TPM using TS 6–48 for defining Hydrological Drought (a. Long-term drought (TS-6), b. Long-term drought (TS-9), c. Long-term drought (TS-12), d. Long-term drought (TS-24), e. Long-term drought (TS-48), f. Hydrological drought using TPM).</p>

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Bibliographic Details
Main Author:	Muhammad Asif Khan (7367468) (author)
Other Authors:	Sergey Barykin (15746162) (author), Dmitry Karpov (4585081) (author), Nikita Lukashevich (20685334) (author), Akram Ochilov (20685337) (author), Rizwan Munir (18098498) (author)
Published:	2025
Subjects:	Biotechnology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified transition probability matrix leveraging historical data devising specific policies recurring climate phenomenon mc &# 8217 xlink "> drought erroneous drought detection proposed method incorporates nine meteorological stations hydrological droughts based based drought monitoring mc )) climate regions drought type water shortages water scarcity temporal classification system enables stochastic process resultant classifications prolonged periods probabilistic models primary cause precipitation patterns novel system naturally occurs meteorological factors markov chain inadequate precipitation fundamental assumption droughts accurately assessment system always possible
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Fig 5 -

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