Fig 4 -

Fig 4 -

<p>TPM using TS 1–6 for defining Agricultural Drought (a. Medium-term drought (TS-1), b. Medium-term drought (TS-3), c. Medium-term drought (TS-6), d. Agricultural 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
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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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Summary:<p>TPM using TS 1–6 for defining Agricultural Drought (a. Medium-term drought (TS-1), b. Medium-term drought (TS-3), c. Medium-term drought (TS-6), d. Agricultural drought using TPM).</p>

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