Research on Comprehensive Decision Model Based on Analytic Hierarchy Process and Entropy Method

Li, Yi-Peng; Zhang, Xin

doi:10.12783/dtssehs/mess2017/12077

Cited by 2 publications

(1 citation statement)

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“…Uteževanje posameznih normaliziranih spremenljivk za izračun kazalnika gWPI (DPSIR) je v tej raziskavi temeljilo na uporabi metode analitičnega hierarhičnega procesa AHP (Saaty, 1980;Goepel, 2013) in entropijske metode uteževanja EWM (Diakoulaki et al, 1995). Na tak način smo razmeroma subjektivno ekspertno presojo po metodi večparametrskega odločanja AHP (DPSIR) korigirali z objektivnejšo entropijsko metodo EWM, ki temelji na analizi merjenih podatkov (Li & Zhang, 2017;Liu et al, 2019).…”

Section: Sposobnost Prilagajanja Na Podnebno Spremembounclassified

Assessment of groundwater quantitative vulnerability to climate change in Slovenia

Uhan¹,

Andjelov²

2021

Geologija

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Assessment ofthe potential impact of climate change on groundwater recharge and availability of groundwater resources is as essential in Slovenia as it is elsewhere. Adaptive planning is of immense importance when aiming for reduction of negative impacts, even more so in areas with the highest groundwater exploitation levels and the lowest adaptive capacity. We have assessed quantitative groundwater vulnerability to climate change through potential impact and adaptive capacity indicators for all groundwater bodies in Slovenia. High and moderatly high quantitative groundwater vulnerability can be observed in merely 9 % of Slovenian territory. The highest quantitative vulnerability was accounted to shallow alluvial groundwater bodies in the northeastern part of the country, where the annual change in groundwater recharge due to climate change until the middle of this century is expected to represent more than a quarter of the current average annual groundwater extraction.

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Section: Sposobnost Prilagajanja Na Podnebno Spremembounclassified

Assessment of groundwater quantitative vulnerability to climate change in Slovenia

Uhan¹,

Andjelov²

2021

Geologija

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Geological Heritage Vulnerability Evaluation Index System for the Bamei Stone Forest on the Tibetan Plateau

Yin

et al. 2020

Geoheritage

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Research on Comprehensive Decision Model Based on Analytic Hierarchy Process and Entropy Method

Cited by 2 publications

References 0 publications

Assessment of groundwater quantitative vulnerability to climate change in Slovenia

Assessment of groundwater quantitative vulnerability to climate change in Slovenia

Geological Heritage Vulnerability Evaluation Index System for the Bamei Stone Forest on the Tibetan Plateau

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