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Journal of Geography  & Natural Disasters

Journal of Geography  & Natural Disasters
Open Access

ISSN: 2167-0587

+44-20-4587-4809

Journal of Geography  & Natural Disasters : Citations & Metrics Report

Articles published in Journal of Geography  & Natural Disasters have been cited by esteemed scholars and scientists all around the world. Journal of Geography  & Natural Disasters has got h-index 17, which means every article in Journal of Geography  & Natural Disasters has got 17 average citations.

Following are the list of articles that have cited the articles published in Journal of Geography  & Natural Disasters.

  2021 2020 2019 2018

Year wise published articles

74 37 3 19

Year wise citations received

131 157 115 103
Journal total citations count 932
Journal impact factor 3.18
Journal 5 years impact factor 4.42
Journal cite score 4.04
Journal h-index 17
Journal h-index since 2018 14
Important citations (510)

seenath a, wilson m, miller k. hydrodynamic versus gis modelling for coastal flood vulnerability assessment.which is better for guiding coastal management. oceab coast manage. 2016;120:99-109.

thompson cm, frazier tg. deterministic and probabilistic flood modeling for contemporary and future coastal and inland precipitation inundation. appl geogr.2014;50:1-4.

resio dt, irish jl. tropical cyclone storm surge risk. current climate change reports. 2015;1(2):74-84.

cervone g, schnebele e, waters n, moccaldi m, sicignano r. using social media and satellite data for damage assessment in urban areas during emergencies. in seeing cities through big data 2017 (pp. 443-457).

leichenko r, mcdermott m, bezborodko e, brady m, namendorf e. economic vulnerability to climate change in coastal new jersey: a stakeholder based assessment . j of extreme events. 2014;1(01):1450003.

hultquist c, simpson m, cervone g, huang q. using night light remote sensing imagery and twitter data to study power outages. in proceedings of the 1st acm sigspatial international workshop on the use of gis in emergency management. 2015; (p. 6). acm.

leichenko r, mcdermott m, bezborodko e, brady m, namendorf e. economic vulnerability to climate change in coastal new jersey: a stakeholder based assessment. journal of extreme events. 2014 ;(01):1450003.

li m, wu w, wang j, che z, xie y. simulating and mapping the risk of surge floods in multiple typhoon scenarios: a case study of yuhuan county, zhejiang province, china. stoch env res risk a. 2017;31(3):645-659.

hultquist c, sava e, cervone g, waters n. damage assessment of the urban environment during disasters using volunteered geographic information. big data for regional science. 2017:443-457.

leichenko r. vulnerable regions in a changing climate. in the new oxford handbook of economic geography 2018.

ziegler hm. dasymetric high resolution population distribution estimates for improved decision making, with a case study of sea level rise vulnerability in boca raton florida. florida atlantic university; 2016.

khursheed f, hussain ms. classification of jobs using live data in cloud computing. int j adv res comput cci softw eng. 2017;8(7).

nettleman iii ca, abd-elrahman a, adams d, fik t, ruppert t, barnes g, et al. a gis based model of rolling easement policies in pinellas county and sarasota county, florida. ocean coast manage. 2016;132:143-154.

nettleman iii ca. coastal policy simulations: a gis framework to analyze the relative differences in coastal policies. university of florida; 2015.

cervone g, hultquist c. citizens as indispensable sensors during disasters.

rao mp, davi nk, d d’arrigo r, skees j, nachin b, leland c, et al. dzuds, droughts, and livestock mortality in mongolia. environ res lett. 2015;10(7):074012.

chen f, yuan y, zhang t, linderholm hw. annual precipitation variation for the southern edge of the gobi desert (china) inferred from tree rings linkages to climatic warming of twentieth century. nat hazards. 2016;81(2):939-955.

mcelroy c. reconceptualizing resource peripheries. in the new oxford handbook of economic geography.

angelopoulos gn. curriculam vitae.

dey s, mandal s. assessment of channel shifts hazard of the river torsa in the eastern himalayan foothills india. int j sci basic appl. 2018;8(7):742-758.

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