Publications
Journal Articles
1.
Ballesteros-Cánovas, Juan Antonio; Koul, Tasaduq; Bashir, Ahmad; del Pozo, Jose Maria Bodoque; Allen, Simon; Guillet, Sebastien; Rashid, Irfan; Alamgir, Shabeer H; Shah, Mutayib; Bhat, Sultan M; Alam, Akhtar; Stoffel, Markus
Recent flood hazards in Kashmir put into context with millennium-long historical and tree-ring records Journal Article
In: Science of the Total Environment, vol. 722, 2020, ISSN: 18791026.
Abstract | Links | Tags: Flood, Historical records, Indus Water Treaty, Jhelum River, Kashmir, Tree rings
@article{BallesterosCanovas2020,
title = {Recent flood hazards in Kashmir put into context with millennium-long historical and tree-ring records},
author = {Juan Antonio Ballesteros-Cánovas and Tasaduq Koul and Ahmad Bashir and Jose Maria Bodoque del Pozo and Simon Allen and Sebastien Guillet and Irfan Rashid and Shabeer H Alamgir and Mutayib Shah and Sultan M Bhat and Akhtar Alam and Markus Stoffel},
doi = {10.1016/j.scitotenv.2020.137875},
issn = {18791026},
year = {2020},
date = {2020-06-01},
journal = {Science of the Total Environment},
volume = {722},
publisher = {Elsevier B.V.},
abstract = {In September 2014, the Kashmir valley (north-west India) experienced a massive flood causing significant economic losses and fatalities. This disaster underlined the high vulnerability of the local population and raised questions regarding the resilience of Kashmiris to future floods. Although the magnitude of the 2014 flood has been considered unprecedented within the context of existing measurements, we argue that the short flow series may lead to spurious misinterpretation of the probability of such extreme events. Here we use a millennium-long record of past floods in Kashmir based on historical and tree-ring records to assess the probability of 2014-like flood events in the region. Our flood chronology (635 CE–nowadays) provides key insights into the recurrence of flood disasters and propels understanding of flood variability in this region over the last millennium, showing enhanced activity during the Little Ice Age. We find that high-impact floods have frequently disrupted the Kashmir valley in the past. Thus, the inclusion of historical records reveals large flood hazard levels in the region. The newly gained information also underlines the critical need to take immediate action in the region, so as to reduce the exposure of local populations and to increase their resilience, despite existing constraints in watershed management related to the Indus Water Treaty.},
keywords = {Flood, Historical records, Indus Water Treaty, Jhelum River, Kashmir, Tree rings},
pubstate = {published},
tppubtype = {article}
}
In September 2014, the Kashmir valley (north-west India) experienced a massive flood causing significant economic losses and fatalities. This disaster underlined the high vulnerability of the local population and raised questions regarding the resilience of Kashmiris to future floods. Although the magnitude of the 2014 flood has been considered unprecedented within the context of existing measurements, we argue that the short flow series may lead to spurious misinterpretation of the probability of such extreme events. Here we use a millennium-long record of past floods in Kashmir based on historical and tree-ring records to assess the probability of 2014-like flood events in the region. Our flood chronology (635 CE–nowadays) provides key insights into the recurrence of flood disasters and propels understanding of flood variability in this region over the last millennium, showing enhanced activity during the Little Ice Age. We find that high-impact floods have frequently disrupted the Kashmir valley in the past. Thus, the inclusion of historical records reveals large flood hazard levels in the region. The newly gained information also underlines the critical need to take immediate action in the region, so as to reduce the exposure of local populations and to increase their resilience, despite existing constraints in watershed management related to the Indus Water Treaty.