IUGG General Assembly SYSTA Awardees – IAHS

https://iahs.info/About-IAHS/SYSTA/IUGG-General-Assembly-SYSTA-Awardees.do

IUGG GENERAL ASSEMBLY SYSTA AWARDEES

The IAHS Sivapalan Young Scientists Travel Awards (SYSTA) initiative was launched in 2018 and the first meeting eligible for an award was the IUGG General Assembly in July 2019. The aims of SYSTA are to: (1) strengthen attendance of IAHS Meetings from financially disadvantaged countries (FDCs) to address the currently low attendance; and (2) foster high quality science among a new generation of hydrologists.

In early 2019, IAHS were pleased to award 15 SYSTA awards for attendance at the IUGG General Assembly in Montreal, Canada in July 2019 up to the maximum award value of €2,000.

A reception and mentoring event was organised with Prof. M. Sivapalan at the 2019 IUGG General Assembly for all SYSTA awardees, members of the IAHS Early Career Committeefrom FDCs and early career recipients from FDCs of IUGG funding awards allocated by IAHS. Due to events beyond our control, 2 awardees were unable to make the trip to Canada.

The awardees who were able to attend the IUGG General Assembly were as follows:

Name	Nationality / Country of Residence
Sergio Andrés SALAZAR	Colombia/Spain
Jean Homian DANUMAH	Cote d’Ivoire
Serge Kouakou DEH	Cote d’Ivoire
Sekouba OULARE	Cote d’Ivoire
Giovanny MOSQUERA	Ecuador
Jothibasu ARUMUGAM	India
Jew DAS	India
Kasiviswanathan KASIAPILLAI SUDALAIMUTHU	India
Rudra Mohan PRADHAN	India
Jean Nepomuscene NAMUGIZE	Rwanda
Abdoulaye FATY	Senegal
Saoussen DHIB	Tunisia
Supattra VISESSRI	Thailand

Left to Right: Sergio Salazar, Supattra Visessri, Kasiviswanathan Kasiapillai Sudalaimuthu, Jean Danumah, Professor M. Sivapalan, Jew Das, Jothibasu Arumugam, Giova Mosquera, Rudra Mohan Pradhan

Más de 146 años de cambio climático reducidos a 2 minutos …Por: Mario Picazo

https://www.linkedin.com/embed/feed/update/urn:li:ugcPost:6437382655494492161

Sistema Regional de Visualización y Monitoreo de Mesoamérica

http://www.servir.net/

The Year Climate Change Began to Spin Out of Control

Sustainable Energy

The Year Climate Change Began to Spin Out of Control

Fires ravaged the West, hurricanes battered the East—and still emissions continued to rise.

by James Temple January 4, 2018

For decades, scientists have warned that climate change would make extreme events like droughts, floods, hurricanes, and wildfires more frequent, more devastating, or both. In 2017, we got an up-close look at the raw ferocity of such an altered world as high-category hurricanes battered the East and Gulf coasts, and wind-whipped fires scorched the West (see “Did Climate Change Fuel California’s Devastating Fires? Probably”).

We’re also seeing with greater clarity how these dangers are interlinked, building upon one another toward perilous climate tipping points. And yet for all the growing risks, and the decades we’ve had to confront them, we have yet to address the problem in a meaningful way (see “Trump’s Five Biggest Energy Blunders in 2017”).

In fact, despite all our climate policies, global accords, solar advances, wind farms, hybrid cars, and Teslas, greenhouse-gas emissions are still moving in the wrong direction. And as long as we’re emitting any at all, we’re only making the problem worse.

Here are the five most worrisome climate developments we saw in 2017….

https://www.technologyreview.com/s/609642/the-year-climate-change-began-to-spin-out-of-control/amp/?__twitter_impression=true

IAHS2017 Unsolved Problems in Hydrology

Compilation of specific and general questions at 18/02/2018

https://owncloud.tuwien.ac.at/index.php/s/nBmgoTcUlwukylq#pdfviewer

Hydromorphological assessment by Massimo Rinaldi (University of Florence)

FP7 project REFORM

Final results FP7 project REFORM (REstoring rivers FOR effective catchment Management) all available online

http://reformrivers.eu/

AboutHydrology blog

http://abouthydrology.blogspot.com.co/

Young Hydrologic Society

Young Hydrologic Society web page.

STAHY 2017 Workshop – Oral programme III. New insights into flood frequency analysis and risk assessment

http://meetingorganizer.copernicus.org/STAHY2017/oral_programme/26327

Oral programme III.

III. New insights into flood frequency analysis and risk assessment

Session details

Add this session to your personal programme

Friday, 22 Sep 2017 Room: Conference room
11:30–12:00	STAHY2017-34 Nonstationary precipitation intensity-duration-frequency curves for infrastructure design in a changing climate Linyin Cheng and Amir AghaKouchak
12:00–12:15	STAHY2017-1 Consideration of flood geneses in flood statistics by a mixture POT-model Svenja Fischer and Andreas Schumann
12:15–12:30	STAHY2017-2 Flood response regionalization based on functional clustering of hydrographs Manuela Irene Brunner, Daniel Viviroli, Jan Seibert, and Anne-Catherine Favre
12:30–12:45	STAHY2017-4 Choice of a regional flood frequency distribution in the United Kingdom Thomas Kjeldsen, Ilaria Prosdocimi, and Hyunjun Ahn
12:45–13:00	STAHY2017-13 Bias of Maximum Likelihood Estimates of Flood Quantiles Based Completely on Historical Flood Records. Krzysztof Kochanek, Witold G. Strupczewski, and Ewa Bogdanowicz
Lunch break
14:30–14:45	STAHY2017-18 Zoning coincidence of flood wave peaks Jan Jełowicki, Wojciech Jakubowski, Wiwiana Szalińska, and Tamara Tokarczyk
14:45–15:00	STAHY2017-22 A flood frequency analysis framework to account flood-generating factors in Western Mediterranean catchments Sergio Salazar, Jose Luis Salinas, Rafael García-Bartual, and Félix Francés
15:00–15:15	STAHY2017-28 Towards improvement of stability of flood quantile assessments Iwona Markiewicz, Ewa Bogdanowicz, and Witold G. Strupczewski
15:15–15:30	STAHY2017-31 Linear and non-linear regional low-flow frequency analysis Taha Ouarda, Christian Charron, André St-Hilaire, and Fateh Chebana
15:30–15:45	STAHY2017-32 Improving flood frequency analysis through upstream/downstream constraints Daniele Ganora, Francesco Laio, and Pierluigi Claps