Freshwater Alliance is hosting a webinar with guest speaker Dr. John Pomeroy on June 28 at 12 pm PT/1 pm CST/3 pm ET.
Dr. Pomeroy will discuss how the multi-national research project, Global Water Futures (GWF), is working with hundreds of researchers to deliver risk management solutions—informed by leading-edge water science—to manage water futures in Canada and other cold regions where global warming is changing landscapes, ecosystems, and the water environment. In the webinar, Dr. Pomeroy will share highlights of the research to date, and opportunities for the freshwater community to collaborate with GWF researchers.
To RSVP for the event, please visit https://www.freshwateralliance.ca/global_water_futures.
Global Water Futures (GWF) is hosting the inaugural Annual Science Meeting from June 3-6, 2018 at McMaster University and Six Nations of the Grand River.
The primary purpose of the Global Water Futures inaugural Annual Science Meeting is to provide an opportunity for all GWF researchers and affiliated highly qualified personnel to gather and share their scientific findings and other relevant activities and outcomes with GWF community and users/stakeholders. Over 360 researchers, scientists, students, stakeholders, end-users and community members from across Canada and internationally are expected to attend.
For more information, please visit the GWF Inaugural Annual Science Meeting website.
Dr. Siqiong Luo, GWF visiting researcher from the Northwest Institute of Eco-Environment and Resources, CAS, China, will present a seminar on Simulation of soil temperature and moisture conditions on the Tibetan Plateau.
The Tibetan Plateau is a particularly sensitive region to the globe warming. The soil temperature and moisture conditions and their changes on the Tibetan Plateau will have profound effects on surface energy and water exchanges and leading to further climate change. The aim of this presentation is to discuss the soil temperature and moisture conditions which was simulated by land surface model on the Tibetan Plateau from 1961–2010.
The seminar will take place at 12 pm (CST) on May 30, 2018 in NHRC 1261 (seminar room). This event will also be available via WebEx. Details are as follows:
https://usask.webex.com/ │Attend a Meeting │ 928 292 276
The CH and Global Institute for Water Security co-hosted the 8th Annual GEWEX (Global Energy and Water Exchanges project) Conference in Canmore, Alberta. With nearly 400 attended from 44 countries including some of the top climate scientists to share research outcomes, projects, and understanding of key global issues arising from Earth’s changing climate.
An article on this conference was in the Rocky Mountain Outlook – you can read it here: http://www.rmoutlook.com/apps/pbcs.dll/article?AID=/20180517/RMO0801/180519987
Please join us for a seminar with Dr. Patrick Lloyd-Smith, Assistant Professor in Agricultural and Resource Economics, University of Saskatchewan. The presentation will be on Assessing Ecological Infrastructure Investments in the Panama Canal Watershed.
Ecosystems are infrastructure that provide beneficial services to people. Changing ecosystems to enhance services are investments that carry a cost. For ecological infrastructure to play a serious role in society’s infrastructure portfolio, ecological infrastructure investment projects must be assessed beforehand and compared to alternative gray infrastructure investments. We illustrate ecological infrastructure is neither a panacea nor pipe dream by merging natural and social science in an application to the Panama Canal Watershed. Ecological infrastructure can play a targeted role in the Panama Canal Watershed, but is unlikely to be price competitive at the scale required to manage water for the canal. Physical and social constraints limit the ability to acquire ecological infrastructure, which is a barrier to scaling up ecological infrastructure.
The seminar takes place on May 22 at 12 pm CST in 1261 NHRC (seminar room).
Research by CH Paul Whitfield was featured in The Georgia Straight on flooding in the Kettle and Granby rivers which caused about 3,000 people to evacuate their homes in the Grand Forks, BC area.
A research paper by Paul Whitfield and others back in 1998, Evidence of climate change effects on the hydrology of streams in south-central BC, looked streamflow records from six watersheds in southern BC to identify changes that may be associated with climate change. The study found that “spring runoff starts earlier, late summer–early fall flows are lower, and early winter flows are higher with a warmer climate” and that “These changes were found to be statistically significant and are consistent with the hydrological impacts currently expected with global climate change”.
To read the full article: https://www.straight.com/news/1074481/researchers-raised-concerns-years-ago-about-climate-change-effects-kettle-river