Aedes aegypti is an invasive mosquito that has become established throughout the urban landscapes in Arizona and Sonora, Mexico. A native of the tropics, the urban landscape facilitates its survival in the arid desert region. We conducted field collections and analyzed mosquito surveillance data to better understand the primary anthropogenic drivers of its abundance in southern Arizona and northern Mexico.
Special Seminar - Food, Water, and Energy in the Arava Valley: Turning Disadvantage to Advantage in the Hyper-arid climate of the Region
David Lehrer, Director, Arava Institute for Environmental Studies
Dorit Davidovich Banet , CEO, Eilat-Eilot Renewable Energy Initiative
Please note special time
Light refreshments will be served
The Arava Valley is a sparsely populated region in southern Israel. Its hyper-arid climate produces less than one inch of rain a year and its temperatures reach 115° to 120° f in the summer. For over 60 years, Israelis have successfully grown crops in this extreme climate, making the Arava Valley a major exporter of fruits and vegetables world wide. Recently, the residents of the Arava Valley have harnessed the region’s plentiful solar radiation with a collection of distributed private solar power fields, which provide 100% of the daytime energy needs to the city of Eilat and the villages in the Arava Valley.
Ms. Dorit Davidovich Banet Ms. Dorit Davidovich Banet co-founded and has been CEO of Eilat-Eilot Renewable Energy Initiative for the last 12 years. The project demonstrates a model for solving the energy crisis while generating substantial regional development. She holds a master’s degree in Geomorphology from Ben-Gurion University.
Arava Valley Photo by בתיה בן צבי - batya ben zvi via the Public Domain, Link
Human-environment dynamics in the Sonoran Desert and Ae. aegypti, the vector of dengue, Zika and chikungunya
Brown Bag Webinar - Student Research on Water Resource Science Monitoring and Methods
Presentations: Monitoring Tamarix defoliation and mortality from D. carinulata attacks using satellite imagery in Grand Canyon National Park, Arizona, USA; Isotopes, geochemistry, citizen science and local partnerships as tools to build upon a fractured understanding of the hydrology of the Patagonia Mountains, and Solar nanofiltration for off-grid water purification in Navajo Nation.
This Brown Bag will feature presentations by students who received research grants in 2019 through the WRRC from the Water Resources Research Act, Section 104(b) grant program.