Shared groundwater resources between Mexico and the United States are facing unprecedented stressors. We reflect on how to improve water security for groundwater systems in the border region. Our reflection begins with the state of groundwater knowledge, and the challenges groundwater resources face from a physical, societal and institutional perspective. We conclude that the extent of ongoing cooperation frameworks, joint and remaining research efforts, from which alternative strategies can emerge, still need to be developed. The way forward offers a variety of cooperation models as the future offers rather complex, shared and multidisciplinary water challenges to the Mexico–US borderlands
Graduation date:June 17, 2017Globally, as surface water quality and quantity diminishes there is inc...
Shared, transboundary aquifers along the U.S.-Mexico international boundary are subject to unsustain...
Intensive use of groundwater in internationally shared aquifers and flows of untreated wastewater ac...
Shared groundwater resources between Mexico and the United States are facing unprecedented stressors...
Shared groundwater resources between Mexico and the United States are facing unprecedented stressors...
Over the last decade, transboundary aquifers traversing the Mexico‐Texas border have generated growi...
Binational efforts to understand, assess, and manage shared groundwater resources on the Mexico‐Texa...
The United States and Mexico share water in many aquifers along the border. Although significant at...
Presenter: Steve Mumme, Colorado State University. 23 pages and 8 slides. Contains footnotes
The U.S.-Mexico border extends over 3,218 kilometers and comprises different arid and semiarid envir...
Despite more than forty years of promises to the contrary, neither Mexico nor the United States have...
Excluding glaciers and icecaps, groundwater accounts for ninety percent of the world\u27s usable fre...
Transboundary aquifers found along the 2,000 mile-long border between Mexico and the United States a...
The United States and Mexico are geographic neighbors with high economic asymmetry, but also a share...
The debate over groundwater aquifers that underlie more than one sovereign nation is not particular ...
Graduation date:June 17, 2017Globally, as surface water quality and quantity diminishes there is inc...
Shared, transboundary aquifers along the U.S.-Mexico international boundary are subject to unsustain...
Intensive use of groundwater in internationally shared aquifers and flows of untreated wastewater ac...
Shared groundwater resources between Mexico and the United States are facing unprecedented stressors...
Shared groundwater resources between Mexico and the United States are facing unprecedented stressors...
Over the last decade, transboundary aquifers traversing the Mexico‐Texas border have generated growi...
Binational efforts to understand, assess, and manage shared groundwater resources on the Mexico‐Texa...
The United States and Mexico share water in many aquifers along the border. Although significant at...
Presenter: Steve Mumme, Colorado State University. 23 pages and 8 slides. Contains footnotes
The U.S.-Mexico border extends over 3,218 kilometers and comprises different arid and semiarid envir...
Despite more than forty years of promises to the contrary, neither Mexico nor the United States have...
Excluding glaciers and icecaps, groundwater accounts for ninety percent of the world\u27s usable fre...
Transboundary aquifers found along the 2,000 mile-long border between Mexico and the United States a...
The United States and Mexico are geographic neighbors with high economic asymmetry, but also a share...
The debate over groundwater aquifers that underlie more than one sovereign nation is not particular ...
Graduation date:June 17, 2017Globally, as surface water quality and quantity diminishes there is inc...
Shared, transboundary aquifers along the U.S.-Mexico international boundary are subject to unsustain...
Intensive use of groundwater in internationally shared aquifers and flows of untreated wastewater ac...