School of Sustainability Graduate Culminating Experiences
Student capstone and applied projects from ASU's School of Sustainability.
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- Creators: Cardenas, Theresa
Description
San Martin is a region in Peru containing some of the most diverse landscapes in the world. It is also home to many farming communities, specifically coffee growers, that rely on the rich soil created by this environment. Unfortunately, along with diversity, comes vulnerability to climate change. Coffee farmers are under stress from changes in climate that have led to unsustainable farming practices, such as slash and burn, that in turn make the region more susceptible to climate change. Conservation International is working within the region to end this cycle. As a student partner, I am aiding with organization and development of a workshop in the region. The goal of the workshop is to implement scenario planning to highlight tradeoffs and opportunities so that governments, businesses and communities can make decisions knowing what the likely positive and negative consequences to the landscape and their livelihoods may be.
In the end, Conservation International is more specifically seeking to aid in the optimization of the use of nature’s benefits in the region. The scenario development approach that will be used for the workshop is the quadrant method, where values of the region are used to create an axis that will show four different futures in four different quadrants depending on the direction. An example is using the axis of rainfall (increase or decrease) and the prevalence of slash-and-burn farming (increase or decrease). The findings of the workshop will be used to construct new policies based off of the Peruvian National Coffee Plan to encourage new farming techniques for the coffee growers. While the conclusion of the overall workshop will not be determined during the span of the MSUS culminating experience, the conclusion from my work will revolve around having a successful workshop, with success being defined by participation and usable results; the work, such as a literature review and interviews and running the work plan up to the workshop, that allows the workshop to occur.
In the end, Conservation International is more specifically seeking to aid in the optimization of the use of nature’s benefits in the region. The scenario development approach that will be used for the workshop is the quadrant method, where values of the region are used to create an axis that will show four different futures in four different quadrants depending on the direction. An example is using the axis of rainfall (increase or decrease) and the prevalence of slash-and-burn farming (increase or decrease). The findings of the workshop will be used to construct new policies based off of the Peruvian National Coffee Plan to encourage new farming techniques for the coffee growers. While the conclusion of the overall workshop will not be determined during the span of the MSUS culminating experience, the conclusion from my work will revolve around having a successful workshop, with success being defined by participation and usable results; the work, such as a literature review and interviews and running the work plan up to the workshop, that allows the workshop to occur.
ContributorsDraper, Shelbie (Author)
Created2019-05-15
Description
Groundwater is the life blood of the earth. It is the most precious natural resource we have, and we cannot survive or thrive without it. Having access to secure water supplies is essential. There are millions of groundwater wells worldwide affected by intensive groundwater pumping. WaterWorks4All can help solve the over pumping of renewable groundwater in communities effected by water uncertainty and scarcity.
Groundwater pumping in the US is significant, rated second in the world. Countries pumping the highest quantities of groundwater per capita are located in arid zones, where surface water is scarce and unreliable and where agricultural irrigation is well developed. Furthermore, groundwater is a common pool and there is little awareness of the cumulative implications of intensive groundwater pumping can do to a community’s water supply, leading to an unsustainable water supply.
New Mexico has been experiencing water supply diminishment leading to uncertainty in water supplies due to worldwide, regional and local atmospheric climate changes caused by rising greenhouse gases. There is strong scientific evidence that the current long-term drying trend, driven by warming and precipitation deficits, could worsen for years or decades into the future causing water scarcity and uncertainty (Udall, 2017). There is an urgent need for more groundwater management interventions. WaterWorks4All, is a groundwater well monitoring and usage reporting mobile application (App) to assist in increasing longevity of declining groundwater resources by stopping wastage, encouraging efficiency and providing self-governed conservation behaviors in the Middle Rio Grande. This solution takes an adaptation practical approach to water planning and management by providing a water management tool for users who rely on groundwater for agricultural crop production and domestic use well sharing. WaterWorks4All begins as a pilot project in collaboration with the Middle Rio Grande Conservancy District (MRGCD) (MRGCD, 2020), focused on a select group of users dependent on groundwater wells. During the pilot the App will be analyzed, designed, developed, and tested in a real world setting before it can be made available to thousands of water users.
Groundwater pumping in the US is significant, rated second in the world. Countries pumping the highest quantities of groundwater per capita are located in arid zones, where surface water is scarce and unreliable and where agricultural irrigation is well developed. Furthermore, groundwater is a common pool and there is little awareness of the cumulative implications of intensive groundwater pumping can do to a community’s water supply, leading to an unsustainable water supply.
New Mexico has been experiencing water supply diminishment leading to uncertainty in water supplies due to worldwide, regional and local atmospheric climate changes caused by rising greenhouse gases. There is strong scientific evidence that the current long-term drying trend, driven by warming and precipitation deficits, could worsen for years or decades into the future causing water scarcity and uncertainty (Udall, 2017). There is an urgent need for more groundwater management interventions. WaterWorks4All, is a groundwater well monitoring and usage reporting mobile application (App) to assist in increasing longevity of declining groundwater resources by stopping wastage, encouraging efficiency and providing self-governed conservation behaviors in the Middle Rio Grande. This solution takes an adaptation practical approach to water planning and management by providing a water management tool for users who rely on groundwater for agricultural crop production and domestic use well sharing. WaterWorks4All begins as a pilot project in collaboration with the Middle Rio Grande Conservancy District (MRGCD) (MRGCD, 2020), focused on a select group of users dependent on groundwater wells. During the pilot the App will be analyzed, designed, developed, and tested in a real world setting before it can be made available to thousands of water users.
ContributorsCardenas, Theresa (Writer of accompanying material)
Created2020-05-15