News & Updates

Groundwater is among the world’s most important natural resources. It provides drinking water to rural and urban communities, supports agriculture and industry, sustains wetland and riparian ecosystems, and maintains the flow of rivers and streams. In many places, groundwater resources are susceptible to risks of overuse and contamination. Its sustainable management is increasingly critical; especially in climate-sensitive geographic areas such as islands and arid lands.

My main interest is in researching karst groundwater sustainability because aquifers storing groundwater in karst systems are commonly found throughout my home country, Jamaica, and other islands in the Caribbean. In Arizona, the major karst aquifer system is found in the north in the Coconino Plateau area; which includes the city of Flagstaff, and the Grand Canyon region. The physical characteristics of karst groundwater systems make them highly susceptible to pollution and climatic influences. Geologic features of karst landscapes, such as sinkholes, act as quick pathways for pollutants to be transported to the aquifer, given that there are little or no soil layers to filter pollutants en route to the aquifer.

In my year as an Environment & Society Fellow with CLIMAS, I learned just as much about the research process and collaborative research as I did about my actual research topic. I learned that things almost never go as planned or according to schedule, and whatever your original vision for your research was will probably change and evolve into something different – and probably better.

An abundance of water or the lack of it has always featured heavily in my life. I grew up in the tropical island of Jamaica which is known as the “Land of Wood and Water”. Although surrounded by the Caribbean Sea, as you traverse the island you will be hard pressed to travel 5 miles without encountering a stream or water feature. Water is intertwined into every aspect of social, economic and cultural life. As children, we regularly went to the beach and played in a stream adjacent to our family farm, oblivious of the connections to exposure to agrochemical runoff from the farm that provided my family’s livelihood. Religious groups perform rituals such as baptisms in water bodies across the island. Tourism, the main contributor to the national economy, is built around water resources as a key natural asset.

“How many liters of water do you use a day?” I asked the dozen students sitting around me. A couple of students threw out some guesses, positing that they used somewhere between 20 to 30 liters per day. That aligned with my own estimations: ten liters for bathing, two to three liters for drinking, ten for dishes and cleaning, maybe five for cooking. We were talking about water conservation in their small rural village in Central Zambia. One student raised his hand. “Madam, how much water do people use every day in America?” I had the number ready because I had looked it up the night before. “A family in the US uses about 300 gallons per day.” Shouts erupted around me. “300 gallons! But what are they using that for?” I remember laughing and thinking to myself, I'm teaching environmental conservation to the wrong people.

At the time, I was serving as a Peace Corps Volunteer. After my experience in Zambia, I moved back to the United States with the singular goal of working as an environmental educator. I landed a job with Jean Lafitte National Historical Park and Preserve in New Orleans, Louisiana, as their Citizen Science Program Coordinator. I designed and directed their citizen science program from scratch through engaging students and community members in local, regional, and national research projects. I taught them how to use specific protocols to contribute data for national and local research projects focused on biocontrol agents, phenology, invasive species, amphibian monitoring, water quality testing, and bird monitoring.

As a child, my first pull to northeastern Oklahoma was water – specifically, the promise of clear water and large lakes. In my father’s hometown, I played in creeks and swam in the same farm ponds that provided drinking water to cattle. There were nearby lakes that I found magical, but my father promised me that I just didn’t know good lakes. The ones near us were murky and muddy, he said, nothing like the large and clear lakes in northeastern Oklahoma. One summer, my siblings and I all piled in his truck and drove for what felt like hours and hours. When we finally arrived, my father pulled over on top of a hill overlooking the lake. Something was wrong. As far as we could see, dead fish scarred the water’s surface. My father told us we couldn’t swim. He suspected that chicken waste, dumped in the river that fed the lake, had killed the fish. But it could’ve been anything… We drove away disappointed. This is my first memory of both water in northeastern Oklahoma and consciously seeing the ill-effects of human industrial activity.

Sea surface temperature (SST) anomaly forecasts point to normal or slightly below normal conditions across much of the equatorial Pacific (Fig. 1). The current anomalies show a similar pattern, as they continue to move towards neutral conditions (Fig. 2). International climate outlooks reflect this trend, and see La Niña conditions waning along with winter, and returning to ENSO-neutral conditions over spring 2021.

Monthly Precipitation and Temperature: February precipitation was mostly below average to record driest in Arizona and near average across most of New Mexico (Fig. 1a). February temperatures ranged between average and above average in most of Arizona and between average and below average in most of New Mexico (Fig. 1b).

Monthly Precipitation and Temperature: January precipitation was average to above average across most of Arizona and below average to above average in most of New Mexico (Fig. 1). January temperatures ranged between average and above average in most of Arizona and New Mexico (Fig. 2). Precipitation ranks for the last two months show most of the Southwest at or below normal (Fig. 2), while

Sea surface temperature (SST) forecasts for February – April 2021 call for below normal conditions across much of the equatorial Pacific (Fig. 1). These forecasts and the current anomalies (Fig. 2) are pointing towards a gradual return to neutral conditions. International climate outlooks generally reflect this trend, and see La Niña conditions persisting through winter 2020-2021 before returning to normal conditions over spring 2021.

My CLIMAS fellowship project was geared towards building a web platform called “Regenerate Hub” that provides data visualization and collaborative tools to enable diverse stakeholders to take action on interconnected social, environmental, and infrastructural problems. I am a doctoral candidate in anthropology and I met my community partners for this project, Recycle Lebanon, through my preliminary dissertation research. This research was investigating how people were intervening in Lebanon’s greatest challenges through altering and repairing infrastructural systems such as waste management. Recycle Lebanon is a small Lebanese nonprofit organization that emerged in response to the garbage crisis in Lebanon that peaked in 2015. They began by designing campaigns to clean garbage from coastlines, waterways, and forests, a movement which grew to include establishing the first zero waste shop in the Middle East (the EcoSouk) and innovating ways to reuse waste such as cigarettes through creating the first cigarette recycling initiative in the country.