I am a freshwater ecologist, geospatial scientist, and water quality advocate who combines data and policy analysis to untangle complex problems and achieve insights to help fix them. I am driven by an insatiable curiosity about the world and an unquenchable desire to improve systems.
I am particularly interested in the ways that stormwater, wastewater, and drinking water systems in towns and small cities intersect with streams, rivers, and wetlands in the environment. I do work that helps community members to know and understand their local systems, so that they can operate more sustainably and justly.
A native of New York's Hudson Valley, I currently live in Arusha, Tanzania, with my husband and two kids. When I am not working, you can find me planning family adventures to the mountains or the water, researching genealogy, or reading science fiction.
Asylum Brook is a small stream in the city of Beacon, NY, that was buried in phases during the twentieth century. I researched
its history and created a
Knowledge and Tools Used: Georeferencing, data editing, ArcGIS Pro, ArcGIS StoryMaps, inclusive communications
River dams cause a wide range of negative impacts to flowing waters, and dam removal is an increasingly popular ecological restoration method. Due to the cost and complexity of removals, and the sheer number of dams present in the landscape, it is useful to prioritize dams for removal. I created a spatial model to prioritize dams in the Hudon River Estuary watershed for removal based on potential to restore habitat access.
Knowledge and Tools Used: ArcGIS Pro Trace Networks Toolbox, Python, model validation, model sensitivity analysis
As low-lying shoreline areas are inundated by sea level rise, beaches may become inaccessible due to flooding at access points, even as increased temperatures extend recreational seasons. I analyzed pedestrian and vehicle-based access to swimming areas under current and projected sea levels. This information can help planners ensure equitable future access.
Knowledge and Tools Used: Spatial data analysis, ArcGIS Pro
Wastewater infrastructure is essential for preventing water pollution, but in the U.S., much of it is well past its intended lifespan. In New York State's Hudson Valley, investment needs are staggeringly large when aggregated at the state or regional level. To help residents connect local water quality problems to local solutions, I created a spatial database of project costs at legislative and watershed scales and a web map to explore the results.
Knowledge and Tools Used: ArcGIS Pro, PostgreSQL, postGIS, Clean Water State Revolving Fund, HTML, CSS, JavaScript, responsive design
The Clean Water Act is a 50-year-old U.S. law that was created to ensure that all waters are 'fishable, swimmable, and drinkable.' This infographic highlights the gaps between how the CWA was designed to work, and where it often breaks down. The CWA focuses on what state governments must do, but it also calls for extensive public involvement. One of the overarching solutions to these breakdowns, I believe, is to open more doors, more widely, to community involvement.
Knowledge and Tools Used: Policy analysis, Clean Water Act, community science
Hydroelectric power is renewable and therefore often assumed to be 'green,' but dams fundamentally alter the character of free-flowing rivers. These
modifications are one of the reasons that freshwater biodiversity is collapsing. The once-in-a-generation federal license renewals for two Mohawk River
dams were opportunities to improve wildlife and water quality protections.
Knowledge and Tools Used: Freshwater ecology, data and policy analysis, writing
I worked with a volunteer watershed alliance to complete a comprehensive water quality assessment designed to provide the type of data that New York State grant and technical assistance programs require. The ultimate goal of the project was to help municipalities access water quality improvement project funding. I also developed an action agenda to suggest future work guided by the data.
Knowledge and Tools Used: Freshwater ecology, Clean Water Act, study design, data management and analysis