Wetland Waters: Metrics and Methods

Tidmarsh Wildlife Sanctuary and Foothills Preserve are wetland restoration sites on retired cranberry farms in Plymouth, Massachusetts. Combined they are the largest freshwater restoration projects in Massachusetts to date. The properties (retired in 2010 and 2015) have undergone extensive restoration, and are now owned and run by Mass Audubon and Town of Plymouth as a wildlife sanctuaries. The independent study student(s) will assist with Research Project Achieving Wetland: Metrics and Methods: Groundwater flowpaths, surface water mixing, underground thermal regimes and soil moisture monitoring - the interconnected web of hydrology and ecology beneath the surface.  Specifically, students will assist with compiling background project literature on specific topics, collecting water samples, soil moisture measurements, water chemistry measurements, performing chemical analyses on water samples in the laboratory, logging and calibrating hydrologic measurements, making ecohydrology plant community on hydrology measurements in the field, compiling, organizing and plotting collected data, analyzing COSMOS data, processing and analyzing weather station and distributed temperature sensing (DTS) data and drafting results reports. The student researcher should expect to take at least one, and possibly two trips to the site during the semester (lodging is provided). Background on Living Observatory collaborative projects can be found here (https://projects.livingobservatory.org/projects). The student researcher should expect to take at least one, and possibly two trips to the site during the semester (lodging is provided). Live data from restored wetlands Foothills Preserve is available here (https://tidmarsh.media.mit.edu/data/foothills), as is Tidmarsh Wildlife Sanctuary. To apply for this opportunity, please include a brief statement of interest and current resume. For your statement of interest, consider answering the following question: What about the Wetland Waters project intrigues you, what do you hope to learn from the experience, and what do you bring to the group and project?

Name of research group, project, or lab
The Hatch Lab (Morrill Science Center & Fieldwork)
Why participate in this opportunity?

This flexible independent study project allows students to participate in a multi-faceted larger, long-term study. Students will select a component of the project that is of particular interest to them, and while working on that piece, contribute to team measurements and the larger research project. Group fieldtrips (and adventures) to field sites will provide the opportunity for students to learn many di!erent techniques. Students can choose 1, 2, or 3 credits (an average of 3, 6, or 9 hours per week), to participate on a volunteer basis, receive practicum/ praxis credits (for the Environmental Science or other major requirements), or in some cases to be paid hourly for research assistance (particularly during the summer, or as part of the LeeSIP or CAFE Summer Scholars programs).

Logistics Information:
Subject Category
Earth Systems
Environmental Science
Geology
Natural Resources Conservation
Science (Interdepartmental)
Student ranks applicable
Freshman
Sophomore
Junior
Senior
Student qualifications

The student(s) must have the ability to work independently and be responsible. Students interested in gaining some lab and field experience must be organized, detail-oriented and possess good data management skills. Field work can involve long days, walking several km over uneven ground without a trail, ground is often very uneven and wet. Poison ivy, sun or cold, ticks and other outdoor inconveniences are common. Overnight accommodation and transportation is included but students may need to bring some food. Students must have the ability to work independently and be responsible, and the lab instrumentation requires acute attention to detail for successful measurements. Enthusiasm for a novel project and ability to work in a diverse team are also a plus! Students will be primarily advised by Christine Hatch and graduate student Lyn Watts.

Time commitment
1-4 h/wk
5-7 h/wk
8-10 h/wk
Position Types and Compensation
Research - Ind. Study Credit
Research - Paid, General
Research - Volunteer
Number of openings
2
Techniques learned

Students will assist with Research Project Achieving Wetland: Metrics and Methods: Groundwater flowpaths, surface water mixing, underground thermal regimes and soil moisture monitoring - the interconnected web of hydrology and ecology beneath the surface. Specifically, assist with (one or more of) the following: (1) site slope and hydrologic assessment (drone-derived and/or LiDAR-based elevation models, in-situ water and piezometer measurements), logging and calibrating hydrologic measurements, (2) the Ecohydrology of Atlantic White Cedar forests, (3) Data crunching large data sets including weather station and distributed temperature sensing (DTS) data, (4) Water sampling. When in the field, the student will make measurements and collect data contributing to the larger project, as well as their specific topic of independent study, including GPS data, water level measurements, streamflow measurements, and soil moisture measurements.

Project start
Winter (if student is available) or Spring Semester 2025
Contact Information:
Mentors
cehatch@umass.edu
Extension Professor, Earth, Geographic and Climate Sciences Department, UMass Amherst
cwatts@umass.edu
Graduate Student
Name of project director or principal investigator
Christine Hatch
Email address of project director or principal investigator
cehatch@umass.edu
2 sp. | 9 appl.
Hours
1-4 h/wk (+2)
1-4 h/wk5-7 h/wk8-10 h/wk
Project categories
Science (Interdepartmental) (+4)
Earth SystemsEnvironmental ScienceGeologyNatural Resources ConservationScience (Interdepartmental)