Utilization of Macroinvertebrates as Indicator Species of Stream Health Across Different Land Use Areas in Vermont

Presenter's Name(s)

Maya Thomson

Conference Year

2024

Abstract

Anthropogenic activities, including land use changes, have a significant impact on the physical and chemical characteristics of streams. Urban streams are particularly vulnerable to alterations in nutrient loads, hydrological regimes, and physicochemical variables, which can lead to reduced biodiversity and negative impacts on ecosystem processes. In this study, I will assess the water quality in two local Vermont streams (one in an urban area, and one in a forested area) based on their respective macroinvertebrate species richness, abundance, and functional traits. The results of this study will help inform us of the response of aquatic organisms to changes in land use. It is imperative to understand the effect of land use on local macroinvertebrates and stream health, so that we may be more aware of human’s effect on natural streams and how to avoid stream health degradation. My research specifically, will have implications for natural water source legislature and management in Vermont.

Primary Faculty Mentor Name

Pablo Gutiérrez-Fonseca

Status

Undergraduate

Student College

College of Arts and Sciences

Program/Major

Biology

Primary Research Category

Life Sciences

Abstract only.

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Utilization of Macroinvertebrates as Indicator Species of Stream Health Across Different Land Use Areas in Vermont

Anthropogenic activities, including land use changes, have a significant impact on the physical and chemical characteristics of streams. Urban streams are particularly vulnerable to alterations in nutrient loads, hydrological regimes, and physicochemical variables, which can lead to reduced biodiversity and negative impacts on ecosystem processes. In this study, I will assess the water quality in two local Vermont streams (one in an urban area, and one in a forested area) based on their respective macroinvertebrate species richness, abundance, and functional traits. The results of this study will help inform us of the response of aquatic organisms to changes in land use. It is imperative to understand the effect of land use on local macroinvertebrates and stream health, so that we may be more aware of human’s effect on natural streams and how to avoid stream health degradation. My research specifically, will have implications for natural water source legislature and management in Vermont.