Skip to main content
Edwards Aquifer Authority Logo
File #: AI 13-3724    Version: 1 Name: UTSA 26-001-AMS
Type: Action Item Status: Agenda Ready
File created: 3/17/2026 In control: Research & Technology Committee
On agenda: 3/24/2026 Final action:
Title: Consider EAA staff recommendation to approve an Interlocal Cooperation Contract with The University of Texas at San Antonio, in an amount not to exceed $232,943.00, for a metagenomic approach to monitoring water within the contributing zone of the Edwards Aquifer.
Attachments: 1. 26-001-AMS_UTSA_for_Metagenomic_Approach_To_Monitoring_Water_Contributing_Zone_Exp_12-2027, 2. 26-001-AMS Draft Resolution and Order
Date Ver.Action ByActionResultAction DetailsMeeting DetailsVideo
No records to display.
Title
Consider EAA staff recommendation to approve an Interlocal Cooperation Contract with The University of Texas at San Antonio, in an amount not to exceed $232,943.00, for a metagenomic approach to monitoring water within the contributing zone of the Edwards Aquifer.

Body
STAFF RECOMMENDED MOTION:

Move the Research & Technology Committee recommend the board adopt a resolution and order of the Edwards Aquifer Authority Board of Directors approving Contract No. 26-001-AMS between the EAA and the University of Texas at San Antonio, in an amount not to exceed $232,943.00, upon signature by both parties, through December 31, 2027.


SUMMARY:

The purpose of this agenda item is for the Research & Technology Committee to consider an EAA staff recommendation to approve a contract between the EAA and the University of Texas at San Antonio for a metagenomic approach to monitoring water within the contributing zone of the Edwards Aquifer.

This project evaluates the impact of treated wastewater on water quality in the Contributing Zone of the Edwards Aquifer, with a focus on nutrients, pharmaceutical contaminants, and antibiotic resistance.

Key Objectives

· Assess wastewater-related chemical contaminants, including nutrients and pharmaceuticals linked to antibiotic resistance.
· Characterize microbial communities (bacteria and algae) and track antibiotic resistance genes (ARGs) across freshwater systems.
· Link water chemistry and microbial data to better understand wastewater influence and potential long-term ecosystem impacts.

Study Design

· Sampling will occur at three regional watersheds: Examples include Helotes/Gray Forest, Cibolo Creek (Boerne), and Hays County.
· At least nine total sites will be monitored, including upstream, wastewater outfall, and downstream locations.
· Sampling will take place during both dry (Summer 2026) and wet (Winter/Spring 2027) conditions.

Data Collection

· Field measurements: pH, temperature, conductivity, turbidity, and dis...

Click here for full text