International Watersheds Initiative Projects
The International Joint Commission’s boards in watersheds along the US-Canada border carry out International Watersheds Initiative (IWI) projects to promote communication, conduct scientific studies and contribute to the resolution of watershed issues. Projects are developed by a board and reviewed by Commission staff. All projects are consistent with the board’s mandate and meet the objectives of the IWI. Learn more about the International Watersheds Initiative.
Displaying 1 - 11 of 11.
Year
2019
Project Description
The Rainy-Lake of the Woods Basin is a popular tourist destination close to several large water systems meaning there is ample passageway for aquatic invasive species (AIS) to enter. When this project was proposed, there was a lack of consistent AIS prevention efforts across jurisdictions, which...
Bundle name
IWI Project
Year
2019
Project Description
This project is a continuation of ongoing GLAM efforts to collect data to support model validation and will result in detailed vegetation community data referenced to elevation and seasonal water levels in 16 Lake Ontario coastal wetlands. The current year of this project is focused on resurveying...
Bundle name
IWI Project
Year
2019
Project Description
Winter operations of the Moses-Saunders Dam (St. Lawrence River) in accordance with direction from the IJC’s International Lake Ontario – St. Lawrence River Board (ILOSLRB) have historically resulted in a large drawdown in water levels on Lake St. Lawrence (the forebay for the hydropower structures)...
Bundle name
IWI Project
Year
2019
Project Description
In collaboration with state, provincial, tribal, NGO, and federal partners, the International St. Croix Watershed Board (ISCRWB) will initiate the first bi-national comprehensive effort to evaluate fish passage improvement opportunities and constraints at Woodland and Grand Falls dams on the St...
Bundle name
IWI Project
Year
2019
Project Description
Anadromous fish have been counted at the research trap at the Milltown dam fishway since 1981. This project forms the basis for measuring the progress of current international efforts to restore sea-run alewife, blueback herring, and American shad to the St. Croix River watershed. It also plays an...
Bundle name
IWI Project
Year
2015
Project Description
The Sipayik Environmental Department (SED) of the Passamaquoddy Tribe at Pleasant Point, Maine, in parallel with the yearly fish counts, conducted this multi-year study to determine the effectiveness of fish passages in the watershed in 2016 and 2017. Efficient fish passage is imperative for...
Bundle name
IWI Project
Year
2015
Project Description
Anadromous fish have been counted at the research trap at the Milltown dam fishway since 1981. This project forms the basis for measuring the progress of current international efforts to restore sea-run alewife, blueback herring, and American shad to the St. Croix River watershed. It also plays an...
Bundle name
IWI Project
Year
2015
Project Description
This project will result in detailed vegetation community aerial coverage and taxonomic data referenced to elevation and seasonal water levels in 8 Lake Ontario coastal wetlands. These data can be used for adaptive management monitoring and integrate into wetland vegetation community modelling in...
Bundle name
IWI Project
Year
2015
Project Description
This project aims to acquire high-resolution aerial imagery in maximum-vegetation condition for sixteen Lake Ontario and St. Lawrence River coastal wetlands, use GIS to map the vegetation types within these wetlands, and then assess similarities and differences in wetland extent from equivalent...
Bundle name
IWI Project
Year
2015
Project Description
In an effort to better understand the correlation between water levels and temperature and fish spawning in the Rainy Lake system, the International Rainy-Lake of the Woods Watershed Board (IRLWWB) need water level, temperature and fish data in the Seine River upstream of Rainy Lake. The data will...
Bundle name
IWI Project
Year
2015
Project Description
The environmental performance indicators (PI) for the Lower St. Lawrence River (IERM2D) are a critical component of the evaluation of water level regulation plans for the Lake Ontario-St. Lawrence River system and are important to maintain in an adaptive management perspective. These PIs have been...
Bundle name
IWI Project