Water & season
Explore how water levels, flooding, temperature, humidity, and seasonal change relate to floodplain conditions.
Proposed ecological research initiative
RIVER
Research Initiative for Variable Ecological Response
Understanding the changing relationships within floodplain ecosystems.
RIVER is a proposed long-term ecological observation and research initiative focused on how floodplain ecosystems respond to changing environmental conditions, disturbances, and recovery processes.
Discuss research collaborationIn development
Questions under consideration
Observe the relationships, not just one part.
Water, soil, vegetation, wildlife, temperature, sound, and other environmental conditions interact over time. RIVER’s proposed framework would consider those connections through a coordinated observational approach.
Land & living communities
Consider sediment movement, turbidity, vegetation, and invertebrate communities over time.
Wildlife & recovery
Investigate how passive acoustic observations and other suitable observations may help explore wildlife activity, disturbance, and recovery.
Location of interestMilan Bottoms
Milan Bottoms
and the Quad Cities region.
The initial area of interest includes Milan Bottoms and its connected floodplain environment in the Quad Cities region of Illinois and Iowa.
This is an area of interest, not a claim of approved site access or an active field location. Any field activity would need to respect land ownership, site access requirements, applicable permits, wildlife protections, and relevant research regulations.
No field research or data collection is currently underway, and no findings are being claimed.
Proposed observation framework01 02 03 04
Four ecological layers to consider.
Canopy
Consider observations of upper vegetation and related environmental conditions.
Mid-story
Explore plant communities and habitat conditions within the forest’s middle layer.
Forest floor & benthic
Consider ground-level and sediment-associated habitats with care for sensitive areas.
Underwater
Explore suitable observations of aquatic conditions where permissions and methods allow.
Potential spatial areas under discussion include shoreline, transitional riparian habitat, interior floodplain forest, and low-elevation deposition zones.
Possible methods
Methods must follow planning.
Specific methods, equipment, sampling schedules, and locations have not been selected or approved.
Potential approaches under consideration could include water-level sensors; temperature and humidity measurements; turbidity and sediment observations; vegetation and invertebrate surveys; passive acoustic monitoring; drone imagery; and environmental DNA sampling. A future research plan could also examine how multiple environmental data sources might be interpreted together.
The choice of any method would depend on scientific planning, site permissions, feasibility, suitable protocols, and appropriate safeguards. These are possibilities for evaluation—not methods currently deployed by MII.
Care before collection
Learn with respect and expertise.
Conservation principles
Favor non-invasive methods where feasible, minimize disturbance, respect sensitive habitats, and use appropriate safeguards for wildlife and research sites. Prioritize data quality, documentation, transparency, and collaboration with qualified researchers.
Opportunities to contribute
MII welcomes conversations with ecologists, hydrologists, wetland specialists, data scientists, engineers, universities, educators, students, and conservation organizations interested in evaluating or contributing to the proposed framework.
Current status: RIVER is in development. It is not an operating monitoring network; field research and data collection have not begun. Proposed methods and locations are not approved. No scientific conclusions or results have been established.