Brief Overview 

The River Nore is a significant natural asset flowing through Kilkenny, with deep cultural, ecological, and historical importance. The Nore River Catchment Trust initiative has already begun the process of engaging communities in river stewardship. Building on this momentum, the Citizen Science Learning Exchange aims to create a structured, participatory programme that encourages citizen science across the catchment. 

This proposal seeks funding to establish a Citizen Science Corps — a structured initiative aimed at building environmental monitoring capacity among communities across the Nore River Catchment. Through a suite of skills-based training modules, this programme will empower citizens with the knowledge and tools to collect, analyse, and communicate scientific data related to biodiversity, water quality, climate, and ecosystem health. 

Purpose of Project

The purpose of this project is to deliver the Nore Vision Citizen Science Learning Exchange, a dynamic and participatory community water lab program focused on citizen science, environmental education, and community engagement. The initiative will use the River Nore as a Living Lab to engage local groups, schools, and stakeholders in monitoring water quality, studying biodiversity, and recording ecological data. The project aims to strengthen community stewardship and increase scientific literacy through interactive learning modules and hands-on fieldwork. 

Outputs 

Workshops across 8 towns in the catchment: Thomastown, Callan, Castlecomer, Ballyouskill, Ballyragget, Rosbercon, Inistioge, and Freshford  

• A modular River Nature Journal: with mapping prompts, data recording sheets, biodiversity guides, and journaling templates

• Supplementary learning kits: DIY sensor instructions, habitat sketching tools, indicator species cards, and visual data templates Media Outputs

Modules 

The proposed Citizen Science Training will consist of modular training programmes delivered online and in the field. Participants will gain hands-on experience in the following areas: 

Core Modules: 

1. GIS Mapping – Understanding spatial data for environmental monitoring. 
2. Citizen Science Stream Index (CSSI) – Assessing stream health through macroinvertebrate sampling. 
3. Biodiversity and Habitat Observation – Recording habitat types and conditions. 
4. Species Identification – Recognising native and invasive species. 
5. Field Surveying and Data Collection Techniques – Using standardised protocols for biodiversity recording. 
6. Science Communication – Sharing findings with public, policymakers, and peers. 
7. Water Quality Monitoring – Measuring chemical, physical, and biological indicators. 
8. Data Visualization, Seasonal Cycles, and Nature-Based Wellness – Linking nature observation with personal and ecological well-being.