RDE588 Annual saltmarsh nutrient survey 2024-2025

Award

Value

£114,934

Classifications

  • Research and development consultancy services

Tags

  • award

Submission Deadline

2 months ago

Published

2 months ago

Description

As part of Year 3 of the marine Natural Capital and Ecosystem Assessment Programme (mNCEA), the Environment Agency are running a project called the Land-Sea Interface (LSI), which aims to improve the evidence of ecosystem services in key estuarine and coastal habitats, such as saltmarsh, seagrass and shellfish beds. 

This project aims to build on the work that was complete last year (2023-2024), which developed a method, in partnership with the University of Bangor, to measure saltmarsh denitrification rates. This year's project will provide more evidence to help us understand the rate nitrogen (N) is removed from the water column and sediment by saltmarsh habitats through denitrification. Specifically, we want this study to show to measure any temporal change and to investigate how seasonality influences saltmarsh ability to process nutrients. 

The deliverables of this project (and of the 2023-24 one) will be used to fill evidence gaps in the updated Combined Phytoplankton-Macroalgae (CPM) model and improve our natural capital assessments of natural and restored saltmarsh habitats. It was recommended by Cefas that the CPM model would benefit from seasonal data on saltmarshes, to understand how seasonal changes influence the ability of a marsh to process nutrients.

Documents

Premium

Bypass the hassle of outdated portals. Get all the information you need right here, right now.

  • Contract Agreement

    The official contract terms, conditions, and scopes of work.

    Download
  • Award Notice

    Details on the tender award and selected suppliers.

    Download

Similar Contracts

Award

RDE628 Analysis of agri-environment pond eDNA samples for pond metric developme

Natural England's AES Evidence Programme has commissioned a survey of over 100 ponds, including 40 buffered and 40 unbuffered ponds covering both arable and improved grassland systems. All ponds are not actively managed to assess whether management of the surrounding land parcel is sufficient to ensure good quality ponds. The ponds will be surveyed using the modified PondNet environmental survey and wetland plant survey, and water quality analysis will also be undertaken. This will enable PSYM analysis to determine if the pond is in good condition based on its ecology, whilst the water quality analysis will illustrate the efficacy of buffers. Water samples will also be taken from each pond for DNA analysis. In collaboration with partners at the Environment Agency, Cefas, Freshwater Habitats Trust, UK Centre for Ecology & Hydrology, and Bowburn Consultancy, Natural England will combine DNA data from the AES ponds with DNA data from our national, long-term programmes which survey ponds every year (e.g. District Level Licensing, England Ecosystem Survey, GenePools, etc.) to develop novel metrics for assessing the ecological condition of ponds to enable landscape-scale decision-making. These data will contribute to natural capital accounting and 25 Year Environment Plan indicators, monitoring and evaluation of policy interventions including Environmental Land Management scheme, Nature Recovery and Net Gain, ground data for Living England, and remote sensing applications for condition assessment.

Natural England

Published 5 days ago

AI Bid Assistant

Our AI-powered tool to help you create winning bids is coming soon!

View Contract Source Save Contract

Timeline complete

Publish
Bid
Evaluate
Award
Complete