top of page

The Ribble estuarine wetlands 

Wetlands play a crucial role in our environment, acting as both carbon sinks and sources. Here’s how climate change impacts wetlands in the UK Wetlands are the most effective carbon sinks on our planet. They store up to 50 times more carbon than rainforests1. However, climate change poses significant threats to their stability. Wetlands will be among the first and hardest hit by climate change effects. The natural fluctuations in water levels, shaped by rainfall patterns, make wetlands unique habitats. However, changing rainfall patterns and extreme events due to climate change disrupt these ecosystems.  Even a few degrees of temperature change can be catastrophic for wetland ecosystems. Increased temperatures lead to evaporation, causing seasonal wetlands to dry out too rapidly, affecting species that depend on them.  Many wetland species are tied to water and cannot easily move with shifting climates. Invasive species, better adapted to new conditions, may spread, exacerbating habitat fragmentation.  intensive farming and the development on wetlands for agriculture contribute to their loss. These activities can turn wetlands from carbon sinks to carbon sources, releasing carbon into the atmosphere. Over the last century, the UK has lost 90% of its wetlands. Draining fens, desiccating peat bogs, and claiming coastal marshes have transformed the landscape and made the country more vulnerable to extreme conditions

Predicted surface water flooding.

One of the aspects of climate change is extra rainfall and more frequent flooding which is causing great concern within many coastal regions.

 A report by the Lancashire council outlines many concerns with the possibility of pumping stations failing and river locking among some of the issues in the future due to sea level rise and climate change.

 Within the area, the report lancashire-flood-risk-management-strategy-2021-2027-final-v2.pdf   the report highlights areas in which concern of river breaches due to river locking with tidal waters from the estuary the report also shows concern for community schools, retirement homes and many other types of residential and basic infrastructure within Lancashire within the river Ribble catchment areas, with the river Ribble itself having a perception catchment area of 184km2 and future upward projected trends within climate changes such as sudden downpours and seasonal higher rainfall posses many issues for comminutes.

Flood
rof.png

"Uncertainty in the Antarctic ice sheet response to climate change is the largest driver of uncertainty concerning sea level rise during this century. The first study to estimate probabilities of sea level rise from rapid Antarctic ice losses, co-led by the UK, strengthens evidence for the lower end: median total sea level rise of around 70 cm, implying estimated annual damages of £1.3–1.5 billion in the 2080s under current adaptation. A high-profile 2016 study has mean Antarctic estimates consistent with 2 m total sea level rise, but with large uncertainties and no consensus on their reliability. The UK is in a strong position to reduce this uncertainty due to world-leading expertise."

Quoted from Future of the Sea: 
Current and Future Impacts 
of Sea Level Rise on the UK BY Government office for science .

image.png

Properties effected. 

©2024 The Ribble Tidal Vanguard Ltd.

bottom of page