LANDWISE will evaluate the effectiveness of land-based NFM measures to reduce the risk from flooding in lowland catchments. Part of @NERC_NFM programme.
Trying to plan your days at Groundswell next week? You can see the Session Summaries and the Timetable, also available to download here: groundswellag.com/sessions/#Groundswell22
Thanks to @RealFarmED for hosting our project finale event yesterday. Fitting end with a tour of #NFM on site. If you missed this, the team run tours at other times, see tweet below for info. #Thames
We hosted the Landwise Natural Flood Management finale event this week. Over 40 project partners and researchers from organisations including @UniofReading, @CCRI_UK, @EnvAgency, @NaturalEngland & @FWAGAssoc came together to share their findings and to make future plans.
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@ARKennet attended the @LandwiseNFM finale event this week. Interesting findings from research in our Thames catchments. Eg increasing organic matter in soil from 1-2% to 2-4% increases soil porosity from 41% to 51%. Meaning healthy soils store more water which reduces flooding
Sharing research findings at the @LandwiseNFM finale event with project partners and stakeholders across the West Thames area at @RealFarmED
“How soil management and land use affects soil properties and flood risk”
@NERC_NFM@UK_CEH@NERCscience
@LandwiseNFM finale! Been a great and challenging #NFM#research project over the last 5 years.
Discussing our findings in person. Evaluating the effectiveness of land based #NFM
Great work team and @JoClarkUoR
Check out some of the initial findings
Bit.ly/landwise
Summary of findings so far:
Mature woodland = highest SOM, porosity, saturate hydraulic con discovery and NFM potential relative to arable and grassland use.
Key = right trees in the right places! 🌲 🌳
Ramesh Ponmambalam is now presenting findings from broad-scale surveys from 48 farms.
It was found that increasing SOM can increase soil porosity, with land use and management practices having a significant effect.
#soilhealth#NFM