NERC LandwiseNFM (@landwisenfm) 's Twitter Profile
NERC LandwiseNFM

@landwisenfm

LANDWISE will evaluate the effectiveness of land-based NFM measures to reduce the risk from flooding in lowland catchments. Part of @NERC_NFM programme.

ID: 1222486642176462848

linkhttp://landwise-nfm.org calendar_today29-01-2020 11:49:00

224 Tweet

329 Followers

262 Following

Dr Charlotte Chivers (@cachivers) 's Twitter Profile Photo

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

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
Dr Charlotte Chivers (@cachivers) 's Twitter Profile Photo

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! ๐ŸŒฒ ๐ŸŒณ

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! ๐ŸŒฒ ๐ŸŒณ
Dr P Rameshwaran (@p_rameshwaran) 's Twitter Profile Photo

Sharing research findings at the NERC LandwiseNFMย finale event with project partners and stakeholders across the West Thames area at FarmED โ€œHow soil management and land use affects soil properties and flood riskโ€ NERC NFM UK Centre for Ecology & Hydrology Natural Environment Research Council

Sharing research findings at the <a href="/LandwiseNFM/">NERC LandwiseNFM</a>ย finale event with project partners and stakeholders across the West Thames area at <a href="/RealFarmED/">FarmED</a>

โ€œHow soil management and land use affects soil properties and flood riskโ€

<a href="/NERC_NFM/">NERC NFM</a> <a href="/UK_CEH/">UK Centre for Ecology & Hydrology</a> <a href="/NERCscience/">Natural Environment Research Council</a>
Ryan Jennings (@jenningsryanw) 's Twitter Profile Photo

NERC 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 Professor Joanna Clark ๐ŸŒป๐Ÿ’™ Check out some of the initial findings Bit.ly/landwise

<a href="/LandwiseNFM/">NERC LandwiseNFM</a> 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 <a href="/JoClarkUoR/">Professor Joanna Clark ๐ŸŒป๐Ÿ’™</a>

Check out some of the initial findings
Bit.ly/landwise
somewhere-nowhere (@butnorain) 's Twitter Profile Photo

John Hammond NERC LandwiseNFM What a pleasure to be part of this. Thank you! Lots of listening and a distillation into poetry seems to teach the parts other approaches donโ€™t always get to ๐Ÿ˜Š

somewhere-nowhere (@butnorain) 's Twitter Profile Photo

A fab event at FarmED today with NERC LandwiseNFM team, hearing reflections from the team & sharing our own series of poems talking of floods, models, soil trees and flood management. Our bit of Data of the heart to add to the mix. NERC NFM Chris Short Environment Agency envag amos a kalu

Action for the River Kennet (ARK) (@arkennet) 's Twitter Profile Photo

Action for the River Kennet (ARK) attended the NERC 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

<a href="/ARKennet/">Action for the River Kennet (ARK)</a> attended the <a href="/LandwiseNFM/">NERC LandwiseNFM</a> 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
NERC LandwiseNFM (@landwisenfm) 's Twitter Profile Photo

Thanks to FarmED 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

AALERT (@aalert12) 's Twitter Profile Photo

Read about the fruitful collaboration between somewhere-nowhere & Professor Joanna Clark ๐ŸŒป๐Ÿ’™ for NERC LandwiseNFM where walking, talking, and listening led to a successful, final presentation of images, #poetry, and #artwork to help in natural flood management somewhere-nowhere.com/portfolio/landโ€ฆ

Gabby Powell (@gabbypowellnfm) 's Twitter Profile Photo

At The RRC #RRCConference today with Stantec. Looking forward to presenting research with Ryan Jennings from JBA Consulting on NERC LandwiseNFM monitoring and modelling of leaky barriers - join us in the Kenilworth suit later!

At <a href="/The_RRC/">The RRC</a> #RRCConference today with <a href="/Stantec/">Stantec</a>. Looking forward to presenting research with <a href="/JenningsRyanW/">Ryan Jennings</a> from <a href="/JBAConsulting/">JBA Consulting</a> on <a href="/LandwiseNFM/">NERC LandwiseNFM</a> monitoring and modelling of leaky barriers - join us in the Kenilworth suit later!
JBA Consulting (@jbaconsulting) 's Twitter Profile Photo

Join JBA's Ryan Jennings today at the The RRC Annual Network Conference. Ryan will be presenting with Gabby Powell (Stantec) about a pilot #NFM project to evaluate the efficiency of leaky barriers for #NaturalFloodManagement. As part of the NERC-funded NERC LandwiseNFM Project.