#England #Wales #land #soil #SoilScience #OpenAccess

'Cranfield University has launched a new soil and environmental online database and mapping tool, opening up detailed information about land in England and Wales.'

https://www.cranfield.ac.uk/press/news-2026/uks-national-soil-database-goes-open-access

Cranfield University: UK’s national soil database goes open access. “In collaboration with Defra, Cranfield’s Land Information System (LandISPortal) – which includes the National Soil Map of England and Wales (NATMAP) – is now on a new platform and open access, free and available for everyone to use. The initiative delivers the commitment in the government’s Land Use Framework to make this […]

https://rbfirehose.com/2026/05/09/cranfield-university-uks-national-soil-database-goes-open-access/
Cranfield University: UK’s national soil database goes open access

Cranfield University: UK’s national soil database goes open access. “In collaboration with Defra, Cranfield’s Land Information System (LandISPortal) – which includes the National …

ResearchBuzz: Firehose

#FungiFriday

🌳 Brazilian study used small amounts of Amazonian dark earth (ADE) in forest restoration and found it supercharged tree growth.

🚜 In land that had been worn down by deforestation, pasture use, and poor soil management, the ADE was found to enable faster beneficial fungal growth which enriched the tree rhizosphere.

🍄 Fungi turned out to be more important for establishment than other soil components.

👉 Good News for Restoration Science: Small-volume inoculum can be developed to help native trees establish faster without relying on fertilizers or herbicides.

https://www.thebrighterside.news/post/amazonian-dark-earth-increases-tree-diameter-by-up-to-88/

#RestorationScience #Rewilding #Conservation #Ecology #SoilScience #Amazon #Restoration #Fungi #ForestRegeneration #Environment #EnvironmentalConservation

Amazonian dark earth increases tree diameter by up to 88%

Ancient Amazonian dark earth boosted young tree growth by up to 88% and reshaped root microbes in a Brazil field study.

The Brighter Side of News

New #ISEPpapers! Seasonality of composition, genomic potential and activity of coniferous forest #soil microbiomes https://www.nature.com/articles/s41597-026-07163-w

#Protists #Microbes #Fungi #Microbiome #SoilScience #Conifers #Genomics #Forest

University of Waterloo: Canadian Peatland Data Portal debuts as a landmark tool for climate research and policy. “Peatlands cover upwards of 12 per cent of Canada’s landscape and store more carbon than all other ecosystems in the country combined… Yet until now, information on these critical ecosystems has been difficult to find. To address this gap, the Can-Peat Network at the University […]

https://rbfirehose.com/2026/04/17/university-of-waterloo-canadian-peatland-data-portal-debuts-as-a-landmark-tool-for-climate-research-and-policy/
University of Waterloo: Canadian Peatland Data Portal debuts as a landmark tool for climate research and policy

University of Waterloo: Canadian Peatland Data Portal debuts as a landmark tool for climate research and policy. “Peatlands cover upwards of 12 per cent of Canada’s landscape and store more c…

ResearchBuzz: Firehose

LandPKS Soil ID now supports #swahili 🎉 Get version 1.4.5 today for Android or iPhone. Special thanks to Bonstein Sisa of ShambaSense for his review of the Swahili translation.

https://landpks.terraso.org/habari-landpks-soil-id-partners-with-shambasense-to-add-swahili/

#soilscience

Habari! LandPKS Soil ID partners with ShambaSense to add Swahili | LandPKS Soil ID

LandPKS Soil ID now supports Swahili! Get version 1.4.5 today for Android or iPhone.  We’d like to thank Bonstein Sisa of ShambaSense for his review of the Swahili translation. As a soil health app focused on smallholder farmers, ShambaSense places a priority on clear, nontechnical language so users of all levels of expertise can learn ... Read more

LandPKS Soil ID
Emergent feedforward and isohydric responses to soil and atmospheric aridity: Insights from a time-dependent hydraulic model
by Fulton Rockwell
https://doi.org/10.1101/2025.07.04.663235 via BioRxiv #PlantScience #SoilScience

Iowa State University: Digging deeper on how tillage methods affect soil health, yield. “Tillage’s impact on soil carbon is also important to companies that pay farmers to reduce tilling to help meet corporate carbon emissions goals…. A database built by Iowa State researchers aims to provide more certainty by digging deep into the effects of tillage, integrating the results of more than […]

https://rbfirehose.com/2026/04/11/iowa-state-university-digging-deeper-on-how-tillage-methods-affect-soil-health-yield/
Iowa State University: Digging deeper on how tillage methods affect soil health, yield

Iowa State University: Digging deeper on how tillage methods affect soil health, yield. “Tillage’s impact on soil carbon is also important to companies that pay farmers to reduce tilling to h…

ResearchBuzz: Firehose

DECOY MOLECULES PROMPT SOIL BACTERIA TO TARGET POLLUTANTS

Nagoya University researchers found a new way to make soil bacteria clean up pollution using decoy molecules without changing the bacteria's genes. This could help clean contaminated sites.

#Bioremediation, #PollutionControl, #SoilScience, #NagoyaUniversity, #EnvironmentalTech

https://newsletter.tf/nagoya-university-bacteria-eat-pollution-decoy-molecules/

Scientists in Japan have a new method that uses decoy molecules to make soil bacteria break down tough pollutants. This is a new way to clean up the environment without genetic engineering.

#Bioremediation, #PollutionControl, #SoilScience, #NagoyaUniversity, #EnvironmentalTech
https://newsletter.tf/nagoya-university-bacteria-eat-pollution-decoy-molecules/

Nagoya University Scientists Use Decoy Molecules to Help Soil Bacteria Eat Pollution

Nagoya University researchers found a new way to make soil bacteria clean up pollution using decoy molecules without changing the bacteria's genes. This could help clean contaminated sites.

NewsletterTF