Maize growing (or not) on compacted suboil in ROCSUB project (https://t.co/CnFWUrxJtw) The maize from the compacted subsoil had a hard time during this wet spring compared to the maize from the loosened subsoil! And check out the willow trees growing behind the maize line :-)
Projet : #LaPreuveParLeSlip. Des #sols sains sont indispensables à la #biodiversité et la production de nos denrées alimentaires. Ils nous protègent contre les dangers naturels et atténuent le réchauffement climatique.
S'informer et participer :
👉https://t.co/nPDr1qvJy6
Annual soil physical monitoring for ROCSUB going on again! It's our 4th year 😃. Link about our project on regeneration of compacted subsoil below!
https://t.co/BAOyaHQ8r8
Sie liefern uns Nahrung, schützen uns vor Naturgefahren und regulieren das Klima. Doch in der CH versiegeln wir jede Sekunde mehr als einen halben Quadratmeter #Boden. Versiegelte Böden verlieren ihre wertvollen Funktionen.
Mehr zum Schutz der Böden: https://t.co/s8tIrNMA91
Will we in 🇨🇭 be reaching for the spade once again to assess #soil structure? Three widely used and newly revised approaches that optimally complement each other are available to practitioners, trainers and educators. 👉https://t.co/FKfiSIZzSG
First year of cropping cereals at the ROCSUB site and the effect of a compacted subsoil on the plant growth becomes visible! #ROCSUB@JOHANNESAlice1
https://t.co/bOxfp7GQLr
***NEW***
This large-scale study of clayey cropland soils found that whilst #soil texture determines potential SOC contents, farmers can improve soil physical properties by managing SOC.
@Soil_Science@ejsoilscience@agroscope@JOHANNESAlice1
https://t.co/t81bEKIULh
This is a nice demonstration by Alice Johannes from Agroscope of the Visual Evaluation of Soil Structure - #VESS method https://t.co/zKPZTCsnQM via @YouTube