LTEs Switzerland

Site/Institution

Site/Institution

Experiment Name

Surface Soil Texture

Primary contact

Email

Agroscope ZOFE loam Jochen Mayer jochen.mayer@agroscope.admin.ch
DEMO87 loam Juliane Hirte juliane.hirte@agroscope.admin.ch
STYCS-ALT loam Juliane Hirte juliane.hirte@agroscope.admin.ch
STYCS-ELL clay loam Juliane Hirte juliane.hirte@agroscope.admin.ch
STYCS-MUL clay loam Juliane Hirte juliane.hirte@agroscope.admin.ch
STYCS-OEN clay loam Juliane Hirte juliane.hirte@agroscope.admin.ch
STYCS-REC clay loam Juliane Hirte juliane.hirte@agroscope.admin.ch
FAST sandy loam Raphaël Wittwer raphael.wittwer@agroscope.admin.ch
SSO loam Thomas Keller thomas.keller@agroscope.admin.ch

Agroscope/FiBL DOK silt Jochen Mayer jochen.mayer@agroscope.admin.ch; paul.maeder@fibl.org

FiBL Frick trial clay loam Maike Krauss maike.krauss@fibl.org
Aesch trial silt loam (Loess) Maike Krauss maike.krauss@fibl.org

Experiment Name

Experiment Name

Site/Institution

Year of initiation

Topic

IUNG Grabów Agricultural Experimental Station _I IUNG 1979 Conventional agriculture: crop roation, N fertilization, organic amendments, cover crops; two 4-year crop rotations (RotA and RotB). RotA: grain maize, winter wheat, spring barley and silage maize; RotB: grain maize, winter wheat + mustard GM, spring barley (with undersown grass-clover) and grass-clover ley (GCL)
IUNG field microplot experiment IUNG 1980 Conventional agriculture: crop roation, fertilization, tillage

Topic

Topic

Classification System

Surface Soil Texture

Experiment Name

Conventional agriculture: crop roation, N fertilization, organic amendments, cover crops; two 4-year crop rotations (RotA and RotB). RotA: grain maize, winter wheat, spring barley and silage maize; RotB: grain maize, winter wheat + mustard GM, spring barley (with undersown grass-clover) and grass-clover ley (GCL) USDA sandy loam IUNG Grabów Agricultural Experimental Station _I
Conventional agriculture: crop roation, fertilization, tillage USDA loamy sand, sandy loam,  fine sandy loam, medium sandy loam IUNG field microplot experiment