diff --git a/README.md b/README.md
index 251b751fc0f60e7370357015e7c675d1813add51..47a2e3c7a2ff25fda86ed4ac79965e3e0a9a38ac 100644
--- a/README.md
+++ b/README.md
@@ -70,3 +70,23 @@ The compilation leads to the binary `bin/icon`.
 A runscript for an AMIP-like simulation is available in `runs/amip/`, the run script is `exp.amip.run`. The script is written for user `avoigt_teach` and needs to be adapted accordingly for others users (e.g., replacing `avoigt_teach` where needed and adapting some of the directory names.)
 
 The simulation is AMIP-like because SSTs, sea ice etc. are prescribed as climatological averages and are the same for each year.
+
+## Simulations
+
+- amip simulation: to test basic running of model
+- slabctr: slab-ocean present-day control simulation, q-flux taken from https://phaidra.univie.ac.at/detail/o:1683142, sstclim_seb_atm_seb_2d_ml_1980-2008.ymonmean.seb_wtr.addc_3.1970-2069.nc, uses a ghost flux of 3Wm-2 to keep climate close to AMIP climate
+- slab4x: 4xCO2, restarted from 1990-01-01 of slabctr
+- slab4x-sun: 4xCO2 and sun dimmed by 3% via fsolrad=0.97 namelist switch, restarted from 1990-01-01 of slabctr
+- slab4x-vap: 4xCO2 and transparent stratospheric water vapor at klev=22 and above, restarted from 1990-01-01 of slabctr
+
+Output is on native triangular grid and model levels. To interpolate to lat-lon-p, use
+
+```
+# 2d data: lat-lon interpolation
+cdo -P 16 -remapcon,r180x90 -setgrid,icon_grid_G.nc file.nc file.r180x90.nc
+
+# 3d data: lat-lon-p interpolation in one go
+plev="100000,95000,90000,85000,80000,75000,70000,65000,60000,55000,50000,45000,40000,35000,30000,25000,20000,15000,10000,5000,10"
+cdo -s -P 16 -remapcon,r180x90 -setgrid,icon_grid_G.nc -ap2pl,$plev file.nc file.r180x90.plev.nc
+```
+Interpolated output is on VSC4 in `/gpfs/data/fs72044/avoigt_teach/experiments/s2024/output4students`.