#Data Format: .nc(netcdf) or .txt(text file)

#For fig1##############################
fig1{p270,p090}_tseries.txt: time series (50 year averages) #time, AMOC, sea ice thickness, and subsurface temperature
fig1{p270,p090}_T2tseries.txt : time series (50 year averages) #time, T2 (at ngrip site), T2(averaged over 60S-90S)

#For fig2############################## 
conv    :Annual mean frequency of convective adjustment (0 to 1) at depths of 900m
sic_mar :sea ice concentration in March 
sic_sep :sea ice concentration in September 
so_u500 :salinity averaged over upper 500m [psu]
btsf    :barotropic stream function [Sv]
amoc    :Atrantic overturning stream function [Sv]
to_zm   :Atlantic zonal mean potential temperature [degC]
dens_zm :Atlantic zonal mean potential density [kg/m^3]

 ***_time{A,B,C,D} :timing A,B,C,and D (each data averaged over 50 year intervals)
 ***_1cycleave     :averaged over 1 cycle

#For fig3##############################
{to,so,dens}_irminger_1cycle_tseries : {potential temp./salinity/potential density} time series between y1901 & y3600
{to,so,dens}_irminger_1cycleave      : averaged in 1 cycle (y1901 to y3600)
->these data averaged over the Irminger Sea (35W-25W,52N-63N)

fig3_tseries.txt: time series (50 year averages)  #time(year)(50year-interval),AMOC(Sv),subsurface_temp.(degC),salinity_subpolar(psu),salinity_subtropical(psu)

#For supplementary##############################
osrd               :TOA insolation
t2{annual,jja,djf} :surface air temperature (2m temperature)

 ***_time{A,B,C,D}  :timing A,B,C,and D (each data averaged over 50 year intervals)
 ***_{s, is}        :averaged of stadial(A to B) / averaged of interstadial (C to D)
