How to set up the radiation scheme for Palaeo-simulations? – in #9: CCLM
in #9: CCLM
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<p>
Your case does not differ much from the case above.
<code>
zyearmin
</code>
and
<code>
zyearmax
</code>
are only needed, if you fit your
<span class="caps">
GHG
</span>
concentration with a polygon. These values describe the validity range of the polygon. If you do not need this, you can comment out the following lines in src_radiation.f90:
<br/>
<pre>
! Define upper limits of fitted scenarios polynoms to avoid eloping
zyearmin = 1950
IF (ico2_rad < 7) <span class="caps">THEN</span> ! <span class="caps">SRES</span> fitting
zyearmax = 2100
<span class="caps">ELSE</span> ! <span class="caps">RCP</span> fitting valid until 2150
zyearmax = 2150
<span class="caps">ENDIF</span></pre>
</p>
! zyear can be modified, because it is only used for calculation of CO2 trends
IF (zyear < zyearmin) THEN
zyear = zyearmin
ELSEIF (zyear > zyearmax) THEN
zyear = zyearmax
<span class="caps">
ENDIF
</span>
<p>
</p>
<p>
Your case does not differ much from the case above.
<code>
zyearmin
</code>
and
<code>
zyearmax
</code>
are only needed, if you fit your
<span class="caps">
GHG
</span>
concentration with a polygon. These values describe the validity range of the polygon. If you do not need this, you can comment out the following lines in src_radiation.f90:
<br/>
<pre>
! Define upper limits of fitted scenarios polynoms to avoid eloping
zyearmin = 1950
IF (ico2_rad < 7) <span class="caps">THEN</span> ! <span class="caps">SRES</span> fitting
zyearmax = 2100
<span class="caps">ELSE</span> ! <span class="caps">RCP</span> fitting valid until 2150
zyearmax = 2150
<span class="caps">ENDIF</span></pre>
</p>
! zyear can be modified, because it is only used for calculation of CO2 trends
IF (zyear < zyearmin) THEN
zyear = zyearmin
ELSEIF (zyear > zyearmax) THEN
zyear = zyearmax
<span class="caps">
ENDIF
</span>
<p>
</p>
Your case does not differ much from the case above.
zyearmin
and
zyearmax
are only needed, if you fit your
GHG
concentration with a polygon. These values describe the validity range of the polygon. If you do not need this, you can comment out the following lines in src_radiation.f90:
! Define upper limits of fitted scenarios polynoms to avoid eloping
zyearmin = 1950
IF (ico2_rad < 7) THEN ! SRES fitting
zyearmax = 2100
ELSE ! RCP fitting valid until 2150
zyearmax = 2150
ENDIF
! zyear can be modified, because it is only used for calculation of CO2 trends
IF (zyear < zyearmin) THEN
zyear = zyearmin
ELSEIF (zyear > zyearmax) THEN
zyear = zyearmax
ENDIF
Your case does not differ much from the case above.
zyearminandzyearmaxare only needed, if you fit your GHG concentration with a polygon. These values describe the validity range of the polygon. If you do not need this, you can comment out the following lines in src_radiation.f90:! Define upper limits of fitted scenarios polynoms to avoid eloping zyearmin = 1950 IF (ico2_rad < 7) THEN ! SRES fitting zyearmax = 2100 ELSE ! RCP fitting valid until 2150 zyearmax = 2150 ENDIF! zyear can be modified, because it is only used for calculation of CO2 trends IF (zyear < zyearmin) THEN zyear = zyearmin ELSEIF (zyear > zyearmax) THEN zyear = zyearmax ENDIF