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Simulations

• Hands on exercises with ORCHIDEE OFF-LINE:the goal of these exercises is to learn how to install, compile and launch basic test cases with ORCHIDEE IN OFF-LINE mode, also the use of libIGCM (​https://forge.ipsl.jussieu.fr/orchidee/wiki/GroupActivities/Training):

1_Install ORCHIDEE (version 2_2)

2_First regional run

3_Relaunch in the same directory

4_Continue simulation using restart files

5_Visualization with ferret

6_Add new variable in ORCHIDEE

7_Running ORCHIDEE with XIOS in attached mode

8_Simulation using libIGCM

9_SPINUP_ANALYTIC experiment

-Retry the same exercise with the version of ORCIDEE_trunk

-Launch a spinup: (SPIN-ORCHIDEE)

-Launch an historical run from 1861 to 1900 with ORCHIDEE_trunk:(RUN_trans)

-Launch a Run from 1901 to 2013:(RUN_trans2)

a)

b)

Global balances of the emissions of NH3 for INCA, EDGAR (AS,MNM, AWB) and a) ORCHIDDEE (k=1:13@sum,k=1:15@sum), b) (k=10:13@sum,k=10:15@sum)

k=@sum

k=10:15@sum

Emissions de NH3 (Tg/N) par ORCHIDEE (k=@sum et k=10:15@sum) pour la période de 2003_2012.

Bilans globaux de émissions de NH3 (Tg/N) par ORCHIDEE et CEDS, et des quantités de fertilisants et du fumiers appliquées.

a)

b)

c)

d)

e)

f)

g)

Monthly reports of N_fertiliser and N_manure for 1980

a)	b)
c)	d)

Daily reports of N_fertiliser and N_manure for 1980

90S_90N	90S_90N
90S_30S	90S_30S
30S_30N	30S_30N
30N_90N	30N_90N
30S_0	30S_0
0_30N	0_30N

a)	b)
c)

a)

b)

c)

---

EDGAR

90S:90N

90S:90N

90S:30S

90S:30S

30S:30N

30S:30N

30N:90N

30N:90N

30S:0

30S:0

0:30N

0:30N

---

X=5,Y=45

k=@sum

k=@sum

k=@sum

LAI

Emission_NH3

k=10

k=10

k=10

k=10

LAI

Emission_NH3

k=11

k=11

k=11

LAI

Emission_NH3

k=12

k=12

k=12

LAI

Emission_NH3

k=13

k=13

k=13

LAI

Emission_NH3

k=14

k=14

k=14

LAI

Emission_NH3

k=15

k=15

k=15

LAI

Emission_NH3

k=@sum

k=@sum

k=10

k=10

k=10

k=11

k=11

k=12

k=12

k=12

k=13	k=13
k=14	k=14
k=15	k=15

X=18,Y=55

k=@sum

k=@sum

k=@sum

k=10

k=10

k=10

k=11

k=11

k=11

k=12

k=12

k=12

k=13

k=13

k=13

k=14

k=14

k=14

k=15

k=15

k=15

k=@sum	k=@sum
k=10	k=10
k=11	k=11
k=12	k=12
k=13	k=13
k=14	k=14
k=15	k=15

X=80,Y=20

k=@sum

k=@sum

k=@sum

k=10

k=10

k=10

k=11

k=11

k=11

k=12

k=12

k=12

k=13

k=13

k=13

k=14

k=14

k=14

k=15

k=15

k=15

k=@sum	k=@sum
k=10	k=10
k=11	k=11
k=12	k=12
k=13	k=13
k=14	k=14
k=15	k=15

X=-80,Y=42

k=@sum

k=@sum

k=@sum

k=10

k=10

k=10

k=11

k=11

k=11

k=12

k=12

k=12

k=13

k=13

k=13

k=14

k=14

k=14

k=15

k=15

k=15

k=@sum	k=@sum
k=10	k=10
k=11	k=11
k=12	k=12
k=13	k=13
k=14	k=14
k=15	k=15

X=-70,Y=10

k=@sum

k=@sum

k=@sum

k=10

k=10

k=10

k=11

k=11

k=11

k=12

k=12

k=12

k=13

k=13

k=13

k=14

k=14

k=14

k=15

k=15

k=15

k=@sum	k=@sum
k=10	k=10
k=11	k=11
k=12	k=12
k=13	k=13
k=14	k=14
k=15	k=15