present_day · sustained_release · 1000 yr

seed 1129246054 · schema earth-state-0.2 · emulator surfer-v3.0 · tolerances engine-0.2 · constitution v1.0

engine shft-earth-core-0.2.0 · worker render-srv-dajmc6jm8hqs738rt9p0-665d559dc-zhj2k · present_day · sustained_release · 1000 yr

ALL ACTIVE ENGINE-0.2 CRITERIA PASS

Engine shft-earth-core-0.2.0 · scientific backbone SURFER v3.0 (archive 10.5281/zenodo.14717610) · upstream code unmodified · 1001 annual solver steps mapped onto 61 SHFT points.

Earth state by system layer

ocean

Upper-ocean global mean pHt=0 yr
8.026329 1
Global mean sea level anomaly relative to run startt=0 yr
0 m
Atlantic meridional overturningt=0 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=0 yr
0 ZJ
Upper-ocean global mean pHt=16.6667 yr
7.998282 1
Global mean sea level anomaly relative to run startt=16.6667 yr
0.088338 m
Atlantic meridional overturningt=16.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=16.6667 yr
197.497834 ZJ
Upper-ocean global mean pHt=33.3333 yr
7.971356 1
Global mean sea level anomaly relative to run startt=33.3333 yr
0.179925 m
Atlantic meridional overturningt=33.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=33.3333 yr
396.33831 ZJ
Upper-ocean global mean pHt=50 yr
7.944854 1
Global mean sea level anomaly relative to run startt=50 yr
0.280221 m
Atlantic meridional overturningt=50 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=50 yr
621.883358 ZJ
Upper-ocean global mean pHt=66.6667 yr
7.918928 1
Global mean sea level anomaly relative to run startt=66.6667 yr
0.38997 m
Atlantic meridional overturningt=66.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=66.6667 yr
871.640826 ZJ
Upper-ocean global mean pHt=83.3333 yr
7.893684 1
Global mean sea level anomaly relative to run startt=83.3333 yr
0.508701 m
Atlantic meridional overturningt=83.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=83.3333 yr
1142.240785 ZJ
Upper-ocean global mean pHt=100 yr
7.869177 1
Global mean sea level anomaly relative to run startt=100 yr
0.635752 m
Atlantic meridional overturningt=100 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=100 yr
1431.369451 ZJ
Upper-ocean global mean pHt=116.6667 yr
7.845432 1
Global mean sea level anomaly relative to run startt=116.6667 yr
0.770494 m
Atlantic meridional overturningt=116.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=116.6667 yr
1737.326635 ZJ
Upper-ocean global mean pHt=133.3333 yr
7.822456 1
Global mean sea level anomaly relative to run startt=133.3333 yr
0.912345 m
Atlantic meridional overturningt=133.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=133.3333 yr
2058.686233 ZJ
Upper-ocean global mean pHt=150 yr
7.800242 1
Global mean sea level anomaly relative to run startt=150 yr
1.060801 m
Atlantic meridional overturningt=150 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=150 yr
2394.228328 ZJ
Upper-ocean global mean pHt=166.6667 yr
7.781478 1
Global mean sea level anomaly relative to run startt=166.6667 yr
1.215025 m
Atlantic meridional overturningt=166.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=166.6667 yr
2740.655302 ZJ
Upper-ocean global mean pHt=183.3333 yr
7.768261 1
Global mean sea level anomaly relative to run startt=183.3333 yr
1.3729 m
Atlantic meridional overturningt=183.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=183.3333 yr
3089.225172 ZJ
Upper-ocean global mean pHt=200 yr
7.759905 1
Global mean sea level anomaly relative to run startt=200 yr
1.532426 m
Atlantic meridional overturningt=200 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=200 yr
3433.986856 ZJ
Upper-ocean global mean pHt=216.6667 yr
7.756106 1
Global mean sea level anomaly relative to run startt=216.6667 yr
1.691852 m
Atlantic meridional overturningt=216.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=216.6667 yr
3770.487724 ZJ
Upper-ocean global mean pHt=233.3333 yr
7.756722 1
Global mean sea level anomaly relative to run startt=233.3333 yr
1.849538 m
Atlantic meridional overturningt=233.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=233.3333 yr
4094.768681 ZJ
Upper-ocean global mean pHt=250 yr
7.761721 1
Global mean sea level anomaly relative to run startt=250 yr
2.003893 m
Atlantic meridional overturningt=250 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=250 yr
4403.02673 ZJ
Upper-ocean global mean pHt=266.6667 yr
7.768527 1
Global mean sea level anomaly relative to run startt=266.6667 yr
2.153698 m
Atlantic meridional overturningt=266.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=266.6667 yr
4693.592156 ZJ
Upper-ocean global mean pHt=283.3333 yr
7.774694 1
Global mean sea level anomaly relative to run startt=283.3333 yr
2.299104 m
Atlantic meridional overturningt=283.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=283.3333 yr
4970.766311 ZJ
Upper-ocean global mean pHt=300 yr
7.780516 1
Global mean sea level anomaly relative to run startt=300 yr
2.440397 m
Atlantic meridional overturningt=300 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=300 yr
5237.069035 ZJ
Upper-ocean global mean pHt=316.6667 yr
7.786109 1
Global mean sea level anomaly relative to run startt=316.6667 yr
2.577766 m
Atlantic meridional overturningt=316.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=316.6667 yr
5493.776105 ZJ
Upper-ocean global mean pHt=333.3333 yr
7.791521 1
Global mean sea level anomaly relative to run startt=333.3333 yr
2.711375 m
Atlantic meridional overturningt=333.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=333.3333 yr
5741.772677 ZJ
Upper-ocean global mean pHt=350 yr
7.796772 1
Global mean sea level anomaly relative to run startt=350 yr
2.841368 m
Atlantic meridional overturningt=350 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=350 yr
5981.719249 ZJ
Upper-ocean global mean pHt=366.6667 yr
7.80187 1
Global mean sea level anomaly relative to run startt=366.6667 yr
2.967876 m
Atlantic meridional overturningt=366.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=366.6667 yr
6214.128849 ZJ
Upper-ocean global mean pHt=383.3333 yr
7.80682 1
Global mean sea level anomaly relative to run startt=383.3333 yr
3.091033 m
Atlantic meridional overturningt=383.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=383.3333 yr
6439.435658 ZJ
Upper-ocean global mean pHt=400 yr
7.811627 1
Global mean sea level anomaly relative to run startt=400 yr
3.210962 m
Atlantic meridional overturningt=400 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=400 yr
6657.993306 ZJ
Upper-ocean global mean pHt=416.6667 yr
7.816294 1
Global mean sea level anomaly relative to run startt=416.6667 yr
3.32778 m
Atlantic meridional overturningt=416.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=416.6667 yr
6870.096782 ZJ
Upper-ocean global mean pHt=433.3333 yr
7.820824 1
Global mean sea level anomaly relative to run startt=433.3333 yr
3.441603 m
Atlantic meridional overturningt=433.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=433.3333 yr
7076.020259 ZJ
Upper-ocean global mean pHt=450 yr
7.82522 1
Global mean sea level anomaly relative to run startt=450 yr
3.552542 m
Atlantic meridional overturningt=450 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=450 yr
7275.999028 ZJ
Upper-ocean global mean pHt=466.6667 yr
7.829486 1
Global mean sea level anomaly relative to run startt=466.6667 yr
3.660698 m
Atlantic meridional overturningt=466.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=466.6667 yr
7470.239546 ZJ
Upper-ocean global mean pHt=483.3333 yr
7.833625 1
Global mean sea level anomaly relative to run startt=483.3333 yr
3.766175 m
Atlantic meridional overturningt=483.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=483.3333 yr
7658.945987 ZJ
Upper-ocean global mean pHt=500 yr
7.83764 1
Global mean sea level anomaly relative to run startt=500 yr
3.86907 m
Atlantic meridional overturningt=500 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=500 yr
7842.302632 ZJ
Upper-ocean global mean pHt=516.6667 yr
7.841534 1
Global mean sea level anomaly relative to run startt=516.6667 yr
3.969472 m
Atlantic meridional overturningt=516.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=516.6667 yr
8020.477244 ZJ
Upper-ocean global mean pHt=533.3333 yr
7.84531 1
Global mean sea level anomaly relative to run startt=533.3333 yr
4.067474 m
Atlantic meridional overturningt=533.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=533.3333 yr
8193.645496 ZJ
Upper-ocean global mean pHt=550 yr
7.848973 1
Global mean sea level anomaly relative to run startt=550 yr
4.163159 m
Atlantic meridional overturningt=550 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=550 yr
8361.959839 ZJ
Upper-ocean global mean pHt=566.6667 yr
7.852524 1
Global mean sea level anomaly relative to run startt=566.6667 yr
4.256606 m
Atlantic meridional overturningt=566.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=566.6667 yr
8525.561665 ZJ
Upper-ocean global mean pHt=583.3333 yr
7.855968 1
Global mean sea level anomaly relative to run startt=583.3333 yr
4.347898 m
Atlantic meridional overturningt=583.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=583.3333 yr
8684.610601 ZJ
Upper-ocean global mean pHt=600 yr
7.859307 1
Global mean sea level anomaly relative to run startt=600 yr
4.437106 m
Atlantic meridional overturningt=600 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=600 yr
8839.234915 ZJ
Upper-ocean global mean pHt=616.6667 yr
7.862544 1
Global mean sea level anomaly relative to run startt=616.6667 yr
4.524301 m
Atlantic meridional overturningt=616.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=616.6667 yr
8989.562284 ZJ
Upper-ocean global mean pHt=633.3333 yr
7.865683 1
Global mean sea level anomaly relative to run startt=633.3333 yr
4.609554 m
Atlantic meridional overturningt=633.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=633.3333 yr
9135.735972 ZJ
Upper-ocean global mean pHt=650 yr
7.868727 1
Global mean sea level anomaly relative to run startt=650 yr
4.69293 m
Atlantic meridional overturningt=650 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=650 yr
9277.872127 ZJ
Upper-ocean global mean pHt=666.6667 yr
7.871678 1
Global mean sea level anomaly relative to run startt=666.6667 yr
4.77449 m
Atlantic meridional overturningt=666.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=666.6667 yr
9416.08922 ZJ
Upper-ocean global mean pHt=683.3333 yr
7.87454 1
Global mean sea level anomaly relative to run startt=683.3333 yr
4.854297 m
Atlantic meridional overturningt=683.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=683.3333 yr
9550.512495 ZJ
Upper-ocean global mean pHt=700 yr
7.877315 1
Global mean sea level anomaly relative to run startt=700 yr
4.932407 m
Atlantic meridional overturningt=700 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=700 yr
9681.251595 ZJ
Upper-ocean global mean pHt=716.6667 yr
7.880007 1
Global mean sea level anomaly relative to run startt=716.6667 yr
5.008876 m
Atlantic meridional overturningt=716.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=716.6667 yr
9808.413778 ZJ
Upper-ocean global mean pHt=733.3333 yr
7.882617 1
Global mean sea level anomaly relative to run startt=733.3333 yr
5.083759 m
Atlantic meridional overturningt=733.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=733.3333 yr
9932.109522 ZJ
Upper-ocean global mean pHt=750 yr
7.885149 1
Global mean sea level anomaly relative to run startt=750 yr
5.157106 m
Atlantic meridional overturningt=750 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=750 yr
10052.440397 ZJ
Upper-ocean global mean pHt=766.6667 yr
7.887605 1
Global mean sea level anomaly relative to run startt=766.6667 yr
5.228966 m
Atlantic meridional overturningt=766.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=766.6667 yr
10169.502632 ZJ
Upper-ocean global mean pHt=783.3333 yr
7.889988 1
Global mean sea level anomaly relative to run startt=783.3333 yr
5.299386 m
Atlantic meridional overturningt=783.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=783.3333 yr
10283.395168 ZJ
Upper-ocean global mean pHt=800 yr
7.8923 1
Global mean sea level anomaly relative to run startt=800 yr
5.368412 m
Atlantic meridional overturningt=800 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=800 yr
10394.210017 ZJ
Upper-ocean global mean pHt=816.6667 yr
7.894543 1
Global mean sea level anomaly relative to run startt=816.6667 yr
5.436086 m
Atlantic meridional overturningt=816.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=816.6667 yr
10502.034382 ZJ
Upper-ocean global mean pHt=833.3333 yr
7.896721 1
Global mean sea level anomaly relative to run startt=833.3333 yr
5.502451 m
Atlantic meridional overturningt=833.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=833.3333 yr
10606.957116 ZJ
Upper-ocean global mean pHt=850 yr
7.898835 1
Global mean sea level anomaly relative to run startt=850 yr
5.567548 m
Atlantic meridional overturningt=850 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=850 yr
10709.061643 ZJ
Upper-ocean global mean pHt=866.6667 yr
7.900888 1
Global mean sea level anomaly relative to run startt=866.6667 yr
5.631413 m
Atlantic meridional overturningt=866.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=866.6667 yr
10808.427018 ZJ
Upper-ocean global mean pHt=883.3333 yr
7.902881 1
Global mean sea level anomaly relative to run startt=883.3333 yr
5.694084 m
Atlantic meridional overturningt=883.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=883.3333 yr
10905.133469 ZJ
Upper-ocean global mean pHt=900 yr
7.904817 1
Global mean sea level anomaly relative to run startt=900 yr
5.755598 m
Atlantic meridional overturningt=900 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=900 yr
10999.256961 ZJ
Upper-ocean global mean pHt=916.6667 yr
7.906698 1
Global mean sea level anomaly relative to run startt=916.6667 yr
5.815986 m
Atlantic meridional overturningt=916.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=916.6667 yr
11090.868471 ZJ
Upper-ocean global mean pHt=933.3333 yr
7.908526 1
Global mean sea level anomaly relative to run startt=933.3333 yr
5.875283 m
Atlantic meridional overturningt=933.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=933.3333 yr
11180.041253 ZJ
Upper-ocean global mean pHt=950 yr
7.910302 1
Global mean sea level anomaly relative to run startt=950 yr
5.93352 m
Atlantic meridional overturningt=950 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=950 yr
11266.843686 ZJ
Upper-ocean global mean pHt=966.6667 yr
7.912028 1
Global mean sea level anomaly relative to run startt=966.6667 yr
5.990727 m
Atlantic meridional overturningt=966.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=966.6667 yr
11351.339059 ZJ
Upper-ocean global mean pHt=983.3333 yr
7.913707 1
Global mean sea level anomaly relative to run startt=983.3333 yr
6.046932 m
Atlantic meridional overturningt=983.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=983.3333 yr
11433.594712 ZJ
Upper-ocean global mean pHt=1000 yr
7.91534 1
Global mean sea level anomaly relative to run startt=1000 yr
6.102166 m
Atlantic meridional overturningt=1000 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=1000 yr
11513.673299 ZJ

infrastructure

Urban land areat=66.6667 yr
UNAVAILABLE — not modelled
Urban land areat=0 yr
UNAVAILABLE — not modelled
Urban land areat=16.6667 yr
UNAVAILABLE — not modelled
Urban land areat=33.3333 yr
UNAVAILABLE — not modelled
Urban land areat=50 yr
UNAVAILABLE — not modelled
Urban land areat=83.3333 yr
UNAVAILABLE — not modelled
Urban land areat=100 yr
UNAVAILABLE — not modelled
Urban land areat=116.6667 yr
UNAVAILABLE — not modelled
Urban land areat=133.3333 yr
UNAVAILABLE — not modelled
Urban land areat=150 yr
UNAVAILABLE — not modelled
Urban land areat=166.6667 yr
UNAVAILABLE — not modelled
Urban land areat=183.3333 yr
UNAVAILABLE — not modelled
Urban land areat=200 yr
UNAVAILABLE — not modelled
Urban land areat=216.6667 yr
UNAVAILABLE — not modelled
Urban land areat=233.3333 yr
UNAVAILABLE — not modelled
Urban land areat=250 yr
UNAVAILABLE — not modelled
Urban land areat=266.6667 yr
UNAVAILABLE — not modelled
Urban land areat=283.3333 yr
UNAVAILABLE — not modelled
Urban land areat=300 yr
UNAVAILABLE — not modelled
Urban land areat=316.6667 yr
UNAVAILABLE — not modelled
Urban land areat=333.3333 yr
UNAVAILABLE — not modelled
Urban land areat=350 yr
UNAVAILABLE — not modelled
Urban land areat=366.6667 yr
UNAVAILABLE — not modelled
Urban land areat=383.3333 yr
UNAVAILABLE — not modelled
Urban land areat=400 yr
UNAVAILABLE — not modelled
Urban land areat=416.6667 yr
UNAVAILABLE — not modelled
Urban land areat=433.3333 yr
UNAVAILABLE — not modelled
Urban land areat=450 yr
UNAVAILABLE — not modelled
Urban land areat=466.6667 yr
UNAVAILABLE — not modelled
Urban land areat=483.3333 yr
UNAVAILABLE — not modelled
Urban land areat=566.6667 yr
UNAVAILABLE — not modelled
Urban land areat=500 yr
UNAVAILABLE — not modelled
Urban land areat=516.6667 yr
UNAVAILABLE — not modelled
Urban land areat=533.3333 yr
UNAVAILABLE — not modelled
Urban land areat=550 yr
UNAVAILABLE — not modelled
Urban land areat=583.3333 yr
UNAVAILABLE — not modelled
Urban land areat=600 yr
UNAVAILABLE — not modelled
Urban land areat=616.6667 yr
UNAVAILABLE — not modelled
Urban land areat=633.3333 yr
UNAVAILABLE — not modelled
Urban land areat=650 yr
UNAVAILABLE — not modelled
Urban land areat=666.6667 yr
UNAVAILABLE — not modelled
Urban land areat=683.3333 yr
UNAVAILABLE — not modelled
Urban land areat=700 yr
UNAVAILABLE — not modelled
Urban land areat=716.6667 yr
UNAVAILABLE — not modelled
Urban land areat=733.3333 yr
UNAVAILABLE — not modelled
Urban land areat=750 yr
UNAVAILABLE — not modelled
Urban land areat=766.6667 yr
UNAVAILABLE — not modelled
Urban land areat=783.3333 yr
UNAVAILABLE — not modelled
Urban land areat=800 yr
UNAVAILABLE — not modelled
Urban land areat=816.6667 yr
UNAVAILABLE — not modelled
Urban land areat=833.3333 yr
UNAVAILABLE — not modelled
Urban land areat=850 yr
UNAVAILABLE — not modelled
Urban land areat=866.6667 yr
UNAVAILABLE — not modelled
Urban land areat=883.3333 yr
UNAVAILABLE — not modelled
Urban land areat=900 yr
UNAVAILABLE — not modelled
Urban land areat=916.6667 yr
UNAVAILABLE — not modelled
Urban land areat=933.3333 yr
UNAVAILABLE — not modelled
Urban land areat=950 yr
UNAVAILABLE — not modelled
Urban land areat=966.6667 yr
UNAVAILABLE — not modelled
Urban land areat=983.3333 yr
UNAVAILABLE — not modelled
Urban land areat=1000 yr
UNAVAILABLE — not modelled

vegetation

Global forest covert=0 yr
UNAVAILABLE — not modelled
Global forest covert=16.6667 yr
UNAVAILABLE — not modelled
Global forest covert=33.3333 yr
UNAVAILABLE — not modelled
Global forest covert=50 yr
UNAVAILABLE — not modelled
Global forest covert=66.6667 yr
UNAVAILABLE — not modelled
Global forest covert=83.3333 yr
UNAVAILABLE — not modelled
Global forest covert=100 yr
UNAVAILABLE — not modelled
Global forest covert=116.6667 yr
UNAVAILABLE — not modelled
Global forest covert=133.3333 yr
UNAVAILABLE — not modelled
Global forest covert=150 yr
UNAVAILABLE — not modelled
Global forest covert=166.6667 yr
UNAVAILABLE — not modelled
Global forest covert=183.3333 yr
UNAVAILABLE — not modelled
Global forest covert=200 yr
UNAVAILABLE — not modelled
Global forest covert=216.6667 yr
UNAVAILABLE — not modelled
Global forest covert=233.3333 yr
UNAVAILABLE — not modelled
Global forest covert=250 yr
UNAVAILABLE — not modelled
Global forest covert=266.6667 yr
UNAVAILABLE — not modelled
Global forest covert=283.3333 yr
UNAVAILABLE — not modelled
Global forest covert=300 yr
UNAVAILABLE — not modelled
Global forest covert=316.6667 yr
UNAVAILABLE — not modelled
Global forest covert=333.3333 yr
UNAVAILABLE — not modelled
Global forest covert=350 yr
UNAVAILABLE — not modelled
Global forest covert=366.6667 yr
UNAVAILABLE — not modelled
Global forest covert=383.3333 yr
UNAVAILABLE — not modelled
Global forest covert=400 yr
UNAVAILABLE — not modelled
Global forest covert=416.6667 yr
UNAVAILABLE — not modelled
Global forest covert=433.3333 yr
UNAVAILABLE — not modelled
Global forest covert=450 yr
UNAVAILABLE — not modelled
Global forest covert=466.6667 yr
UNAVAILABLE — not modelled
Global forest covert=483.3333 yr
UNAVAILABLE — not modelled
Global forest covert=500 yr
UNAVAILABLE — not modelled
Global forest covert=516.6667 yr
UNAVAILABLE — not modelled
Global forest covert=533.3333 yr
UNAVAILABLE — not modelled
Global forest covert=550 yr
UNAVAILABLE — not modelled
Global forest covert=566.6667 yr
UNAVAILABLE — not modelled
Global forest covert=583.3333 yr
UNAVAILABLE — not modelled
Global forest covert=600 yr
UNAVAILABLE — not modelled
Global forest covert=616.6667 yr
UNAVAILABLE — not modelled
Global forest covert=633.3333 yr
UNAVAILABLE — not modelled
Global forest covert=650 yr
UNAVAILABLE — not modelled
Global forest covert=666.6667 yr
UNAVAILABLE — not modelled
Global forest covert=683.3333 yr
UNAVAILABLE — not modelled
Global forest covert=700 yr
UNAVAILABLE — not modelled
Global forest covert=716.6667 yr
UNAVAILABLE — not modelled
Global forest covert=733.3333 yr
UNAVAILABLE — not modelled
Global forest covert=750 yr
UNAVAILABLE — not modelled
Global forest covert=766.6667 yr
UNAVAILABLE — not modelled
Global forest covert=783.3333 yr
UNAVAILABLE — not modelled
Global forest covert=800 yr
UNAVAILABLE — not modelled
Global forest covert=816.6667 yr
UNAVAILABLE — not modelled
Global forest covert=833.3333 yr
UNAVAILABLE — not modelled
Global forest covert=850 yr
UNAVAILABLE — not modelled
Global forest covert=866.6667 yr
UNAVAILABLE — not modelled
Global forest covert=883.3333 yr
UNAVAILABLE — not modelled
Global forest covert=900 yr
UNAVAILABLE — not modelled
Global forest covert=916.6667 yr
UNAVAILABLE — not modelled
Global forest covert=933.3333 yr
UNAVAILABLE — not modelled
Global forest covert=950 yr
UNAVAILABLE — not modelled
Global forest covert=966.6667 yr
UNAVAILABLE — not modelled
Global forest covert=983.3333 yr
UNAVAILABLE — not modelled
Global forest covert=1000 yr
UNAVAILABLE — not modelled

hydrology

Global river discharget=0 yr
UNAVAILABLE — not modelled
Global river discharget=16.6667 yr
UNAVAILABLE — not modelled
Global river discharget=33.3333 yr
UNAVAILABLE — not modelled
Global river discharget=50 yr
UNAVAILABLE — not modelled
Global river discharget=66.6667 yr
UNAVAILABLE — not modelled
Global river discharget=83.3333 yr
UNAVAILABLE — not modelled
Global river discharget=100 yr
UNAVAILABLE — not modelled
Global river discharget=116.6667 yr
UNAVAILABLE — not modelled
Global river discharget=133.3333 yr
UNAVAILABLE — not modelled
Global river discharget=150 yr
UNAVAILABLE — not modelled
Global river discharget=166.6667 yr
UNAVAILABLE — not modelled
Global river discharget=183.3333 yr
UNAVAILABLE — not modelled
Global river discharget=200 yr
UNAVAILABLE — not modelled
Global river discharget=216.6667 yr
UNAVAILABLE — not modelled
Global river discharget=233.3333 yr
UNAVAILABLE — not modelled
Global river discharget=250 yr
UNAVAILABLE — not modelled
Global river discharget=266.6667 yr
UNAVAILABLE — not modelled
Global river discharget=283.3333 yr
UNAVAILABLE — not modelled
Global river discharget=300 yr
UNAVAILABLE — not modelled
Global river discharget=316.6667 yr
UNAVAILABLE — not modelled
Global river discharget=333.3333 yr
UNAVAILABLE — not modelled
Global river discharget=350 yr
UNAVAILABLE — not modelled
Global river discharget=366.6667 yr
UNAVAILABLE — not modelled
Global river discharget=383.3333 yr
UNAVAILABLE — not modelled
Global river discharget=400 yr
UNAVAILABLE — not modelled
Global river discharget=416.6667 yr
UNAVAILABLE — not modelled
Global river discharget=433.3333 yr
UNAVAILABLE — not modelled
Global river discharget=450 yr
UNAVAILABLE — not modelled
Global river discharget=466.6667 yr
UNAVAILABLE — not modelled
Global river discharget=483.3333 yr
UNAVAILABLE — not modelled
Global river discharget=500 yr
UNAVAILABLE — not modelled
Global river discharget=516.6667 yr
UNAVAILABLE — not modelled
Global river discharget=533.3333 yr
UNAVAILABLE — not modelled
Global river discharget=550 yr
UNAVAILABLE — not modelled
Global river discharget=566.6667 yr
UNAVAILABLE — not modelled
Global river discharget=583.3333 yr
UNAVAILABLE — not modelled
Global river discharget=600 yr
UNAVAILABLE — not modelled
Global river discharget=616.6667 yr
UNAVAILABLE — not modelled
Global river discharget=633.3333 yr
UNAVAILABLE — not modelled
Global river discharget=650 yr
UNAVAILABLE — not modelled
Global river discharget=666.6667 yr
UNAVAILABLE — not modelled
Global river discharget=683.3333 yr
UNAVAILABLE — not modelled
Global river discharget=700 yr
UNAVAILABLE — not modelled
Global river discharget=716.6667 yr
UNAVAILABLE — not modelled
Global river discharget=733.3333 yr
UNAVAILABLE — not modelled
Global river discharget=750 yr
UNAVAILABLE — not modelled
Global river discharget=766.6667 yr
UNAVAILABLE — not modelled
Global river discharget=783.3333 yr
UNAVAILABLE — not modelled
Global river discharget=800 yr
UNAVAILABLE — not modelled
Global river discharget=816.6667 yr
UNAVAILABLE — not modelled
Global river discharget=833.3333 yr
UNAVAILABLE — not modelled
Global river discharget=850 yr
UNAVAILABLE — not modelled
Global river discharget=866.6667 yr
UNAVAILABLE — not modelled
Global river discharget=883.3333 yr
UNAVAILABLE — not modelled
Global river discharget=900 yr
UNAVAILABLE — not modelled
Global river discharget=916.6667 yr
UNAVAILABLE — not modelled
Global river discharget=933.3333 yr
UNAVAILABLE — not modelled
Global river discharget=950 yr
UNAVAILABLE — not modelled
Global river discharget=966.6667 yr
UNAVAILABLE — not modelled
Global river discharget=983.3333 yr
UNAVAILABLE — not modelled
Global river discharget=1000 yr
UNAVAILABLE — not modelled

lithosphere

Global carbonate + silicate weathering fluxt=0 yr
18.228398 Tmol/yr
Global carbonate + silicate weathering fluxt=16.6667 yr
18.458236 Tmol/yr
Global carbonate + silicate weathering fluxt=33.3333 yr
18.67922 Tmol/yr
Global carbonate + silicate weathering fluxt=50 yr
18.996138 Tmol/yr
Global carbonate + silicate weathering fluxt=66.6667 yr
19.355264 Tmol/yr
Global carbonate + silicate weathering fluxt=83.3333 yr
19.729211 Tmol/yr
Global carbonate + silicate weathering fluxt=100 yr
20.108018 Tmol/yr
Global carbonate + silicate weathering fluxt=116.6667 yr
20.487859 Tmol/yr
Global carbonate + silicate weathering fluxt=133.3333 yr
20.86682 Tmol/yr
Global carbonate + silicate weathering fluxt=150 yr
21.243564 Tmol/yr
Global carbonate + silicate weathering fluxt=166.6667 yr
21.602599 Tmol/yr
Global carbonate + silicate weathering fluxt=183.3333 yr
21.904554 Tmol/yr
Global carbonate + silicate weathering fluxt=200 yr
22.140201 Tmol/yr
Global carbonate + silicate weathering fluxt=216.6667 yr
22.308249 Tmol/yr
Global carbonate + silicate weathering fluxt=233.3333 yr
22.407868 Tmol/yr
Global carbonate + silicate weathering fluxt=250 yr
22.437743 Tmol/yr
Global carbonate + silicate weathering fluxt=266.6667 yr
22.410723 Tmol/yr
Global carbonate + silicate weathering fluxt=283.3333 yr
22.366605 Tmol/yr
Global carbonate + silicate weathering fluxt=300 yr
22.316962 Tmol/yr
Global carbonate + silicate weathering fluxt=316.6667 yr
22.264121 Tmol/yr
Global carbonate + silicate weathering fluxt=333.3333 yr
22.20925 Tmol/yr
Global carbonate + silicate weathering fluxt=350 yr
22.153294 Tmol/yr
Global carbonate + silicate weathering fluxt=366.6667 yr
22.09701 Tmol/yr
Global carbonate + silicate weathering fluxt=383.3333 yr
22.04098 Tmol/yr
Global carbonate + silicate weathering fluxt=400 yr
21.985623 Tmol/yr
Global carbonate + silicate weathering fluxt=416.6667 yr
21.931237 Tmol/yr
Global carbonate + silicate weathering fluxt=433.3333 yr
21.878029 Tmol/yr
Global carbonate + silicate weathering fluxt=450 yr
21.826129 Tmol/yr
Global carbonate + silicate weathering fluxt=466.6667 yr
21.77562 Tmol/yr
Global carbonate + silicate weathering fluxt=483.3333 yr
21.726547 Tmol/yr
Global carbonate + silicate weathering fluxt=500 yr
21.678932 Tmol/yr
Global carbonate + silicate weathering fluxt=516.6667 yr
21.632782 Tmol/yr
Global carbonate + silicate weathering fluxt=533.3333 yr
21.588097 Tmol/yr
Global carbonate + silicate weathering fluxt=550 yr
21.544845 Tmol/yr
Global carbonate + silicate weathering fluxt=566.6667 yr
21.502994 Tmol/yr
Global carbonate + silicate weathering fluxt=583.3333 yr
21.462538 Tmol/yr
Global carbonate + silicate weathering fluxt=600 yr
21.423413 Tmol/yr
Global carbonate + silicate weathering fluxt=616.6667 yr
21.385583 Tmol/yr
Global carbonate + silicate weathering fluxt=633.3333 yr
21.349032 Tmol/yr
Global carbonate + silicate weathering fluxt=650 yr
21.3137 Tmol/yr
Global carbonate + silicate weathering fluxt=666.6667 yr
21.279555 Tmol/yr
Global carbonate + silicate weathering fluxt=683.3333 yr
21.246568 Tmol/yr
Global carbonate + silicate weathering fluxt=700 yr
21.214693 Tmol/yr
Global carbonate + silicate weathering fluxt=716.6667 yr
21.1839 Tmol/yr
Global carbonate + silicate weathering fluxt=733.3333 yr
21.154151 Tmol/yr
Global carbonate + silicate weathering fluxt=750 yr
21.125409 Tmol/yr
Global carbonate + silicate weathering fluxt=766.6667 yr
21.097642 Tmol/yr
Global carbonate + silicate weathering fluxt=783.3333 yr
21.070813 Tmol/yr
Global carbonate + silicate weathering fluxt=800 yr
21.044887 Tmol/yr
Global carbonate + silicate weathering fluxt=816.6667 yr
21.019833 Tmol/yr
Global carbonate + silicate weathering fluxt=833.3333 yr
20.995617 Tmol/yr
Global carbonate + silicate weathering fluxt=850 yr
20.972206 Tmol/yr
Global carbonate + silicate weathering fluxt=866.6667 yr
20.949572 Tmol/yr
Global carbonate + silicate weathering fluxt=883.3333 yr
20.927684 Tmol/yr
Global carbonate + silicate weathering fluxt=900 yr
20.906512 Tmol/yr
Global carbonate + silicate weathering fluxt=916.6667 yr
20.886032 Tmol/yr
Global carbonate + silicate weathering fluxt=933.3333 yr
20.866213 Tmol/yr
Global carbonate + silicate weathering fluxt=950 yr
20.847032 Tmol/yr
Global carbonate + silicate weathering fluxt=966.6667 yr
20.828462 Tmol/yr
Global carbonate + silicate weathering fluxt=983.3333 yr
20.810479 Tmol/yr
Global carbonate + silicate weathering fluxt=1000 yr
20.793061 Tmol/yr

human claim

Human populationt=0 yr
UNAVAILABLE — not modelled
Human populationt=16.6667 yr
UNAVAILABLE — not modelled
Human populationt=33.3333 yr
UNAVAILABLE — not modelled
Human populationt=50 yr
UNAVAILABLE — not modelled
Human populationt=66.6667 yr
UNAVAILABLE — not modelled
Human populationt=83.3333 yr
UNAVAILABLE — not modelled
Human populationt=100 yr
UNAVAILABLE — not modelled
Human populationt=116.6667 yr
UNAVAILABLE — not modelled
Human populationt=133.3333 yr
UNAVAILABLE — not modelled
Human populationt=150 yr
UNAVAILABLE — not modelled
Human populationt=166.6667 yr
UNAVAILABLE — not modelled
Human populationt=183.3333 yr
UNAVAILABLE — not modelled
Human populationt=200 yr
UNAVAILABLE — not modelled
Human populationt=216.6667 yr
UNAVAILABLE — not modelled
Human populationt=233.3333 yr
UNAVAILABLE — not modelled
Human populationt=250 yr
UNAVAILABLE — not modelled
Human populationt=266.6667 yr
UNAVAILABLE — not modelled
Human populationt=283.3333 yr
UNAVAILABLE — not modelled
Human populationt=300 yr
UNAVAILABLE — not modelled
Human populationt=316.6667 yr
UNAVAILABLE — not modelled
Human populationt=333.3333 yr
UNAVAILABLE — not modelled
Human populationt=350 yr
UNAVAILABLE — not modelled
Human populationt=366.6667 yr
UNAVAILABLE — not modelled
Human populationt=383.3333 yr
UNAVAILABLE — not modelled
Human populationt=400 yr
UNAVAILABLE — not modelled
Human populationt=416.6667 yr
UNAVAILABLE — not modelled
Human populationt=433.3333 yr
UNAVAILABLE — not modelled
Human populationt=450 yr
UNAVAILABLE — not modelled
Human populationt=466.6667 yr
UNAVAILABLE — not modelled
Human populationt=483.3333 yr
UNAVAILABLE — not modelled
Human populationt=500 yr
UNAVAILABLE — not modelled
Human populationt=516.6667 yr
UNAVAILABLE — not modelled
Human populationt=533.3333 yr
UNAVAILABLE — not modelled
Human populationt=550 yr
UNAVAILABLE — not modelled
Human populationt=566.6667 yr
UNAVAILABLE — not modelled
Human populationt=583.3333 yr
UNAVAILABLE — not modelled
Human populationt=600 yr
UNAVAILABLE — not modelled
Human populationt=616.6667 yr
UNAVAILABLE — not modelled
Human populationt=633.3333 yr
UNAVAILABLE — not modelled
Human populationt=650 yr
UNAVAILABLE — not modelled
Human populationt=666.6667 yr
UNAVAILABLE — not modelled
Human populationt=683.3333 yr
UNAVAILABLE — not modelled
Human populationt=700 yr
UNAVAILABLE — not modelled
Human populationt=716.6667 yr
UNAVAILABLE — not modelled
Human populationt=733.3333 yr
UNAVAILABLE — not modelled
Human populationt=750 yr
UNAVAILABLE — not modelled
Human populationt=766.6667 yr
UNAVAILABLE — not modelled
Human populationt=783.3333 yr
UNAVAILABLE — not modelled
Human populationt=800 yr
UNAVAILABLE — not modelled
Human populationt=816.6667 yr
UNAVAILABLE — not modelled
Human populationt=833.3333 yr
UNAVAILABLE — not modelled
Human populationt=850 yr
UNAVAILABLE — not modelled
Human populationt=866.6667 yr
UNAVAILABLE — not modelled
Human populationt=883.3333 yr
UNAVAILABLE — not modelled
Human populationt=900 yr
UNAVAILABLE — not modelled
Human populationt=916.6667 yr
UNAVAILABLE — not modelled
Human populationt=933.3333 yr
UNAVAILABLE — not modelled
Human populationt=950 yr
UNAVAILABLE — not modelled
Human populationt=966.6667 yr
UNAVAILABLE — not modelled
Human populationt=983.3333 yr
UNAVAILABLE — not modelled
Human populationt=1000 yr
UNAVAILABLE — not modelled

cryosphere

Land ice volumet=0 yr
62.238076 m SLE
Land ice volumet=16.6667 yr
62.191137 m SLE
Land ice volumet=33.3333 yr
62.140681 m SLE
Land ice volumet=50 yr
62.08505 m SLE
Land ice volumet=66.6667 yr
62.022973 m SLE
Land ice volumet=83.3333 yr
61.954119 m SLE
Land ice volumet=100 yr
61.878526 m SLE
Land ice volumet=116.6667 yr
61.796354 m SLE
Land ice volumet=133.3333 yr
61.707828 m SLE
Land ice volumet=150 yr
61.613185 m SLE
Land ice volumet=166.6667 yr
61.512738 m SLE
Land ice volumet=183.3333 yr
61.407385 m SLE
Land ice volumet=200 yr
61.298412 m SLE
Land ice volumet=216.6667 yr
61.187108 m SLE
Land ice volumet=233.3333 yr
61.074733 m SLE
Land ice volumet=250 yr
60.962525 m SLE
Land ice volumet=266.6667 yr
60.851655 m SLE
Land ice volumet=283.3333 yr
60.74273 m SLE
Land ice volumet=300 yr
60.635889 m SLE
Land ice volumet=316.6667 yr
60.531176 m SLE
Land ice volumet=333.3333 yr
60.428601 m SLE
Land ice volumet=350 yr
60.328161 m SLE
Land ice volumet=366.6667 yr
60.22984 m SLE
Land ice volumet=383.3333 yr
60.133607 m SLE
Land ice volumet=400 yr
60.039424 m SLE
Land ice volumet=416.6667 yr
59.94725 m SLE
Land ice volumet=433.3333 yr
59.857036 m SLE
Land ice volumet=450 yr
59.768735 m SLE
Land ice volumet=466.6667 yr
59.682298 m SLE
Land ice volumet=483.3333 yr
59.597672 m SLE
Land ice volumet=500 yr
59.514808 m SLE
Land ice volumet=516.6667 yr
59.433658 m SLE
Land ice volumet=533.3333 yr
59.354172 m SLE
Land ice volumet=550 yr
59.276303 m SLE
Land ice volumet=566.6667 yr
59.200004 m SLE
Land ice volumet=583.3333 yr
59.12523 m SLE
Land ice volumet=600 yr
59.051935 m SLE
Land ice volumet=616.6667 yr
58.980078 m SLE
Land ice volumet=633.3333 yr
58.909617 m SLE
Land ice volumet=650 yr
58.840509 m SLE
Land ice volumet=666.6667 yr
58.772719 m SLE
Land ice volumet=683.3333 yr
58.706205 m SLE
Land ice volumet=700 yr
58.640933 m SLE
Land ice volumet=716.6667 yr
58.576867 m SLE
Land ice volumet=733.3333 yr
58.513972 m SLE
Land ice volumet=750 yr
58.452215 m SLE
Land ice volumet=766.6667 yr
58.391564 m SLE
Land ice volumet=783.3333 yr
58.331987 m SLE
Land ice volumet=800 yr
58.273454 m SLE
Land ice volumet=816.6667 yr
58.215937 m SLE
Land ice volumet=833.3333 yr
58.159407 m SLE
Land ice volumet=850 yr
58.103837 m SLE
Land ice volumet=866.6667 yr
58.049201 m SLE
Land ice volumet=883.3333 yr
57.995473 m SLE
Land ice volumet=900 yr
57.942627 m SLE
Land ice volumet=916.6667 yr
57.890643 m SLE
Land ice volumet=933.3333 yr
57.839495 m SLE
Land ice volumet=950 yr
57.789162 m SLE
Land ice volumet=966.6667 yr
57.739623 m SLE
Land ice volumet=983.3333 yr
57.690856 m SLE
Land ice volumet=1000 yr
57.642843 m SLE

atmosphere

Atmospheric CO2t=0 yr
416.533229 ppm
Global mean surface temperature anomalyt=0 yr
0 K
Atmospheric CO2t=16.6667 yr
449.123276 ppm
Global mean surface temperature anomalyt=16.6667 yr
0.157968 K
Atmospheric CO2t=33.3333 yr
482.552388 ppm
Global mean surface temperature anomalyt=33.3333 yr
0.308043 K
Atmospheric CO2t=50 yr
517.631138 ppm
Global mean surface temperature anomalyt=50 yr
0.520248 K
Atmospheric CO2t=66.6667 yr
554.248161 ppm
Global mean surface temperature anomalyt=66.6667 yr
0.756527 K
Atmospheric CO2t=83.3333 yr
592.22685 ppm
Global mean surface temperature anomalyt=83.3333 yr
0.997984 K
Atmospheric CO2t=100 yr
631.42464 ppm
Global mean surface temperature anomalyt=100 yr
1.237979 K
Atmospheric CO2t=116.6667 yr
671.724289 ppm
Global mean surface temperature anomalyt=116.6667 yr
1.474132 K
Atmospheric CO2t=133.3333 yr
713.019519 ppm
Global mean surface temperature anomalyt=133.3333 yr
1.705404 K
Atmospheric CO2t=150 yr
755.213217 ppm
Global mean surface temperature anomalyt=150 yr
1.931171 K
Atmospheric CO2t=166.6667 yr
792.302554 ppm
Global mean surface temperature anomalyt=166.6667 yr
2.142593 K
Atmospheric CO2t=183.3333 yr
819.281713 ppm
Global mean surface temperature anomalyt=183.3333 yr
2.317667 K
Atmospheric CO2t=200 yr
836.625891 ppm
Global mean surface temperature anomalyt=200 yr
2.452602 K
Atmospheric CO2t=216.6667 yr
844.382991 ppm
Global mean surface temperature anomalyt=216.6667 yr
2.54794 K
Atmospheric CO2t=233.3333 yr
842.575226 ppm
Global mean surface temperature anomalyt=233.3333 yr
2.604112 K
Atmospheric CO2t=250 yr
831.285975 ppm
Global mean surface temperature anomalyt=250 yr
2.620907 K
Atmospheric CO2t=266.6667 yr
816.650863 ppm
Global mean surface temperature anomalyt=266.6667 yr
2.605718 K
Atmospheric CO2t=283.3333 yr
803.704307 ppm
Global mean surface temperature anomalyt=283.3333 yr
2.580876 K
Atmospheric CO2t=300 yr
791.694671 ppm
Global mean surface temperature anomalyt=300 yr
2.552863 K
Atmospheric CO2t=316.6667 yr
780.326439 ppm
Global mean surface temperature anomalyt=316.6667 yr
2.522976 K
Atmospheric CO2t=333.3333 yr
769.476225 ppm
Global mean surface temperature anomalyt=333.3333 yr
2.491865 K
Atmospheric CO2t=350 yr
759.086987 ppm
Global mean surface temperature anomalyt=350 yr
2.460056 K
Atmospheric CO2t=366.6667 yr
749.127593 ppm
Global mean surface temperature anomalyt=366.6667 yr
2.42798 K
Atmospheric CO2t=383.3333 yr
739.575375 ppm
Global mean surface temperature anomalyt=383.3333 yr
2.395965 K
Atmospheric CO2t=400 yr
730.41226 ppm
Global mean surface temperature anomalyt=400 yr
2.364254 K
Atmospheric CO2t=416.6667 yr
721.622139 ppm
Global mean surface temperature anomalyt=416.6667 yr
2.333021 K
Atmospheric CO2t=433.3333 yr
713.188836 ppm
Global mean surface temperature anomalyt=433.3333 yr
2.302386 K
Atmospheric CO2t=450 yr
705.09735 ppm
Global mean surface temperature anomalyt=450 yr
2.272433 K
Atmospheric CO2t=466.6667 yr
697.333617 ppm
Global mean surface temperature anomalyt=466.6667 yr
2.243213 K
Atmospheric CO2t=483.3333 yr
689.883266 ppm
Global mean surface temperature anomalyt=483.3333 yr
2.214757 K
Atmospheric CO2t=500 yr
682.732834 ppm
Global mean surface temperature anomalyt=500 yr
2.187085 K
Atmospheric CO2t=516.6667 yr
675.869699 ppm
Global mean surface temperature anomalyt=516.6667 yr
2.160205 K
Atmospheric CO2t=533.3333 yr
669.281075 ppm
Global mean surface temperature anomalyt=533.3333 yr
2.134123 K
Atmospheric CO2t=550 yr
662.955012 ppm
Global mean surface temperature anomalyt=550 yr
2.108826 K
Atmospheric CO2t=566.6667 yr
656.880347 ppm
Global mean surface temperature anomalyt=566.6667 yr
2.084298 K
Atmospheric CO2t=583.3333 yr
651.045752 ppm
Global mean surface temperature anomalyt=583.3333 yr
2.060543 K
Atmospheric CO2t=600 yr
645.440774 ppm
Global mean surface temperature anomalyt=600 yr
2.037526 K
Atmospheric CO2t=616.6667 yr
640.055597 ppm
Global mean surface temperature anomalyt=616.6667 yr
2.01523 K
Atmospheric CO2t=633.3333 yr
634.880214 ppm
Global mean surface temperature anomalyt=633.3333 yr
1.99365 K
Atmospheric CO2t=650 yr
629.905546 ppm
Global mean surface temperature anomalyt=650 yr
1.972754 K
Atmospheric CO2t=666.6667 yr
625.122937 ppm
Global mean surface temperature anomalyt=666.6667 yr
1.952527 K
Atmospheric CO2t=683.3333 yr
620.52365 ppm
Global mean surface temperature anomalyt=683.3333 yr
1.932955 K
Atmospheric CO2t=700 yr
616.099786 ppm
Global mean surface temperature anomalyt=700 yr
1.914014 K
Atmospheric CO2t=716.6667 yr
611.843705 ppm
Global mean surface temperature anomalyt=716.6667 yr
1.895688 K
Atmospheric CO2t=733.3333 yr
607.747876 ppm
Global mean surface temperature anomalyt=733.3333 yr
1.877957 K
Atmospheric CO2t=750 yr
603.805418 ppm
Global mean surface temperature anomalyt=750 yr
1.860804 K
Atmospheric CO2t=766.6667 yr
600.009542 ppm
Global mean surface temperature anomalyt=766.6667 yr
1.844209 K
Atmospheric CO2t=783.3333 yr
596.353809 ppm
Global mean surface temperature anomalyt=783.3333 yr
1.828154 K
Atmospheric CO2t=800 yr
592.83216 ppm
Global mean surface temperature anomalyt=800 yr
1.812621 K
Atmospheric CO2t=816.6667 yr
589.438704 ppm
Global mean surface temperature anomalyt=816.6667 yr
1.797591 K
Atmospheric CO2t=833.3333 yr
586.167849 ppm
Global mean surface temperature anomalyt=833.3333 yr
1.783047 K
Atmospheric CO2t=850 yr
583.014279 ppm
Global mean surface temperature anomalyt=850 yr
1.76897 K
Atmospheric CO2t=866.6667 yr
579.972901 ppm
Global mean surface temperature anomalyt=866.6667 yr
1.755345 K
Atmospheric CO2t=883.3333 yr
577.038852 ppm
Global mean surface temperature anomalyt=883.3333 yr
1.742155 K
Atmospheric CO2t=900 yr
574.207463 ppm
Global mean surface temperature anomalyt=900 yr
1.729384 K
Atmospheric CO2t=916.6667 yr
571.474345 ppm
Global mean surface temperature anomalyt=916.6667 yr
1.717017 K
Atmospheric CO2t=933.3333 yr
568.835224 ppm
Global mean surface temperature anomalyt=933.3333 yr
1.705039 K
Atmospheric CO2t=950 yr
566.286083 ppm
Global mean surface temperature anomalyt=950 yr
1.693434 K
Atmospheric CO2t=966.6667 yr
563.823195 ppm
Global mean surface temperature anomalyt=966.6667 yr
1.68219 K
Atmospheric CO2t=983.3333 yr
561.44275 ppm
Global mean surface temperature anomalyt=983.3333 yr
1.671291 K
Atmospheric CO2t=1000 yr
559.141192 ppm
Global mean surface temperature anomalyt=1000 yr
1.660725 K

biogeochemistry

Global net primary productivityt=0 yr
UNAVAILABLE — not modelled
Global net primary productivityt=16.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=33.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=50 yr
UNAVAILABLE — not modelled
Global net primary productivityt=66.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=83.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=100 yr
UNAVAILABLE — not modelled
Global net primary productivityt=116.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=200 yr
UNAVAILABLE — not modelled
Global net primary productivityt=133.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=150 yr
UNAVAILABLE — not modelled
Global net primary productivityt=166.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=183.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=216.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=233.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=250 yr
UNAVAILABLE — not modelled
Global net primary productivityt=266.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=283.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=300 yr
UNAVAILABLE — not modelled
Global net primary productivityt=316.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=333.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=350 yr
UNAVAILABLE — not modelled
Global net primary productivityt=366.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=383.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=400 yr
UNAVAILABLE — not modelled
Global net primary productivityt=416.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=433.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=450 yr
UNAVAILABLE — not modelled
Global net primary productivityt=466.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=483.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=500 yr
UNAVAILABLE — not modelled
Global net primary productivityt=516.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=533.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=550 yr
UNAVAILABLE — not modelled
Global net primary productivityt=566.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=583.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=600 yr
UNAVAILABLE — not modelled
Global net primary productivityt=616.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=700 yr
UNAVAILABLE — not modelled
Global net primary productivityt=633.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=650 yr
UNAVAILABLE — not modelled
Global net primary productivityt=666.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=683.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=716.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=733.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=750 yr
UNAVAILABLE — not modelled
Global net primary productivityt=766.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=783.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=800 yr
UNAVAILABLE — not modelled
Global net primary productivityt=816.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=833.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=850 yr
UNAVAILABLE — not modelled
Global net primary productivityt=866.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=883.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=900 yr
UNAVAILABLE — not modelled
Global net primary productivityt=916.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=933.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=950 yr
UNAVAILABLE — not modelled
Global net primary productivityt=966.6667 yr
UNAVAILABLE — not modelled
Global net primary productivityt=983.3333 yr
UNAVAILABLE — not modelled
Global net primary productivityt=1000 yr
UNAVAILABLE — not modelled

Constitutional gates — criteria evaluated for this run

This table lists only the criteria active for this run's tolerance set. It is not the full Constitutional Gate catalog: 7 catalogued gates are not evaluated for engine-0.2 and are listed below with their v1.0 disposition. They are neither passed nor failed and are excluded from every passed-gate count.

Gate	Criterion	Measured	Result
CO2 and GMST numeric guard range	Atmospheric CO2 stays within 150-5000 ppm and the global mean surface temperature anomaly within -2 to +12 K, the numeric guard ranges declared by SHFT for its use of the backbone. No other represented quantity and no temporal validity is checked. — CO2 and GMST anomaly inside declared numeric guard ranges	within declared SURFER-use domain (co2_ppm in [416.53, 844.85]; gmst_anomaly_k in [1.46, 4.08])	PASS
Provenance completeness	Every emitted value traces to scientific sources with complete provenance — 0 incomplete	0 incomplete	PASS
Schema compatibility	Every emitted value belongs to the run's declared Earth-state schema version — 0 violations	0 violations	PASS
Seed reproducibility	A replicate run reproduces an identical state checksum — checksums identical	737229934b09 / 737229934b09	PASS
Declared schema-range check	Every emitted value stays inside the schema range declared for its quantity, where one is declared; quantities with no declared range are not range-checked. This is a schema-range and sanity check, not unit-dimensional or physical validation. — 0 declared-range violations	0 violations	PASS
Upstream reproduction	The pinned upstream release reproduced its selected published outputs, unmodified, and its checksum matches the pin — reproduction report passed and archive checksum verified	reproduction passed, archive 82c0537c42b6 verified	PASS

Catalogued gates not evaluated for this tolerance set

Carbon mass conservation
UPSTREAM · NOT RE-VERIFIED
Upstream property — not independently re-verified by SHFT v1.0
Carbon conservation is a property of the pinned upstream SURFER v3.0 formulation and is evidenced only by the reproduced upstream carbon-budget benchmark (carbon_budget_2000_2009_and_cumulative). The earth-state-0.2 schema stores no carbon reservoir masses. Of the two catalogued flux-like quantities, net_primary_productivity is defined but not represented; weathering_rate is represented. SHFT therefore holds no complete reservoir/flux inventory and cannot construct an independent closure test. Completeness is not inferred.
Energy balance closure
UPSTREAM · NOT RE-VERIFIED
Upstream property — not independently re-verified by SHFT v1.0
Energy closure is a property of the pinned upstream formulation. The adapter/payload stores only global mean surface temperature and ocean heat content; no top-of-atmosphere or component energy fluxes are stored, so no auditable closure residual can be computed by SHFT v1.0.
Hindcast: last deglaciation
DEFERRED · NOT VALIDATED
Deferred — not independently validated in v1.0
Deferred in v1.0. No reconstruction-based ice benchmark has been sourced or reproduced for the pinned backbone, and no engine-0.2 criterion evaluates ice volume against any target. No pass is inherited from tol-0.1.
Hindcast: sea level
DEFERRED · NOT VALIDATED
Deferred — not independently validated in v1.0
Deferred in v1.0. The upstream publication compares thermosteric sea level with IPCC evidence, but no sourced, reproducible adapter-path comparison exists in SHFT and no engine-0.2 criterion evaluates it. The seeded tol-0.1 demonstration result is hand-authored and is not evidence about the SURFER-backed engine.
Hindcast: surface temperature
UPSTREAM · NOT RE-VERIFIED
Upstream property — not independently re-verified by SHFT v1.0
Upstream reproduction evidence only. The reproduced pinned-model benchmarks atmospheric_co2_curve_1850_2015_rmse_ppm and gmst_anomaly_2014_k compare upstream output with published historical evaluation, and are recorded under upstream_reproduction. No engine-0.2 criterion compares served SHFT adapter-path output against a sourced historical temperature target, so there is no independent SHFT hindcast gate.
Long-run numerical stability
DEFERRED · NOT VALIDATED
Deferred — not independently validated in v1.0
Deferred in v1.0. No long-run SURFER-backed stability experiment has been executed and stored: the longest reproduced evidence is the LTMIP long-tail CO2 comparison, and the interface offers horizons far short of the 1 Myr integration the catalogued gate describes. The seeded tol-0.1 demonstration does not count.
Water mass conservation
NOT APPLICABLE
Not applicable to the active production backbone
SURFER v3.0, the sole active production backbone, models no hydrological cycle and SHFT Layer 1 stores no water inventory. The catalogued river_discharge quantity is defined but not represented. There is no quantity against which water mass closure could be tested, so the gate is outside the scope of the active backbone and must never be displayed as passed.