preindustrial · natural_only · 1000 yr

seed 1159225468 · 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-dajmc6jm8hqs738rt9p0-654779647b-zgwdj · preindustrial · natural_only · 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
8.163831 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
8.163831 1
Global mean sea level anomaly relative to run startt=16.6667 yr
0.000016 m
Atlantic meridional overturningt=16.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=16.6667 yr
0 ZJ
Upper-ocean global mean pHt=33.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=33.3333 yr
0.000031 m
Atlantic meridional overturningt=33.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=33.3333 yr
0 ZJ
Upper-ocean global mean pHt=50 yr
8.163831 1
Global mean sea level anomaly relative to run startt=50 yr
0.000047 m
Atlantic meridional overturningt=50 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=50 yr
0.000001 ZJ
Upper-ocean global mean pHt=66.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=66.6667 yr
0.000062 m
Atlantic meridional overturningt=66.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=66.6667 yr
0.000001 ZJ
Upper-ocean global mean pHt=83.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=83.3333 yr
0.000078 m
Atlantic meridional overturningt=83.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=83.3333 yr
0.000001 ZJ
Upper-ocean global mean pHt=100 yr
8.163831 1
Global mean sea level anomaly relative to run startt=100 yr
0.000094 m
Atlantic meridional overturningt=100 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=100 yr
0.000001 ZJ
Upper-ocean global mean pHt=116.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=116.6667 yr
0.000109 m
Atlantic meridional overturningt=116.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=116.6667 yr
0.000002 ZJ
Upper-ocean global mean pHt=133.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=133.3333 yr
0.000125 m
Atlantic meridional overturningt=133.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=133.3333 yr
0.000002 ZJ
Upper-ocean global mean pHt=150 yr
8.163831 1
Global mean sea level anomaly relative to run startt=150 yr
0.00014 m
Atlantic meridional overturningt=150 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=150 yr
0.000002 ZJ
Upper-ocean global mean pHt=166.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=166.6667 yr
0.000156 m
Atlantic meridional overturningt=166.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=166.6667 yr
0.000002 ZJ
Upper-ocean global mean pHt=183.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=183.3333 yr
0.000171 m
Atlantic meridional overturningt=183.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=183.3333 yr
0.000002 ZJ
Upper-ocean global mean pHt=200 yr
8.163831 1
Global mean sea level anomaly relative to run startt=200 yr
0.000187 m
Atlantic meridional overturningt=200 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=200 yr
0.000003 ZJ
Upper-ocean global mean pHt=216.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=216.6667 yr
0.000203 m
Atlantic meridional overturningt=216.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=216.6667 yr
0.000003 ZJ
Upper-ocean global mean pHt=233.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=233.3333 yr
0.000218 m
Atlantic meridional overturningt=233.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=233.3333 yr
0.000003 ZJ
Upper-ocean global mean pHt=250 yr
8.163831 1
Global mean sea level anomaly relative to run startt=250 yr
0.000234 m
Atlantic meridional overturningt=250 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=250 yr
0.000003 ZJ
Upper-ocean global mean pHt=266.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=266.6667 yr
0.000249 m
Atlantic meridional overturningt=266.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=266.6667 yr
0 ZJ
Upper-ocean global mean pHt=283.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=283.3333 yr
0.000264 m
Atlantic meridional overturningt=283.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=283.3333 yr
0 ZJ
Upper-ocean global mean pHt=300 yr
8.163831 1
Global mean sea level anomaly relative to run startt=300 yr
0.000279 m
Atlantic meridional overturningt=300 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=300 yr
0 ZJ
Upper-ocean global mean pHt=316.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=316.6667 yr
0.000294 m
Atlantic meridional overturningt=316.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=316.6667 yr
0 ZJ
Upper-ocean global mean pHt=333.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=333.3333 yr
0.000309 m
Atlantic meridional overturningt=333.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=333.3333 yr
0 ZJ
Upper-ocean global mean pHt=350 yr
8.163831 1
Global mean sea level anomaly relative to run startt=350 yr
0.000323 m
Atlantic meridional overturningt=350 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=350 yr
0 ZJ
Upper-ocean global mean pHt=366.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=366.6667 yr
0.000338 m
Atlantic meridional overturningt=366.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=366.6667 yr
0 ZJ
Upper-ocean global mean pHt=383.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=383.3333 yr
0.000352 m
Atlantic meridional overturningt=383.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=383.3333 yr
0 ZJ
Upper-ocean global mean pHt=400 yr
8.163831 1
Global mean sea level anomaly relative to run startt=400 yr
0.000364 m
Atlantic meridional overturningt=400 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=400 yr
0 ZJ
Upper-ocean global mean pHt=416.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=416.6667 yr
0.000376 m
Atlantic meridional overturningt=416.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=416.6667 yr
0 ZJ
Upper-ocean global mean pHt=433.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=433.3333 yr
0.000387 m
Atlantic meridional overturningt=433.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=433.3333 yr
0 ZJ
Upper-ocean global mean pHt=450 yr
8.163831 1
Global mean sea level anomaly relative to run startt=450 yr
0.000398 m
Atlantic meridional overturningt=450 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=450 yr
0 ZJ
Upper-ocean global mean pHt=466.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=466.6667 yr
0.000409 m
Atlantic meridional overturningt=466.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=466.6667 yr
0 ZJ
Upper-ocean global mean pHt=483.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=483.3333 yr
0.00042 m
Atlantic meridional overturningt=483.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=483.3333 yr
0 ZJ
Upper-ocean global mean pHt=500 yr
8.163831 1
Global mean sea level anomaly relative to run startt=500 yr
0.000432 m
Atlantic meridional overturningt=500 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=500 yr
0 ZJ
Upper-ocean global mean pHt=516.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=516.6667 yr
0.000443 m
Atlantic meridional overturningt=516.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=516.6667 yr
0 ZJ
Upper-ocean global mean pHt=533.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=533.3333 yr
0.000454 m
Atlantic meridional overturningt=533.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=533.3333 yr
0 ZJ
Upper-ocean global mean pHt=550 yr
8.163831 1
Global mean sea level anomaly relative to run startt=550 yr
0.000465 m
Atlantic meridional overturningt=550 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=550 yr
0 ZJ
Upper-ocean global mean pHt=566.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=566.6667 yr
0.000477 m
Atlantic meridional overturningt=566.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=566.6667 yr
0 ZJ
Upper-ocean global mean pHt=583.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=583.3333 yr
0.000488 m
Atlantic meridional overturningt=583.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=583.3333 yr
0 ZJ
Upper-ocean global mean pHt=600 yr
8.163831 1
Global mean sea level anomaly relative to run startt=600 yr
0.000499 m
Atlantic meridional overturningt=600 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=600 yr
0 ZJ
Upper-ocean global mean pHt=616.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=616.6667 yr
0.00051 m
Atlantic meridional overturningt=616.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=616.6667 yr
0 ZJ
Upper-ocean global mean pHt=633.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=633.3333 yr
0.000522 m
Atlantic meridional overturningt=633.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=633.3333 yr
0 ZJ
Upper-ocean global mean pHt=650 yr
8.163831 1
Global mean sea level anomaly relative to run startt=650 yr
0.000533 m
Atlantic meridional overturningt=650 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=650 yr
0 ZJ
Upper-ocean global mean pHt=666.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=666.6667 yr
0.000544 m
Atlantic meridional overturningt=666.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=666.6667 yr
0 ZJ
Upper-ocean global mean pHt=683.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=683.3333 yr
0.000555 m
Atlantic meridional overturningt=683.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=683.3333 yr
0 ZJ
Upper-ocean global mean pHt=700 yr
8.163831 1
Global mean sea level anomaly relative to run startt=700 yr
0.000566 m
Atlantic meridional overturningt=700 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=700 yr
0 ZJ
Upper-ocean global mean pHt=716.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=716.6667 yr
0.000578 m
Atlantic meridional overturningt=716.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=716.6667 yr
0 ZJ
Upper-ocean global mean pHt=733.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=733.3333 yr
0.000589 m
Atlantic meridional overturningt=733.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=733.3333 yr
0 ZJ
Upper-ocean global mean pHt=750 yr
8.163831 1
Global mean sea level anomaly relative to run startt=750 yr
0.0006 m
Atlantic meridional overturningt=750 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=750 yr
0 ZJ
Upper-ocean global mean pHt=766.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=766.6667 yr
0.000611 m
Atlantic meridional overturningt=766.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=766.6667 yr
0 ZJ
Upper-ocean global mean pHt=783.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=783.3333 yr
0.000623 m
Atlantic meridional overturningt=783.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=783.3333 yr
0 ZJ
Upper-ocean global mean pHt=800 yr
8.163831 1
Global mean sea level anomaly relative to run startt=800 yr
0.000634 m
Atlantic meridional overturningt=800 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=800 yr
0 ZJ
Upper-ocean global mean pHt=816.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=816.6667 yr
0.000645 m
Atlantic meridional overturningt=816.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=816.6667 yr
0 ZJ
Upper-ocean global mean pHt=833.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=833.3333 yr
0.000656 m
Atlantic meridional overturningt=833.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=833.3333 yr
0 ZJ
Upper-ocean global mean pHt=850 yr
8.163831 1
Global mean sea level anomaly relative to run startt=850 yr
0.000668 m
Atlantic meridional overturningt=850 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=850 yr
0 ZJ
Upper-ocean global mean pHt=866.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=866.6667 yr
0.000679 m
Atlantic meridional overturningt=866.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=866.6667 yr
0 ZJ
Upper-ocean global mean pHt=883.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=883.3333 yr
0.00069 m
Atlantic meridional overturningt=883.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=883.3333 yr
0 ZJ
Upper-ocean global mean pHt=900 yr
8.163831 1
Global mean sea level anomaly relative to run startt=900 yr
0.000701 m
Atlantic meridional overturningt=900 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=900 yr
0 ZJ
Upper-ocean global mean pHt=916.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=916.6667 yr
0.000712 m
Atlantic meridional overturningt=916.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=916.6667 yr
0 ZJ
Upper-ocean global mean pHt=933.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=933.3333 yr
0.000724 m
Atlantic meridional overturningt=933.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=933.3333 yr
0 ZJ
Upper-ocean global mean pHt=950 yr
8.163831 1
Global mean sea level anomaly relative to run startt=950 yr
0.000734 m
Atlantic meridional overturningt=950 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=950 yr
0 ZJ
Upper-ocean global mean pHt=966.6667 yr
8.163831 1
Global mean sea level anomaly relative to run startt=966.6667 yr
0.000745 m
Atlantic meridional overturningt=966.6667 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=966.6667 yr
0 ZJ
Upper-ocean global mean pHt=983.3333 yr
8.163831 1
Global mean sea level anomaly relative to run startt=983.3333 yr
0.000756 m
Atlantic meridional overturningt=983.3333 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=983.3333 yr
0 ZJ
Upper-ocean global mean pHt=1000 yr
8.163831 1
Global mean sea level anomaly relative to run startt=1000 yr
0.000767 m
Atlantic meridional overturningt=1000 yr
UNAVAILABLE — not modelled
Whole-ocean heat content anomalyt=1000 yr
0 ZJ

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

infrastructure

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=66.6667 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=233.3333 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=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=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=566.6667 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=733.3333 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=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

lithosphere

Global carbonate + silicate weathering fluxt=0 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=16.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=33.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=50 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=66.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=83.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=100 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=116.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=133.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=150 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=166.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=183.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=200 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=216.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=233.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=250 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=266.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=283.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=300 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=316.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=333.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=350 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=366.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=383.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=400 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=416.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=433.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=450 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=466.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=483.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=500 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=516.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=533.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=550 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=566.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=583.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=600 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=616.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=633.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=650 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=666.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=683.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=700 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=716.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=733.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=750 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=766.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=783.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=800 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=816.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=833.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=850 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=866.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=883.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=900 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=916.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=933.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=950 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=966.6667 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=983.3333 yr
16.235118 Tmol/yr
Global carbonate + silicate weathering fluxt=1000 yr
16.235118 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
62.4 m SLE
Land ice volumet=16.6667 yr
62.399984 m SLE
Land ice volumet=33.3333 yr
62.399969 m SLE
Land ice volumet=50 yr
62.399953 m SLE
Land ice volumet=66.6667 yr
62.399938 m SLE
Land ice volumet=83.3333 yr
62.399922 m SLE
Land ice volumet=100 yr
62.399906 m SLE
Land ice volumet=116.6667 yr
62.399891 m SLE
Land ice volumet=133.3333 yr
62.399875 m SLE
Land ice volumet=150 yr
62.39986 m SLE
Land ice volumet=166.6667 yr
62.399844 m SLE
Land ice volumet=183.3333 yr
62.399829 m SLE
Land ice volumet=200 yr
62.399813 m SLE
Land ice volumet=216.6667 yr
62.399797 m SLE
Land ice volumet=233.3333 yr
62.399782 m SLE
Land ice volumet=250 yr
62.399766 m SLE
Land ice volumet=266.6667 yr
62.399751 m SLE
Land ice volumet=283.3333 yr
62.399736 m SLE
Land ice volumet=300 yr
62.399721 m SLE
Land ice volumet=316.6667 yr
62.399706 m SLE
Land ice volumet=333.3333 yr
62.399691 m SLE
Land ice volumet=350 yr
62.399677 m SLE
Land ice volumet=366.6667 yr
62.399662 m SLE
Land ice volumet=383.3333 yr
62.399648 m SLE
Land ice volumet=400 yr
62.399636 m SLE
Land ice volumet=416.6667 yr
62.399624 m SLE
Land ice volumet=433.3333 yr
62.399613 m SLE
Land ice volumet=450 yr
62.399602 m SLE
Land ice volumet=466.6667 yr
62.399591 m SLE
Land ice volumet=483.3333 yr
62.39958 m SLE
Land ice volumet=500 yr
62.399568 m SLE
Land ice volumet=516.6667 yr
62.399557 m SLE
Land ice volumet=533.3333 yr
62.399546 m SLE
Land ice volumet=550 yr
62.399535 m SLE
Land ice volumet=566.6667 yr
62.399523 m SLE
Land ice volumet=583.3333 yr
62.399512 m SLE
Land ice volumet=600 yr
62.399501 m SLE
Land ice volumet=616.6667 yr
62.39949 m SLE
Land ice volumet=633.3333 yr
62.399478 m SLE
Land ice volumet=650 yr
62.399467 m SLE
Land ice volumet=666.6667 yr
62.399456 m SLE
Land ice volumet=683.3333 yr
62.399445 m SLE
Land ice volumet=700 yr
62.399434 m SLE
Land ice volumet=716.6667 yr
62.399422 m SLE
Land ice volumet=733.3333 yr
62.399411 m SLE
Land ice volumet=750 yr
62.3994 m SLE
Land ice volumet=766.6667 yr
62.399389 m SLE
Land ice volumet=783.3333 yr
62.399377 m SLE
Land ice volumet=800 yr
62.399366 m SLE
Land ice volumet=816.6667 yr
62.399355 m SLE
Land ice volumet=833.3333 yr
62.399344 m SLE
Land ice volumet=850 yr
62.399332 m SLE
Land ice volumet=866.6667 yr
62.399321 m SLE
Land ice volumet=883.3333 yr
62.39931 m SLE
Land ice volumet=900 yr
62.399299 m SLE
Land ice volumet=916.6667 yr
62.399288 m SLE
Land ice volumet=933.3333 yr
62.399276 m SLE
Land ice volumet=950 yr
62.399266 m SLE
Land ice volumet=966.6667 yr
62.399255 m SLE
Land ice volumet=983.3333 yr
62.399244 m SLE
Land ice volumet=1000 yr
62.399233 m SLE

atmosphere

Atmospheric CO2t=0 yr
280 ppm
Global mean surface temperature anomalyt=0 yr
0 K
Atmospheric CO2t=16.6667 yr
279.999999 ppm
Global mean surface temperature anomalyt=16.6667 yr
0 K
Atmospheric CO2t=33.3333 yr
279.999998 ppm
Global mean surface temperature anomalyt=33.3333 yr
0 K
Atmospheric CO2t=50 yr
279.999997 ppm
Global mean surface temperature anomalyt=50 yr
0 K
Atmospheric CO2t=66.6667 yr
279.999996 ppm
Global mean surface temperature anomalyt=66.6667 yr
0 K
Atmospheric CO2t=83.3333 yr
279.999995 ppm
Global mean surface temperature anomalyt=83.3333 yr
0 K
Atmospheric CO2t=100 yr
279.999994 ppm
Global mean surface temperature anomalyt=100 yr
0 K
Atmospheric CO2t=116.6667 yr
279.999993 ppm
Global mean surface temperature anomalyt=116.6667 yr
0 K
Atmospheric CO2t=133.3333 yr
279.999992 ppm
Global mean surface temperature anomalyt=133.3333 yr
0 K
Atmospheric CO2t=150 yr
279.999991 ppm
Global mean surface temperature anomalyt=150 yr
0 K
Atmospheric CO2t=166.6667 yr
279.99999 ppm
Global mean surface temperature anomalyt=166.6667 yr
0 K
Atmospheric CO2t=183.3333 yr
279.999989 ppm
Global mean surface temperature anomalyt=183.3333 yr
0 K
Atmospheric CO2t=200 yr
279.999988 ppm
Global mean surface temperature anomalyt=200 yr
0 K
Atmospheric CO2t=216.6667 yr
279.999987 ppm
Global mean surface temperature anomalyt=216.6667 yr
0 K
Atmospheric CO2t=233.3333 yr
279.999986 ppm
Global mean surface temperature anomalyt=233.3333 yr
0 K
Atmospheric CO2t=250 yr
279.999985 ppm
Global mean surface temperature anomalyt=250 yr
0 K
Atmospheric CO2t=266.6667 yr
280 ppm
Global mean surface temperature anomalyt=266.6667 yr
0 K
Atmospheric CO2t=283.3333 yr
280 ppm
Global mean surface temperature anomalyt=283.3333 yr
0 K
Atmospheric CO2t=300 yr
280 ppm
Global mean surface temperature anomalyt=300 yr
0 K
Atmospheric CO2t=316.6667 yr
280 ppm
Global mean surface temperature anomalyt=316.6667 yr
0 K
Atmospheric CO2t=333.3333 yr
280 ppm
Global mean surface temperature anomalyt=333.3333 yr
0 K
Atmospheric CO2t=350 yr
280 ppm
Global mean surface temperature anomalyt=350 yr
0 K
Atmospheric CO2t=366.6667 yr
280 ppm
Global mean surface temperature anomalyt=366.6667 yr
0 K
Atmospheric CO2t=383.3333 yr
280 ppm
Global mean surface temperature anomalyt=383.3333 yr
0 K
Atmospheric CO2t=400 yr
280 ppm
Global mean surface temperature anomalyt=400 yr
0 K
Atmospheric CO2t=416.6667 yr
280 ppm
Global mean surface temperature anomalyt=416.6667 yr
0 K
Atmospheric CO2t=433.3333 yr
280 ppm
Global mean surface temperature anomalyt=433.3333 yr
0 K
Atmospheric CO2t=450 yr
280 ppm
Global mean surface temperature anomalyt=450 yr
0 K
Atmospheric CO2t=466.6667 yr
280 ppm
Global mean surface temperature anomalyt=466.6667 yr
0 K
Atmospheric CO2t=483.3333 yr
280 ppm
Global mean surface temperature anomalyt=483.3333 yr
0 K
Atmospheric CO2t=500 yr
280 ppm
Global mean surface temperature anomalyt=500 yr
0 K
Atmospheric CO2t=516.6667 yr
280 ppm
Global mean surface temperature anomalyt=516.6667 yr
0 K
Atmospheric CO2t=533.3333 yr
280 ppm
Global mean surface temperature anomalyt=533.3333 yr
0 K
Atmospheric CO2t=550 yr
280 ppm
Global mean surface temperature anomalyt=550 yr
0 K
Atmospheric CO2t=566.6667 yr
280 ppm
Global mean surface temperature anomalyt=566.6667 yr
0 K
Atmospheric CO2t=583.3333 yr
280 ppm
Global mean surface temperature anomalyt=583.3333 yr
0 K
Atmospheric CO2t=600 yr
280 ppm
Global mean surface temperature anomalyt=600 yr
0 K
Atmospheric CO2t=616.6667 yr
280 ppm
Global mean surface temperature anomalyt=616.6667 yr
0 K
Atmospheric CO2t=633.3333 yr
280 ppm
Global mean surface temperature anomalyt=633.3333 yr
0 K
Atmospheric CO2t=650 yr
280 ppm
Global mean surface temperature anomalyt=650 yr
0 K
Atmospheric CO2t=666.6667 yr
280 ppm
Global mean surface temperature anomalyt=666.6667 yr
0 K
Atmospheric CO2t=683.3333 yr
280 ppm
Global mean surface temperature anomalyt=683.3333 yr
0 K
Atmospheric CO2t=700 yr
280 ppm
Global mean surface temperature anomalyt=700 yr
0 K
Atmospheric CO2t=716.6667 yr
280 ppm
Global mean surface temperature anomalyt=716.6667 yr
0 K
Atmospheric CO2t=733.3333 yr
280 ppm
Global mean surface temperature anomalyt=733.3333 yr
0 K
Atmospheric CO2t=750 yr
280 ppm
Global mean surface temperature anomalyt=750 yr
0 K
Atmospheric CO2t=766.6667 yr
280 ppm
Global mean surface temperature anomalyt=766.6667 yr
0 K
Atmospheric CO2t=783.3333 yr
280 ppm
Global mean surface temperature anomalyt=783.3333 yr
0 K
Atmospheric CO2t=800 yr
280 ppm
Global mean surface temperature anomalyt=800 yr
0 K
Atmospheric CO2t=816.6667 yr
280 ppm
Global mean surface temperature anomalyt=816.6667 yr
0 K
Atmospheric CO2t=833.3333 yr
280 ppm
Global mean surface temperature anomalyt=833.3333 yr
0 K
Atmospheric CO2t=850 yr
280 ppm
Global mean surface temperature anomalyt=850 yr
0 K
Atmospheric CO2t=866.6667 yr
280 ppm
Global mean surface temperature anomalyt=866.6667 yr
0 K
Atmospheric CO2t=883.3333 yr
280 ppm
Global mean surface temperature anomalyt=883.3333 yr
0 K
Atmospheric CO2t=900 yr
280 ppm
Global mean surface temperature anomalyt=900 yr
0 K
Atmospheric CO2t=916.6667 yr
280 ppm
Global mean surface temperature anomalyt=916.6667 yr
0 K
Atmospheric CO2t=933.3333 yr
280 ppm
Global mean surface temperature anomalyt=933.3333 yr
0 K
Atmospheric CO2t=950 yr
280 ppm
Global mean surface temperature anomalyt=950 yr
0 K
Atmospheric CO2t=966.6667 yr
280 ppm
Global mean surface temperature anomalyt=966.6667 yr
0 K
Atmospheric CO2t=983.3333 yr
280 ppm
Global mean surface temperature anomalyt=983.3333 yr
0 K
Atmospheric CO2t=1000 yr
280 ppm
Global mean surface temperature anomalyt=1000 yr
0 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=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=200 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=366.6667 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=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=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=700 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=866.6667 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=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	CO2 and GMST inside declared numeric guard ranges (co2_ppm in [280.00, 280.00]; gmst_anomaly_k in [-0.00, 0.00]); no other quantity checked	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	522896abfa7d / 522896abfa7d	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.