present_day · stabilisation · 300 yr · 64 members · member 35
seed 1121857573 · 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-dc6777f8c-n2ptm · present_day · stabilisation · 300 yr
Engine shft-earth-core-0.2.0 · scientific backbone SURFER v3.0 (archive 10.5281/zenodo.14717610) · upstream code unmodified · 301 annual solver steps mapped onto 61 SHFT points.
Earth state by system layer
biogeochemistry
- Global net primary productivityt=10 yrUNAVAILABLE — not modelled
- Global net primary productivityt=0 yrUNAVAILABLE — not modelled
- Global net primary productivityt=5 yrUNAVAILABLE — not modelled
- Global net primary productivityt=15 yrUNAVAILABLE — not modelled
- Global net primary productivityt=20 yrUNAVAILABLE — not modelled
- Global net primary productivityt=25 yrUNAVAILABLE — not modelled
- Global net primary productivityt=30 yrUNAVAILABLE — not modelled
- Global net primary productivityt=35 yrUNAVAILABLE — not modelled
- Global net primary productivityt=40 yrUNAVAILABLE — not modelled
- Global net primary productivityt=45 yrUNAVAILABLE — not modelled
- Global net primary productivityt=50 yrUNAVAILABLE — not modelled
- Global net primary productivityt=55 yrUNAVAILABLE — not modelled
- Global net primary productivityt=60 yrUNAVAILABLE — not modelled
- Global net primary productivityt=65 yrUNAVAILABLE — not modelled
- Global net primary productivityt=70 yrUNAVAILABLE — not modelled
- Global net primary productivityt=75 yrUNAVAILABLE — not modelled
- Global net primary productivityt=80 yrUNAVAILABLE — not modelled
- Global net primary productivityt=85 yrUNAVAILABLE — not modelled
- Global net primary productivityt=90 yrUNAVAILABLE — not modelled
- Global net primary productivityt=95 yrUNAVAILABLE — not modelled
- Global net primary productivityt=100 yrUNAVAILABLE — not modelled
- Global net primary productivityt=105 yrUNAVAILABLE — not modelled
- Global net primary productivityt=110 yrUNAVAILABLE — not modelled
- Global net primary productivityt=115 yrUNAVAILABLE — not modelled
- Global net primary productivityt=120 yrUNAVAILABLE — not modelled
- Global net primary productivityt=125 yrUNAVAILABLE — not modelled
- Global net primary productivityt=130 yrUNAVAILABLE — not modelled
- Global net primary productivityt=135 yrUNAVAILABLE — not modelled
- Global net primary productivityt=160 yrUNAVAILABLE — not modelled
- Global net primary productivityt=140 yrUNAVAILABLE — not modelled
- Global net primary productivityt=145 yrUNAVAILABLE — not modelled
- Global net primary productivityt=150 yrUNAVAILABLE — not modelled
- Global net primary productivityt=155 yrUNAVAILABLE — not modelled
- Global net primary productivityt=165 yrUNAVAILABLE — not modelled
- Global net primary productivityt=170 yrUNAVAILABLE — not modelled
- Global net primary productivityt=175 yrUNAVAILABLE — not modelled
- Global net primary productivityt=180 yrUNAVAILABLE — not modelled
- Global net primary productivityt=185 yrUNAVAILABLE — not modelled
- Global net primary productivityt=190 yrUNAVAILABLE — not modelled
- Global net primary productivityt=195 yrUNAVAILABLE — not modelled
- Global net primary productivityt=200 yrUNAVAILABLE — not modelled
- Global net primary productivityt=205 yrUNAVAILABLE — not modelled
- Global net primary productivityt=210 yrUNAVAILABLE — not modelled
- Global net primary productivityt=215 yrUNAVAILABLE — not modelled
- Global net primary productivityt=220 yrUNAVAILABLE — not modelled
- Global net primary productivityt=225 yrUNAVAILABLE — not modelled
- Global net primary productivityt=230 yrUNAVAILABLE — not modelled
- Global net primary productivityt=235 yrUNAVAILABLE — not modelled
- Global net primary productivityt=240 yrUNAVAILABLE — not modelled
- Global net primary productivityt=245 yrUNAVAILABLE — not modelled
- Global net primary productivityt=250 yrUNAVAILABLE — not modelled
- Global net primary productivityt=255 yrUNAVAILABLE — not modelled
- Global net primary productivityt=260 yrUNAVAILABLE — not modelled
- Global net primary productivityt=265 yrUNAVAILABLE — not modelled
- Global net primary productivityt=270 yrUNAVAILABLE — not modelled
- Global net primary productivityt=275 yrUNAVAILABLE — not modelled
- Global net primary productivityt=280 yrUNAVAILABLE — not modelled
- Global net primary productivityt=285 yrUNAVAILABLE — not modelled
- Global net primary productivityt=290 yrUNAVAILABLE — not modelled
- Global net primary productivityt=295 yrUNAVAILABLE — not modelled
- Global net primary productivityt=300 yrUNAVAILABLE — not modelled
ocean
- Upper-ocean global mean pHt=0 yr8.053786 1
- Global mean sea level anomaly relative to run startt=0 yr0 m
- Atlantic meridional overturningt=0 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=0 yr0 ZJ
- Upper-ocean global mean pHt=5 yr8.047015 1
- Global mean sea level anomaly relative to run startt=5 yr0.026914 m
- Atlantic meridional overturningt=5 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=5 yr64.951756 ZJ
- Upper-ocean global mean pHt=10 yr8.040941 1
- Global mean sea level anomaly relative to run startt=10 yr0.053193 m
- Atlantic meridional overturningt=10 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=10 yr122.551745 ZJ
- Upper-ocean global mean pHt=15 yr8.035273 1
- Global mean sea level anomaly relative to run startt=15 yr0.079171 m
- Atlantic meridional overturningt=15 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=15 yr176.867511 ZJ
- Upper-ocean global mean pHt=20 yr8.029957 1
- Global mean sea level anomaly relative to run startt=20 yr0.10513 m
- Atlantic meridional overturningt=20 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=20 yr230.386481 ZJ
- Upper-ocean global mean pHt=25 yr8.02498 1
- Global mean sea level anomaly relative to run startt=25 yr0.131272 m
- Atlantic meridional overturningt=25 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=25 yr284.355347 ZJ
- Upper-ocean global mean pHt=30 yr8.020344 1
- Global mean sea level anomaly relative to run startt=30 yr0.157722 m
- Atlantic meridional overturningt=30 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=30 yr339.335641 ZJ
- Upper-ocean global mean pHt=35 yr8.016058 1
- Global mean sea level anomaly relative to run startt=35 yr0.184552 m
- Atlantic meridional overturningt=35 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=35 yr395.502257 ZJ
- Upper-ocean global mean pHt=40 yr8.012132 1
- Global mean sea level anomaly relative to run startt=40 yr0.211788 m
- Atlantic meridional overturningt=40 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=40 yr452.786141 ZJ
- Upper-ocean global mean pHt=45 yr8.008573 1
- Global mean sea level anomaly relative to run startt=45 yr0.239423 m
- Atlantic meridional overturningt=45 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=45 yr511.019518 ZJ
- Upper-ocean global mean pHt=50 yr8.00539 1
- Global mean sea level anomaly relative to run startt=50 yr0.267432 m
- Atlantic meridional overturningt=50 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=50 yr569.994898 ZJ
- Upper-ocean global mean pHt=55 yr8.002588 1
- Global mean sea level anomaly relative to run startt=55 yr0.295775 m
- Atlantic meridional overturningt=55 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=55 yr629.48764 ZJ
- Upper-ocean global mean pHt=60 yr8.000171 1
- Global mean sea level anomaly relative to run startt=60 yr0.324403 m
- Atlantic meridional overturningt=60 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=60 yr689.274402 ZJ
- Upper-ocean global mean pHt=65 yr7.998142 1
- Global mean sea level anomaly relative to run startt=65 yr0.353259 m
- Atlantic meridional overturningt=65 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=65 yr749.140766 ZJ
- Upper-ocean global mean pHt=70 yr7.996504 1
- Global mean sea level anomaly relative to run startt=70 yr0.382286 m
- Atlantic meridional overturningt=70 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=70 yr808.882407 ZJ
- Upper-ocean global mean pHt=75 yr7.995258 1
- Global mean sea level anomaly relative to run startt=75 yr0.411423 m
- Atlantic meridional overturningt=75 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=75 yr868.30458 ZJ
- Upper-ocean global mean pHt=80 yr7.994407 1
- Global mean sea level anomaly relative to run startt=80 yr0.440606 m
- Atlantic meridional overturningt=80 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=80 yr927.221455 ZJ
- Upper-ocean global mean pHt=85 yr7.993949 1
- Global mean sea level anomaly relative to run startt=85 yr0.469772 m
- Atlantic meridional overturningt=85 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=85 yr985.454643 ZJ
- Upper-ocean global mean pHt=90 yr7.993886 1
- Global mean sea level anomaly relative to run startt=90 yr0.498858 m
- Atlantic meridional overturningt=90 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=90 yr1042.832002 ZJ
- Upper-ocean global mean pHt=95 yr7.994219 1
- Global mean sea level anomaly relative to run startt=95 yr0.527801 m
- Atlantic meridional overturningt=95 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=95 yr1099.186597 ZJ
- Upper-ocean global mean pHt=100 yr7.994946 1
- Global mean sea level anomaly relative to run startt=100 yr0.556537 m
- Atlantic meridional overturningt=100 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=100 yr1154.35603 ZJ
- Upper-ocean global mean pHt=105 yr7.995761 1
- Global mean sea level anomaly relative to run startt=105 yr0.58502 m
- Atlantic meridional overturningt=105 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=105 yr1208.297003 ZJ
- Upper-ocean global mean pHt=110 yr7.996368 1
- Global mean sea level anomaly relative to run startt=110 yr0.613268 m
- Atlantic meridional overturningt=110 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=110 yr1261.309 ZJ
- Upper-ocean global mean pHt=115 yr7.996875 1
- Global mean sea level anomaly relative to run startt=115 yr0.6413 m
- Atlantic meridional overturningt=115 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=115 yr1313.599842 ZJ
- Upper-ocean global mean pHt=120 yr7.997338 1
- Global mean sea level anomaly relative to run startt=120 yr0.669125 m
- Atlantic meridional overturningt=120 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=120 yr1365.268523 ZJ
- Upper-ocean global mean pHt=125 yr7.997779 1
- Global mean sea level anomaly relative to run startt=125 yr0.696746 m
- Atlantic meridional overturningt=125 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=125 yr1416.369515 ZJ
- Upper-ocean global mean pHt=130 yr7.99821 1
- Global mean sea level anomaly relative to run startt=130 yr0.724167 m
- Atlantic meridional overturningt=130 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=130 yr1466.936875 ZJ
- Upper-ocean global mean pHt=135 yr7.998635 1
- Global mean sea level anomaly relative to run startt=135 yr0.751389 m
- Atlantic meridional overturningt=135 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=135 yr1516.995916 ZJ
- Upper-ocean global mean pHt=140 yr7.999058 1
- Global mean sea level anomaly relative to run startt=140 yr0.778413 m
- Atlantic meridional overturningt=140 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=140 yr1566.567767 ZJ
- Upper-ocean global mean pHt=145 yr7.999478 1
- Global mean sea level anomaly relative to run startt=145 yr0.80524 m
- Atlantic meridional overturningt=145 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=145 yr1615.671325 ZJ
- Upper-ocean global mean pHt=150 yr7.999896 1
- Global mean sea level anomaly relative to run startt=150 yr0.831872 m
- Atlantic meridional overturningt=150 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=150 yr1664.324023 ZJ
- Upper-ocean global mean pHt=155 yr8.000313 1
- Global mean sea level anomaly relative to run startt=155 yr0.858309 m
- Atlantic meridional overturningt=155 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=155 yr1712.542038 ZJ
- Upper-ocean global mean pHt=160 yr8.000728 1
- Global mean sea level anomaly relative to run startt=160 yr0.884552 m
- Atlantic meridional overturningt=160 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=160 yr1760.340405 ZJ
- Upper-ocean global mean pHt=165 yr8.001141 1
- Global mean sea level anomaly relative to run startt=165 yr0.910603 m
- Atlantic meridional overturningt=165 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=165 yr1807.733123 ZJ
- Upper-ocean global mean pHt=170 yr8.001553 1
- Global mean sea level anomaly relative to run startt=170 yr0.936464 m
- Atlantic meridional overturningt=170 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=170 yr1854.733201 ZJ
- Upper-ocean global mean pHt=175 yr8.001963 1
- Global mean sea level anomaly relative to run startt=175 yr0.962135 m
- Atlantic meridional overturningt=175 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=175 yr1901.352603 ZJ
- Upper-ocean global mean pHt=180 yr8.002371 1
- Global mean sea level anomaly relative to run startt=180 yr0.987619 m
- Atlantic meridional overturningt=180 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=180 yr1947.601866 ZJ
- Upper-ocean global mean pHt=185 yr8.002778 1
- Global mean sea level anomaly relative to run startt=185 yr1.012916 m
- Atlantic meridional overturningt=185 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=185 yr1993.491895 ZJ
- Upper-ocean global mean pHt=190 yr8.003182 1
- Global mean sea level anomaly relative to run startt=190 yr1.038029 m
- Atlantic meridional overturningt=190 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=190 yr2039.032478 ZJ
- Upper-ocean global mean pHt=195 yr8.003585 1
- Global mean sea level anomaly relative to run startt=195 yr1.06296 m
- Atlantic meridional overturningt=195 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=195 yr2084.230323 ZJ
- Upper-ocean global mean pHt=200 yr8.003986 1
- Global mean sea level anomaly relative to run startt=200 yr1.087709 m
- Atlantic meridional overturningt=200 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=200 yr2129.096503 ZJ
- Upper-ocean global mean pHt=205 yr8.004385 1
- Global mean sea level anomaly relative to run startt=205 yr1.112279 m
- Atlantic meridional overturningt=205 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=205 yr2173.638958 ZJ
- Upper-ocean global mean pHt=210 yr8.004782 1
- Global mean sea level anomaly relative to run startt=210 yr1.136672 m
- Atlantic meridional overturningt=210 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=210 yr2217.861608 ZJ
- Upper-ocean global mean pHt=215 yr8.005177 1
- Global mean sea level anomaly relative to run startt=215 yr1.160889 m
- Atlantic meridional overturningt=215 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=215 yr2261.774612 ZJ
- Upper-ocean global mean pHt=220 yr8.005571 1
- Global mean sea level anomaly relative to run startt=220 yr1.184933 m
- Atlantic meridional overturningt=220 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=220 yr2305.383979 ZJ
- Upper-ocean global mean pHt=225 yr8.005962 1
- Global mean sea level anomaly relative to run startt=225 yr1.208804 m
- Atlantic meridional overturningt=225 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=225 yr2348.692493 ZJ
- Upper-ocean global mean pHt=230 yr8.006351 1
- Global mean sea level anomaly relative to run startt=230 yr1.232506 m
- Atlantic meridional overturningt=230 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=230 yr2391.708599 ZJ
- Upper-ocean global mean pHt=235 yr8.006738 1
- Global mean sea level anomaly relative to run startt=235 yr1.256039 m
- Atlantic meridional overturningt=235 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=235 yr2434.437037 ZJ
- Upper-ocean global mean pHt=240 yr8.007124 1
- Global mean sea level anomaly relative to run startt=240 yr1.279406 m
- Atlantic meridional overturningt=240 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=240 yr2476.880776 ZJ
- Upper-ocean global mean pHt=245 yr8.007507 1
- Global mean sea level anomaly relative to run startt=245 yr1.302608 m
- Atlantic meridional overturningt=245 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=245 yr2519.045703 ZJ
- Upper-ocean global mean pHt=250 yr8.007888 1
- Global mean sea level anomaly relative to run startt=250 yr1.325648 m
- Atlantic meridional overturningt=250 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=250 yr2560.93553 ZJ
- Upper-ocean global mean pHt=255 yr8.008268 1
- Global mean sea level anomaly relative to run startt=255 yr1.348527 m
- Atlantic meridional overturningt=255 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=255 yr2602.554658 ZJ
- Upper-ocean global mean pHt=260 yr8.008645 1
- Global mean sea level anomaly relative to run startt=260 yr1.371247 m
- Atlantic meridional overturningt=260 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=260 yr2643.907474 ZJ
- Upper-ocean global mean pHt=265 yr8.00902 1
- Global mean sea level anomaly relative to run startt=265 yr1.393811 m
- Atlantic meridional overturningt=265 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=265 yr2684.995571 ZJ
- Upper-ocean global mean pHt=270 yr8.009394 1
- Global mean sea level anomaly relative to run startt=270 yr1.416218 m
- Atlantic meridional overturningt=270 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=270 yr2725.820881 ZJ
- Upper-ocean global mean pHt=275 yr8.009765 1
- Global mean sea level anomaly relative to run startt=275 yr1.438473 m
- Atlantic meridional overturningt=275 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=275 yr2766.387716 ZJ
- Upper-ocean global mean pHt=280 yr8.010135 1
- Global mean sea level anomaly relative to run startt=280 yr1.460576 m
- Atlantic meridional overturningt=280 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=280 yr2806.700237 ZJ
- Upper-ocean global mean pHt=285 yr8.010502 1
- Global mean sea level anomaly relative to run startt=285 yr1.482528 m
- Atlantic meridional overturningt=285 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=285 yr2846.758996 ZJ
- Upper-ocean global mean pHt=290 yr8.010868 1
- Global mean sea level anomaly relative to run startt=290 yr1.504333 m
- Atlantic meridional overturningt=290 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=290 yr2886.565738 ZJ
- Upper-ocean global mean pHt=295 yr8.011232 1
- Global mean sea level anomaly relative to run startt=295 yr1.525991 m
- Atlantic meridional overturningt=295 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=295 yr2926.122744 ZJ
- Upper-ocean global mean pHt=300 yr8.011593 1
- Global mean sea level anomaly relative to run startt=300 yr1.547505 m
- Atlantic meridional overturningt=300 yrUNAVAILABLE — not modelled
- Whole-ocean heat content anomalyt=300 yr2965.433381 ZJ
vegetation
- Global forest covert=0 yrUNAVAILABLE — not modelled
- Global forest covert=5 yrUNAVAILABLE — not modelled
- Global forest covert=10 yrUNAVAILABLE — not modelled
- Global forest covert=15 yrUNAVAILABLE — not modelled
- Global forest covert=20 yrUNAVAILABLE — not modelled
- Global forest covert=25 yrUNAVAILABLE — not modelled
- Global forest covert=30 yrUNAVAILABLE — not modelled
- Global forest covert=35 yrUNAVAILABLE — not modelled
- Global forest covert=40 yrUNAVAILABLE — not modelled
- Global forest covert=45 yrUNAVAILABLE — not modelled
- Global forest covert=50 yrUNAVAILABLE — not modelled
- Global forest covert=55 yrUNAVAILABLE — not modelled
- Global forest covert=60 yrUNAVAILABLE — not modelled
- Global forest covert=65 yrUNAVAILABLE — not modelled
- Global forest covert=70 yrUNAVAILABLE — not modelled
- Global forest covert=75 yrUNAVAILABLE — not modelled
- Global forest covert=80 yrUNAVAILABLE — not modelled
- Global forest covert=85 yrUNAVAILABLE — not modelled
- Global forest covert=90 yrUNAVAILABLE — not modelled
- Global forest covert=95 yrUNAVAILABLE — not modelled
- Global forest covert=100 yrUNAVAILABLE — not modelled
- Global forest covert=105 yrUNAVAILABLE — not modelled
- Global forest covert=110 yrUNAVAILABLE — not modelled
- Global forest covert=115 yrUNAVAILABLE — not modelled
- Global forest covert=120 yrUNAVAILABLE — not modelled
- Global forest covert=125 yrUNAVAILABLE — not modelled
- Global forest covert=130 yrUNAVAILABLE — not modelled
- Global forest covert=135 yrUNAVAILABLE — not modelled
- Global forest covert=140 yrUNAVAILABLE — not modelled
- Global forest covert=145 yrUNAVAILABLE — not modelled
- Global forest covert=150 yrUNAVAILABLE — not modelled
- Global forest covert=155 yrUNAVAILABLE — not modelled
- Global forest covert=160 yrUNAVAILABLE — not modelled
- Global forest covert=165 yrUNAVAILABLE — not modelled
- Global forest covert=170 yrUNAVAILABLE — not modelled
- Global forest covert=175 yrUNAVAILABLE — not modelled
- Global forest covert=180 yrUNAVAILABLE — not modelled
- Global forest covert=185 yrUNAVAILABLE — not modelled
- Global forest covert=190 yrUNAVAILABLE — not modelled
- Global forest covert=195 yrUNAVAILABLE — not modelled
- Global forest covert=200 yrUNAVAILABLE — not modelled
- Global forest covert=205 yrUNAVAILABLE — not modelled
- Global forest covert=210 yrUNAVAILABLE — not modelled
- Global forest covert=215 yrUNAVAILABLE — not modelled
- Global forest covert=220 yrUNAVAILABLE — not modelled
- Global forest covert=225 yrUNAVAILABLE — not modelled
- Global forest covert=230 yrUNAVAILABLE — not modelled
- Global forest covert=235 yrUNAVAILABLE — not modelled
- Global forest covert=240 yrUNAVAILABLE — not modelled
- Global forest covert=245 yrUNAVAILABLE — not modelled
- Global forest covert=250 yrUNAVAILABLE — not modelled
- Global forest covert=255 yrUNAVAILABLE — not modelled
- Global forest covert=260 yrUNAVAILABLE — not modelled
- Global forest covert=265 yrUNAVAILABLE — not modelled
- Global forest covert=270 yrUNAVAILABLE — not modelled
- Global forest covert=275 yrUNAVAILABLE — not modelled
- Global forest covert=280 yrUNAVAILABLE — not modelled
- Global forest covert=285 yrUNAVAILABLE — not modelled
- Global forest covert=290 yrUNAVAILABLE — not modelled
- Global forest covert=295 yrUNAVAILABLE — not modelled
- Global forest covert=300 yrUNAVAILABLE — not modelled
hydrology
- Global river discharget=0 yrUNAVAILABLE — not modelled
- Global river discharget=5 yrUNAVAILABLE — not modelled
- Global river discharget=10 yrUNAVAILABLE — not modelled
- Global river discharget=15 yrUNAVAILABLE — not modelled
- Global river discharget=20 yrUNAVAILABLE — not modelled
- Global river discharget=25 yrUNAVAILABLE — not modelled
- Global river discharget=30 yrUNAVAILABLE — not modelled
- Global river discharget=35 yrUNAVAILABLE — not modelled
- Global river discharget=40 yrUNAVAILABLE — not modelled
- Global river discharget=45 yrUNAVAILABLE — not modelled
- Global river discharget=50 yrUNAVAILABLE — not modelled
- Global river discharget=55 yrUNAVAILABLE — not modelled
- Global river discharget=60 yrUNAVAILABLE — not modelled
- Global river discharget=65 yrUNAVAILABLE — not modelled
- Global river discharget=70 yrUNAVAILABLE — not modelled
- Global river discharget=75 yrUNAVAILABLE — not modelled
- Global river discharget=80 yrUNAVAILABLE — not modelled
- Global river discharget=85 yrUNAVAILABLE — not modelled
- Global river discharget=90 yrUNAVAILABLE — not modelled
- Global river discharget=95 yrUNAVAILABLE — not modelled
- Global river discharget=100 yrUNAVAILABLE — not modelled
- Global river discharget=105 yrUNAVAILABLE — not modelled
- Global river discharget=110 yrUNAVAILABLE — not modelled
- Global river discharget=115 yrUNAVAILABLE — not modelled
- Global river discharget=120 yrUNAVAILABLE — not modelled
- Global river discharget=125 yrUNAVAILABLE — not modelled
- Global river discharget=130 yrUNAVAILABLE — not modelled
- Global river discharget=135 yrUNAVAILABLE — not modelled
- Global river discharget=140 yrUNAVAILABLE — not modelled
- Global river discharget=145 yrUNAVAILABLE — not modelled
- Global river discharget=150 yrUNAVAILABLE — not modelled
- Global river discharget=155 yrUNAVAILABLE — not modelled
- Global river discharget=160 yrUNAVAILABLE — not modelled
- Global river discharget=165 yrUNAVAILABLE — not modelled
- Global river discharget=170 yrUNAVAILABLE — not modelled
- Global river discharget=175 yrUNAVAILABLE — not modelled
- Global river discharget=180 yrUNAVAILABLE — not modelled
- Global river discharget=185 yrUNAVAILABLE — not modelled
- Global river discharget=190 yrUNAVAILABLE — not modelled
- Global river discharget=195 yrUNAVAILABLE — not modelled
- Global river discharget=200 yrUNAVAILABLE — not modelled
- Global river discharget=205 yrUNAVAILABLE — not modelled
- Global river discharget=210 yrUNAVAILABLE — not modelled
- Global river discharget=215 yrUNAVAILABLE — not modelled
- Global river discharget=220 yrUNAVAILABLE — not modelled
- Global river discharget=225 yrUNAVAILABLE — not modelled
- Global river discharget=230 yrUNAVAILABLE — not modelled
- Global river discharget=235 yrUNAVAILABLE — not modelled
- Global river discharget=240 yrUNAVAILABLE — not modelled
- Global river discharget=245 yrUNAVAILABLE — not modelled
- Global river discharget=250 yrUNAVAILABLE — not modelled
- Global river discharget=255 yrUNAVAILABLE — not modelled
- Global river discharget=260 yrUNAVAILABLE — not modelled
- Global river discharget=265 yrUNAVAILABLE — not modelled
- Global river discharget=270 yrUNAVAILABLE — not modelled
- Global river discharget=275 yrUNAVAILABLE — not modelled
- Global river discharget=280 yrUNAVAILABLE — not modelled
- Global river discharget=285 yrUNAVAILABLE — not modelled
- Global river discharget=290 yrUNAVAILABLE — not modelled
- Global river discharget=295 yrUNAVAILABLE — not modelled
- Global river discharget=300 yrUNAVAILABLE — not modelled
infrastructure
- Urban land areat=0 yrUNAVAILABLE — not modelled
- Urban land areat=5 yrUNAVAILABLE — not modelled
- Urban land areat=10 yrUNAVAILABLE — not modelled
- Urban land areat=15 yrUNAVAILABLE — not modelled
- Urban land areat=20 yrUNAVAILABLE — not modelled
- Urban land areat=25 yrUNAVAILABLE — not modelled
- Urban land areat=30 yrUNAVAILABLE — not modelled
- Urban land areat=35 yrUNAVAILABLE — not modelled
- Urban land areat=40 yrUNAVAILABLE — not modelled
- Urban land areat=45 yrUNAVAILABLE — not modelled
- Urban land areat=50 yrUNAVAILABLE — not modelled
- Urban land areat=55 yrUNAVAILABLE — not modelled
- Urban land areat=60 yrUNAVAILABLE — not modelled
- Urban land areat=65 yrUNAVAILABLE — not modelled
- Urban land areat=70 yrUNAVAILABLE — not modelled
- Urban land areat=75 yrUNAVAILABLE — not modelled
- Urban land areat=80 yrUNAVAILABLE — not modelled
- Urban land areat=85 yrUNAVAILABLE — not modelled
- Urban land areat=90 yrUNAVAILABLE — not modelled
- Urban land areat=95 yrUNAVAILABLE — not modelled
- Urban land areat=120 yrUNAVAILABLE — not modelled
- Urban land areat=100 yrUNAVAILABLE — not modelled
- Urban land areat=105 yrUNAVAILABLE — not modelled
- Urban land areat=110 yrUNAVAILABLE — not modelled
- Urban land areat=115 yrUNAVAILABLE — not modelled
- Urban land areat=125 yrUNAVAILABLE — not modelled
- Urban land areat=130 yrUNAVAILABLE — not modelled
- Urban land areat=135 yrUNAVAILABLE — not modelled
- Urban land areat=140 yrUNAVAILABLE — not modelled
- Urban land areat=145 yrUNAVAILABLE — not modelled
- Urban land areat=150 yrUNAVAILABLE — not modelled
- Urban land areat=155 yrUNAVAILABLE — not modelled
- Urban land areat=160 yrUNAVAILABLE — not modelled
- Urban land areat=165 yrUNAVAILABLE — not modelled
- Urban land areat=170 yrUNAVAILABLE — not modelled
- Urban land areat=175 yrUNAVAILABLE — not modelled
- Urban land areat=180 yrUNAVAILABLE — not modelled
- Urban land areat=185 yrUNAVAILABLE — not modelled
- Urban land areat=190 yrUNAVAILABLE — not modelled
- Urban land areat=195 yrUNAVAILABLE — not modelled
- Urban land areat=200 yrUNAVAILABLE — not modelled
- Urban land areat=205 yrUNAVAILABLE — not modelled
- Urban land areat=210 yrUNAVAILABLE — not modelled
- Urban land areat=215 yrUNAVAILABLE — not modelled
- Urban land areat=220 yrUNAVAILABLE — not modelled
- Urban land areat=225 yrUNAVAILABLE — not modelled
- Urban land areat=230 yrUNAVAILABLE — not modelled
- Urban land areat=235 yrUNAVAILABLE — not modelled
- Urban land areat=240 yrUNAVAILABLE — not modelled
- Urban land areat=245 yrUNAVAILABLE — not modelled
- Urban land areat=270 yrUNAVAILABLE — not modelled
- Urban land areat=250 yrUNAVAILABLE — not modelled
- Urban land areat=255 yrUNAVAILABLE — not modelled
- Urban land areat=260 yrUNAVAILABLE — not modelled
- Urban land areat=265 yrUNAVAILABLE — not modelled
- Urban land areat=275 yrUNAVAILABLE — not modelled
- Urban land areat=280 yrUNAVAILABLE — not modelled
- Urban land areat=285 yrUNAVAILABLE — not modelled
- Urban land areat=290 yrUNAVAILABLE — not modelled
- Urban land areat=295 yrUNAVAILABLE — not modelled
- Urban land areat=300 yrUNAVAILABLE — not modelled
lithosphere
- Global carbonate + silicate weathering fluxt=0 yr18.22578 Tmol/yr
- Global carbonate + silicate weathering fluxt=5 yr18.335105 Tmol/yr
- Global carbonate + silicate weathering fluxt=10 yr18.391333 Tmol/yr
- Global carbonate + silicate weathering fluxt=15 yr18.427619 Tmol/yr
- Global carbonate + silicate weathering fluxt=20 yr18.461813 Tmol/yr
- Global carbonate + silicate weathering fluxt=25 yr18.500975 Tmol/yr
- Global carbonate + silicate weathering fluxt=30 yr18.54697 Tmol/yr
- Global carbonate + silicate weathering fluxt=35 yr18.599221 Tmol/yr
- Global carbonate + silicate weathering fluxt=40 yr18.655894 Tmol/yr
- Global carbonate + silicate weathering fluxt=45 yr18.715012 Tmol/yr
- Global carbonate + silicate weathering fluxt=50 yr18.774793 Tmol/yr
- Global carbonate + silicate weathering fluxt=55 yr18.833699 Tmol/yr
- Global carbonate + silicate weathering fluxt=60 yr18.890481 Tmol/yr
- Global carbonate + silicate weathering fluxt=65 yr18.94415 Tmol/yr
- Global carbonate + silicate weathering fluxt=70 yr18.993931 Tmol/yr
- Global carbonate + silicate weathering fluxt=75 yr19.03923 Tmol/yr
- Global carbonate + silicate weathering fluxt=80 yr19.079588 Tmol/yr
- Global carbonate + silicate weathering fluxt=85 yr19.11463 Tmol/yr
- Global carbonate + silicate weathering fluxt=90 yr19.144055 Tmol/yr
- Global carbonate + silicate weathering fluxt=95 yr19.167614 Tmol/yr
- Global carbonate + silicate weathering fluxt=100 yr19.185107 Tmol/yr
- Global carbonate + silicate weathering fluxt=105 yr19.197102 Tmol/yr
- Global carbonate + silicate weathering fluxt=110 yr19.206152 Tmol/yr
- Global carbonate + silicate weathering fluxt=115 yr19.213737 Tmol/yr
- Global carbonate + silicate weathering fluxt=120 yr19.22041 Tmol/yr
- Global carbonate + silicate weathering fluxt=125 yr19.226383 Tmol/yr
- Global carbonate + silicate weathering fluxt=130 yr19.231727 Tmol/yr
- Global carbonate + silicate weathering fluxt=135 yr19.236477 Tmol/yr
- Global carbonate + silicate weathering fluxt=140 yr19.240654 Tmol/yr
- Global carbonate + silicate weathering fluxt=145 yr19.244284 Tmol/yr
- Global carbonate + silicate weathering fluxt=150 yr19.247399 Tmol/yr
- Global carbonate + silicate weathering fluxt=155 yr19.250029 Tmol/yr
- Global carbonate + silicate weathering fluxt=160 yr19.252211 Tmol/yr
- Global carbonate + silicate weathering fluxt=165 yr19.253977 Tmol/yr
- Global carbonate + silicate weathering fluxt=170 yr19.255363 Tmol/yr
- Global carbonate + silicate weathering fluxt=175 yr19.256398 Tmol/yr
- Global carbonate + silicate weathering fluxt=180 yr19.257111 Tmol/yr
- Global carbonate + silicate weathering fluxt=185 yr19.257532 Tmol/yr
- Global carbonate + silicate weathering fluxt=190 yr19.257688 Tmol/yr
- Global carbonate + silicate weathering fluxt=195 yr19.257595 Tmol/yr
- Global carbonate + silicate weathering fluxt=200 yr19.257286 Tmol/yr
- Global carbonate + silicate weathering fluxt=205 yr19.256779 Tmol/yr
- Global carbonate + silicate weathering fluxt=210 yr19.256086 Tmol/yr
- Global carbonate + silicate weathering fluxt=215 yr19.255232 Tmol/yr
- Global carbonate + silicate weathering fluxt=220 yr19.254234 Tmol/yr
- Global carbonate + silicate weathering fluxt=225 yr19.253096 Tmol/yr
- Global carbonate + silicate weathering fluxt=230 yr19.251842 Tmol/yr
- Global carbonate + silicate weathering fluxt=235 yr19.250481 Tmol/yr
- Global carbonate + silicate weathering fluxt=240 yr19.249021 Tmol/yr
- Global carbonate + silicate weathering fluxt=245 yr19.247474 Tmol/yr
- Global carbonate + silicate weathering fluxt=250 yr19.245849 Tmol/yr
- Global carbonate + silicate weathering fluxt=255 yr19.244156 Tmol/yr
- Global carbonate + silicate weathering fluxt=260 yr19.242405 Tmol/yr
- Global carbonate + silicate weathering fluxt=265 yr19.240595 Tmol/yr
- Global carbonate + silicate weathering fluxt=270 yr19.23873 Tmol/yr
- Global carbonate + silicate weathering fluxt=275 yr19.23682 Tmol/yr
- Global carbonate + silicate weathering fluxt=280 yr19.234872 Tmol/yr
- Global carbonate + silicate weathering fluxt=285 yr19.232884 Tmol/yr
- Global carbonate + silicate weathering fluxt=290 yr19.230859 Tmol/yr
- Global carbonate + silicate weathering fluxt=295 yr19.228799 Tmol/yr
- Global carbonate + silicate weathering fluxt=300 yr19.226711 Tmol/yr
human claim
- Human populationt=0 yrUNAVAILABLE — not modelled
- Human populationt=5 yrUNAVAILABLE — not modelled
- Human populationt=10 yrUNAVAILABLE — not modelled
- Human populationt=15 yrUNAVAILABLE — not modelled
- Human populationt=20 yrUNAVAILABLE — not modelled
- Human populationt=25 yrUNAVAILABLE — not modelled
- Human populationt=30 yrUNAVAILABLE — not modelled
- Human populationt=35 yrUNAVAILABLE — not modelled
- Human populationt=40 yrUNAVAILABLE — not modelled
- Human populationt=45 yrUNAVAILABLE — not modelled
- Human populationt=50 yrUNAVAILABLE — not modelled
- Human populationt=55 yrUNAVAILABLE — not modelled
- Human populationt=60 yrUNAVAILABLE — not modelled
- Human populationt=65 yrUNAVAILABLE — not modelled
- Human populationt=70 yrUNAVAILABLE — not modelled
- Human populationt=75 yrUNAVAILABLE — not modelled
- Human populationt=80 yrUNAVAILABLE — not modelled
- Human populationt=85 yrUNAVAILABLE — not modelled
- Human populationt=90 yrUNAVAILABLE — not modelled
- Human populationt=95 yrUNAVAILABLE — not modelled
- Human populationt=100 yrUNAVAILABLE — not modelled
- Human populationt=105 yrUNAVAILABLE — not modelled
- Human populationt=110 yrUNAVAILABLE — not modelled
- Human populationt=115 yrUNAVAILABLE — not modelled
- Human populationt=120 yrUNAVAILABLE — not modelled
- Human populationt=125 yrUNAVAILABLE — not modelled
- Human populationt=130 yrUNAVAILABLE — not modelled
- Human populationt=135 yrUNAVAILABLE — not modelled
- Human populationt=140 yrUNAVAILABLE — not modelled
- Human populationt=145 yrUNAVAILABLE — not modelled
- Human populationt=150 yrUNAVAILABLE — not modelled
- Human populationt=155 yrUNAVAILABLE — not modelled
- Human populationt=160 yrUNAVAILABLE — not modelled
- Human populationt=165 yrUNAVAILABLE — not modelled
- Human populationt=170 yrUNAVAILABLE — not modelled
- Human populationt=175 yrUNAVAILABLE — not modelled
- Human populationt=180 yrUNAVAILABLE — not modelled
- Human populationt=185 yrUNAVAILABLE — not modelled
- Human populationt=190 yrUNAVAILABLE — not modelled
- Human populationt=195 yrUNAVAILABLE — not modelled
- Human populationt=200 yrUNAVAILABLE — not modelled
- Human populationt=205 yrUNAVAILABLE — not modelled
- Human populationt=210 yrUNAVAILABLE — not modelled
- Human populationt=215 yrUNAVAILABLE — not modelled
- Human populationt=220 yrUNAVAILABLE — not modelled
- Human populationt=225 yrUNAVAILABLE — not modelled
- Human populationt=230 yrUNAVAILABLE — not modelled
- Human populationt=235 yrUNAVAILABLE — not modelled
- Human populationt=240 yrUNAVAILABLE — not modelled
- Human populationt=245 yrUNAVAILABLE — not modelled
- Human populationt=250 yrUNAVAILABLE — not modelled
- Human populationt=255 yrUNAVAILABLE — not modelled
- Human populationt=260 yrUNAVAILABLE — not modelled
- Human populationt=265 yrUNAVAILABLE — not modelled
- Human populationt=270 yrUNAVAILABLE — not modelled
- Human populationt=275 yrUNAVAILABLE — not modelled
- Human populationt=280 yrUNAVAILABLE — not modelled
- Human populationt=285 yrUNAVAILABLE — not modelled
- Human populationt=290 yrUNAVAILABLE — not modelled
- Human populationt=295 yrUNAVAILABLE — not modelled
- Human populationt=300 yrUNAVAILABLE — not modelled
cryosphere
- Land ice volumet=0 yr62.23872 m SLE
- Land ice volumet=5 yr62.225101 m SLE
- Land ice volumet=10 yr62.211019 m SLE
- Land ice volumet=15 yr62.196699 m SLE
- Land ice volumet=20 yr62.182214 m SLE
- Land ice volumet=25 yr62.167548 m SLE
- Land ice volumet=30 yr62.152664 m SLE
- Land ice volumet=35 yr62.137519 m SLE
- Land ice volumet=40 yr62.12208 m SLE
- Land ice volumet=45 yr62.106327 m SLE
- Land ice volumet=50 yr62.090252 m SLE
- Land ice volumet=55 yr62.073859 m SLE
- Land ice volumet=60 yr62.05716 m SLE
- Land ice volumet=65 yr62.040174 m SLE
- Land ice volumet=70 yr62.022925 m SLE
- Land ice volumet=75 yr62.005441 m SLE
- Land ice volumet=80 yr61.987754 m SLE
- Land ice volumet=85 yr61.969897 m SLE
- Land ice volumet=90 yr61.951906 m SLE
- Land ice volumet=95 yr61.933817 m SLE
- Land ice volumet=100 yr61.915668 m SLE
- Land ice volumet=105 yr61.897497 m SLE
- Land ice volumet=110 yr61.87933 m SLE
- Land ice volumet=115 yr61.86118 m SLE
- Land ice volumet=120 yr61.843055 m SLE
- Land ice volumet=125 yr61.824958 m SLE
- Land ice volumet=130 yr61.806894 m SLE
- Land ice volumet=135 yr61.788866 m SLE
- Land ice volumet=140 yr61.770879 m SLE
- Land ice volumet=145 yr61.752934 m SLE
- Land ice volumet=150 yr61.735035 m SLE
- Land ice volumet=155 yr61.717186 m SLE
- Land ice volumet=160 yr61.699388 m SLE
- Land ice volumet=165 yr61.681644 m SLE
- Land ice volumet=170 yr61.663956 m SLE
- Land ice volumet=175 yr61.646326 m SLE
- Land ice volumet=180 yr61.628756 m SLE
- Land ice volumet=185 yr61.611248 m SLE
- Land ice volumet=190 yr61.593802 m SLE
- Land ice volumet=195 yr61.57642 m SLE
- Land ice volumet=200 yr61.559104 m SLE
- Land ice volumet=205 yr61.541854 m SLE
- Land ice volumet=210 yr61.52467 m SLE
- Land ice volumet=215 yr61.507555 m SLE
- Land ice volumet=220 yr61.490509 m SLE
- Land ice volumet=225 yr61.473531 m SLE
- Land ice volumet=230 yr61.456623 m SLE
- Land ice volumet=235 yr61.439785 m SLE
- Land ice volumet=240 yr61.423018 m SLE
- Land ice volumet=245 yr61.406321 m SLE
- Land ice volumet=250 yr61.389694 m SLE
- Land ice volumet=255 yr61.373139 m SLE
- Land ice volumet=260 yr61.356655 m SLE
- Land ice volumet=265 yr61.340242 m SLE
- Land ice volumet=270 yr61.323899 m SLE
- Land ice volumet=275 yr61.307628 m SLE
- Land ice volumet=280 yr61.291427 m SLE
- Land ice volumet=285 yr61.275298 m SLE
- Land ice volumet=290 yr61.259238 m SLE
- Land ice volumet=295 yr61.243248 m SLE
- Land ice volumet=300 yr61.227329 m SLE
atmosphere
- Atmospheric CO2t=0 yr383.801437 ppm
- Global mean surface temperature anomalyt=0 yr0 K
- Atmospheric CO2t=5 yr390.672873 ppm
- Global mean surface temperature anomalyt=5 yr0.075391 K
- Atmospheric CO2t=10 yr397.093796 ppm
- Global mean surface temperature anomalyt=10 yr0.113996 K
- Atmospheric CO2t=15 yr403.139235 ppm
- Global mean surface temperature anomalyt=15 yr0.138848 K
- Atmospheric CO2t=20 yr408.849596 ppm
- Global mean surface temperature anomalyt=20 yr0.162222 K
- Atmospheric CO2t=25 yr414.232055 ppm
- Global mean surface temperature anomalyt=25 yr0.188941 K
- Atmospheric CO2t=30 yr419.2791 ppm
- Global mean surface temperature anomalyt=30 yr0.220251 K
- Atmospheric CO2t=35 yr423.976433 ppm
- Global mean surface temperature anomalyt=35 yr0.255727 K
- Atmospheric CO2t=40 yr428.306253 ppm
- Global mean surface temperature anomalyt=40 yr0.294095 K
- Atmospheric CO2t=45 yr432.250477 ppm
- Global mean surface temperature anomalyt=45 yr0.333997 K
- Atmospheric CO2t=50 yr435.791983 ppm
- Global mean surface temperature anomalyt=50 yr0.374219 K
- Atmospheric CO2t=55 yr438.915046 ppm
- Global mean surface temperature anomalyt=55 yr0.413731 K
- Atmospheric CO2t=60 yr441.60571 ppm
- Global mean surface temperature anomalyt=60 yr0.451702 K
- Atmospheric CO2t=65 yr443.851949 ppm
- Global mean surface temperature anomalyt=65 yr0.487488 K
- Atmospheric CO2t=70 yr445.643653 ppm
- Global mean surface temperature anomalyt=70 yr0.520592 K
- Atmospheric CO2t=75 yr446.972624 ppm
- Global mean surface temperature anomalyt=75 yr0.550642 K
- Atmospheric CO2t=80 yr447.832539 ppm
- Global mean surface temperature anomalyt=80 yr0.577354 K
- Atmospheric CO2t=85 yr448.218897 ppm
- Global mean surface temperature anomalyt=85 yr0.600503 K
- Atmospheric CO2t=90 yr448.128982 ppm
- Global mean surface temperature anomalyt=90 yr0.619908 K
- Atmospheric CO2t=95 yr447.561833 ppm
- Global mean surface temperature anomalyt=95 yr0.635424 K
- Atmospheric CO2t=100 yr446.518257 ppm
- Global mean surface temperature anomalyt=100 yr0.646932 K
- Atmospheric CO2t=105 yr445.485044 ppm
- Global mean surface temperature anomalyt=105 yr0.654818 K
- Atmospheric CO2t=110 yr444.745013 ppm
- Global mean surface temperature anomalyt=110 yr0.660764 K
- Atmospheric CO2t=115 yr444.137933 ppm
- Global mean surface temperature anomalyt=115 yr0.665745 K
- Atmospheric CO2t=120 yr443.592925 ppm
- Global mean surface temperature anomalyt=120 yr0.670126 K
- Atmospheric CO2t=125 yr443.077068 ppm
- Global mean surface temperature anomalyt=125 yr0.674046 K
- Atmospheric CO2t=130 yr442.575586 ppm
- Global mean surface temperature anomalyt=130 yr0.677553 K
- Atmospheric CO2t=135 yr442.081695 ppm
- Global mean surface temperature anomalyt=135 yr0.680668 K
- Atmospheric CO2t=140 yr441.592395 ppm
- Global mean surface temperature anomalyt=140 yr0.683407 K
- Atmospheric CO2t=145 yr441.106314 ppm
- Global mean surface temperature anomalyt=145 yr0.685788 K
- Atmospheric CO2t=150 yr440.622798 ppm
- Global mean surface temperature anomalyt=150 yr0.687829 K
- Atmospheric CO2t=155 yr440.14159 ppm
- Global mean surface temperature anomalyt=155 yr0.689554 K
- Atmospheric CO2t=160 yr439.662625 ppm
- Global mean surface temperature anomalyt=160 yr0.690983 K
- Atmospheric CO2t=165 yr439.1859 ppm
- Global mean surface temperature anomalyt=165 yr0.692141 K
- Atmospheric CO2t=170 yr438.71143 ppm
- Global mean surface temperature anomalyt=170 yr0.693049 K
- Atmospheric CO2t=175 yr438.23924 ppm
- Global mean surface temperature anomalyt=175 yr0.693727 K
- Atmospheric CO2t=180 yr437.769371 ppm
- Global mean surface temperature anomalyt=180 yr0.694194 K
- Atmospheric CO2t=185 yr437.301856 ppm
- Global mean surface temperature anomalyt=185 yr0.69447 K
- Atmospheric CO2t=190 yr436.83673 ppm
- Global mean surface temperature anomalyt=190 yr0.694572 K
- Atmospheric CO2t=195 yr436.374032 ppm
- Global mean surface temperature anomalyt=195 yr0.694512 K
- Atmospheric CO2t=200 yr435.913798 ppm
- Global mean surface temperature anomalyt=200 yr0.694309 K
- Atmospheric CO2t=205 yr435.456057 ppm
- Global mean surface temperature anomalyt=205 yr0.693977 K
- Atmospheric CO2t=210 yr435.000821 ppm
- Global mean surface temperature anomalyt=210 yr0.693522 K
- Atmospheric CO2t=215 yr434.548129 ppm
- Global mean surface temperature anomalyt=215 yr0.692963 K
- Atmospheric CO2t=220 yr434.097997 ppm
- Global mean surface temperature anomalyt=220 yr0.692309 K
- Atmospheric CO2t=225 yr433.650419 ppm
- Global mean surface temperature anomalyt=225 yr0.691564 K
- Atmospheric CO2t=230 yr433.205428 ppm
- Global mean surface temperature anomalyt=230 yr0.690742 K
- Atmospheric CO2t=235 yr432.76303 ppm
- Global mean surface temperature anomalyt=235 yr0.68985 K
- Atmospheric CO2t=240 yr432.323215 ppm
- Global mean surface temperature anomalyt=240 yr0.688893 K
- Atmospheric CO2t=245 yr431.885999 ppm
- Global mean surface temperature anomalyt=245 yr0.687879 K
- Atmospheric CO2t=250 yr431.451381 ppm
- Global mean surface temperature anomalyt=250 yr0.686814 K
- Atmospheric CO2t=255 yr431.019364 ppm
- Global mean surface temperature anomalyt=255 yr0.685704 K
- Atmospheric CO2t=260 yr430.589949 ppm
- Global mean surface temperature anomalyt=260 yr0.684556 K
- Atmospheric CO2t=265 yr430.163119 ppm
- Global mean surface temperature anomalyt=265 yr0.683369 K
- Atmospheric CO2t=270 yr429.738861 ppm
- Global mean surface temperature anomalyt=270 yr0.682146 K
- Atmospheric CO2t=275 yr429.317175 ppm
- Global mean surface temperature anomalyt=275 yr0.680893 K
- Atmospheric CO2t=280 yr428.898061 ppm
- Global mean surface temperature anomalyt=280 yr0.679616 K
- Atmospheric CO2t=285 yr428.481494 ppm
- Global mean surface temperature anomalyt=285 yr0.678312 K
- Atmospheric CO2t=290 yr428.067458 ppm
- Global mean surface temperature anomalyt=290 yr0.676983 K
- Atmospheric CO2t=295 yr427.655938 ppm
- Global mean surface temperature anomalyt=295 yr0.675632 K
- Atmospheric CO2t=300 yr427.246933 ppm
- Global mean surface temperature anomalyt=300 yr0.674262 K
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 [383.80, 448.24]; gmst_anomaly_k in [1.46, 2.15]); 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 | 747af84a5ac9 / 747af84a5ac9 | 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-VERIFIEDUpstream 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-VERIFIEDUpstream 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 VALIDATEDDeferred — 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 VALIDATEDDeferred — 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-VERIFIEDUpstream 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 VALIDATEDDeferred — 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 APPLICABLENot 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.