20231118 22323000 1.0 TRUE TRUE TERN National Soil Grid – Effective Cation Exchange Capacity (3” resolution) Effective Cation Exchange Capacity is defined as the concentration of cations extracted using barium chloride (BaCl2) plus exchangeable H + Al. A collection of 6 depth slices. Each depth raster has an upper and lower uncertainty limit raster associated with it. The depths provided are 0-5cm, 5-15cm, 15-30cm, 30-60cm, 60-100cm and 100-200cm, consistent with the Specifications of the GlobalSoilMap. Effective Cation Exchange Capacity SOIL TERN DSM GSM SOIL MAPPING Effective Cation Exchange Capacity is defined as the concentration of cations extracted using barium chloride (BaCl2) plus exchangeable H + Al. A collection of 6 depth slices. Each depth raster has an upper and lower uncertainty limit raster associated with it. The depths provided are 0-5cm, 5-15cm, 15-30cm, 30-60cm, 60-100cm and 100-200cm, consistent with the Specifications of the GlobalSoilMap. ACLEP, TERN, QLD_DSITIA, NT_DLRM, WA_DAF, SA_DEWNR, Vic_DEPI, NSW_DEPI, TAS_DPIPWE iVBORw0KGgoAAAANSUhEUgAAASwAAADICAYAAABS39xVAAAAAXNSR0IB2cksfwAAAAlwSFlzAAAO xAAADsQBlSsOGwAAChVJREFUeJzt3ctvXGcZx/Hfe86ZGd89sZ04bUzTlCZEvaG2LKrSclnQRTcs WbFkyf/A/wErWCEkEBs2rJBAdNMWQUJIkza9JLXj6/g613Ne9LwnaVUWCKE67jP+fiLLY2dmPJKj r97bmRQxxigAcKA46RcAAP8rggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXA DYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcAN ggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2C BcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBcANggXADYIF wA2CBcANggXADYIFwA2CBcANggXADYIFwA2CBX/u35Pai1Jr4qRfCR4xgoWvjrKUVj+RQpAuXKy/ d7gvTc3U33vo5jXpuZcI1ilEsPDVUY6kO+/Vn7c2pF63vv2tb0uN5uf3O9iTOtvSXFsqGif5ivGI ESycHIvR3q40GkiL5xS3NxV2tiQFaW9f2u8oKiq8+Ir0sEvdI6kxIdn9li8QrFOGYOHkYrVxX3rv Wj0VPHteobMl7XUUu4dSc0LqHkiPX5Sy7PPHbaxKMUqbDx57+RlpZo7f4ilBsPDodY8U732osL4q 3bklVaXix7cVu0cK/a5GtqieFSlaxfwZ6dZ16crz0qAn7e5I+zv1dNGide4xgnWKECw8ehadt/+i 2O9Jnc20oG63q4M9VUdHUp5p8PEt5XML0rCv4uhA4WBf0UZlm2sKeztSyOqRlk0Nl5ZZgD8lCBYe rcN9xQ/+Ja3eTQGq9raVz7YVhwMpfzCqOrusKm+p2t1W99ZNTVaV8p1NlaNRGlkVC0sK7bNSrBQ/ /UjhsRWCdUoQLByfQV+yUZQZDaXDA2ntrnTz72ldKqhQaLTSDmAIudSMaizPKUxOa+LiFY1u/1Oj zp4Ga5+q6HcVR0OVB4eKg4EazUmFopDW7ilef1fhyrP1SItdw7FGsHA8Bn3FjbX6XJWdpbJ47XXS dDB0DxVtOpcFZfMLChasolSsStsflKooHe6pmJ7W9DdfVP/WDQ037qv1tSc13NlV984HilWl5tev 1ruG7/xZsbOp8OKrko22iNbYIlg4HjaSuv6O4uonCrZmZQc/LVJ5kUZKsXdYTwHtI4S0fpXCZeet 7O9kM75KWaulxmMX1Lt5TVW3q6BK5W5H3RvXpKlZNRYWFaJU/eNtheFQ2Ws/qI87YCwRLByLePdD xXf/asMlqTVVH/y04wshU7S1J1uzKitVvY7y9qKq3S1ldqJ9evaz57DGVcO+QpErn51V/+MPVPX7 yqemNNrb0/DOLeWNIkWttFHcu2+paC8qs+fgqMNYIlj48tmRg6ODdDM0J+tzVDEqTExJVaWYohXr aWNZKg56ymbmFex+thNooy6L3qCncmczxS00m/Vz2J88pIAVC4vKZucVYqn8zJLKnS1Vf3tLYWZW 4bmXvxA/jAeChS+fXTrTPVRoNOoFdVtTqsoUnDTNa7YUZttply8bDuwsu7LJmXrXb9BXmHzwzzJK pT1XjKq6R8qmphSmg/K5dgpV0V5QyLM0iNNoVI/QbH3MojW/IF19gd/umCFY+PLZbt35FcXb1xVi JWX5Z6MsY9FSnkvRdgpDvVNYDuuoTUyncNnCe7l9X7HfVzYxkaaTFijbIbRpYdGun8++Tstj/SNV w6GifUQp2JoYv9uxQ7BwLMKlbyhsriu+f6M+yW6RCpmChUoWsNaDIVSZpoVqtOqRmB0itfWtQU+j zo6GW5tqLCyotAOlRaGsaKVFe1uAr3pdVf1eHbKyVLm1oZg3FLJc0Q6b8rsdOwQLxzfKevwJ6f0b 6YBosGsDy1Ga8llJHn5d2dSxaKYjDrE3khqNdL4qDoOKM0sadTqq+gMV7TPpBHxjaSlFLC3c22ir 19NwY02D9c20OD/5wsv1fW1UhrFDsHB82gv1tX7ra/Viu51UtxWropkW1FNwDnalvKF8dk5V2jkc 1OtZRVPZzIxaFy6kXT+b5lWH+6pGpfLpmTSyshFWetzBgYq5GQUbXdnPaC/WJ+ExdggWjk20KZ6t Txk72d5opBFW7B2lUVc6ilA0lLUXFVeeVGYjMrvo+dMPpe2ttGuY2dkqC5Y9btBXlT4P6kX4ySkV Z86qak3Wu4ih3kHU7HwdS4wdgoXjM+wr9u2wZ73YnhbfH+4cNlvKn31J4eXXFM6v/McDX08jserX P1dma19L5xS2N1Wtr9brXJmFqdBot5NGVcXiUgpf+jkLZ6Urz9UjO4wdgoVjk6Zndg2hLaRPTklP XVV4+pn6bWLs+MLlZ//bo5V9901Vv/mFqqkZhbW7ChOTdQTLUqOdbVWDgbKJyRQsOyqR1sqefkbh 4dsrY+wQLBwfi4cF6v91fkXZT3+m8PtfSS+9qupPf0jTwMG9e6oGw7R72Fi+UK9v2fGGhSVp5ZJk Z7wwlggWvvLCD3+cPmd20v36O2osndPk8ytpl9GmgXbRdHW4p/DEJeUz8yf9cnGMCBbcCBefVvXR bcUQNFq/l85flXYZ0OKydPl5Za98X8EW7jG2CBbcyJ68rGzlkvIf/SRdXB0WzymfnFbcWpfs+sG5 M1/878AwdggW/LBdxmauoJbCU1fV/+0vJTu7dbiv4vU30rs+YLwRLPhkl/jMzGv4x99J2xvK7d0Z MPYIFtxqfucNhWqouL6qbPnxk345eAQIFtwK0zNqfO9NaThMtzH+CBZcC7xJ36lCsAC4QbAAuEGw ALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAA uEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4 QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhB sAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGw ALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAA uEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4 QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsAC4QbAAuEGwALhB sAC4QbAAuEGwALhBsAC4QbAAuEGwALhBsADIi38DlZcN8ozKFXsAAAAASUVORK5CYII=