Phosphate (PO43-) exhibits a high affinity for iron (Fe) and has a closely coupled cycling mechanism strongly influenced by redox transformations between relative soluble ferrous Fe(II) and poorly soluble ferric Fe(III) [2]…
Costal systems play a major role in global carbon sequestration and cycling, burying quantities of carbon rivaling carbon burial occurring in the seafloor, despite covering much less area…
Phosphate (PO43-) exhibits a high affinity for iron (Fe) and has a closely coupled cycling mechanism strongly influenced by redox transformations between relative soluble ferrous Fe(II) and poorly soluble ferric Fe(III) [2]…
Costal systems play a major role in global carbon sequestration and cycling, burying quantities of carbon rivaling carbon burial occurring in the seafloor, despite covering much less area…
Phosphate (PO43-) exhibits a high affinity for iron (Fe) and has a closely coupled cycling mechanism strongly influenced by redox transformations between relative soluble ferrous Fe(II) and poorly soluble ferric Fe(III) [2]…
Costal systems play a major role in global carbon sequestration and cycling, burying quantities of carbon rivaling carbon burial occurring in the seafloor, despite covering much less area…
Phosphate (PO43-) exhibits a high affinity for iron (Fe) and has a closely coupled cycling mechanism strongly influenced by redox transformations between relative soluble ferrous Fe(II) and poorly soluble ferric Fe(III) [2]…
Costal systems play a major role in global carbon sequestration and cycling, burying quantities of carbon rivaling carbon burial occurring in the seafloor, despite covering much less area…