Or what
if ocean iron fertilization really can sequester massive amounts of carbon?
Not exact matches
During her half - hour of interaction with the class, McNutt said, students asked questions ranging from the feasibility of the OTEC, or
Ocean Thermal Energy Conversion — a strategy for harvesting energy from the oceans — to whether deforestation in Africa «might actually have a silver lining if it leads to ocean iron fertilization.&r
Ocean Thermal Energy Conversion — a strategy for harvesting energy from the
oceans — to whether deforestation in Africa «might actually have a silver lining
if it leads to
ocean iron fertilization.&r
ocean iron fertilization.»
If I did, I'd drop $ 200 million on Bussard (I'm sure he'd enjoy that); $ 200 million on kickstarting a vertical farming industry, the same on ocean iron - fertilization studies, another chunk on developing an agrichar infrastructure, and the rest on various projects that can't get funding because they have a low probability of success, but massive payoff if they do wor
If I did, I'd drop $ 200 million on Bussard (I'm sure he'd enjoy that); $ 200 million on kickstarting a vertical farming industry, the same on
ocean iron -
fertilization studies, another chunk on developing an agrichar infrastructure, and the rest on various projects that can't get funding because they have a low probability of success, but massive payoff
if they do wor
if they do work.
As researchers concluded in a new study published in Geophysical Research Letters,
ocean iron fertilization can only prove successful as a climate geoengineering approach
if, in addition to phytoplankton bloom stimulation, «a proportion of the particulate organic carbon (POC) produced must sink down the water column and reach the main thermocline or deeper before being remineralized... and the third phase is long - term sequestration of the carbon at depth out of contact with the atmosphere.»
But the change in carbon chemistry of the
ocean and ultimately the atmosphere need to be transparently documented, also,
if we are to trade carbon offsets based on
iron fertilization.
Shown are (A) dust radiative forcing (RF) anomaly relative to preindustrial and (B)
iron fertilization parameter (
IF) for
ocean new production in the DCESS model (41) high - latitude zone.
Lately, a growing number of scientists have been advocating research to see
if massive, manmade
iron fertilization of the
oceans might induce such blooms, and thus mitigate warming.