The most recent report (PDF) on
climate science from the U.N.'s Intergovernmental Panel on Climate Change made clear that we still don't know how sensitive the climate system is to CO2, nor what disruptive feedbacks may emerge as ecosystems dry out, ice caps disappear and permafrost melts — all of which potentially could accelerate warming beyond human c
climate science from the U.N.'s Intergovernmental Panel on
Climate Change made clear that we still don't know how sensitive the climate system is to CO2, nor what disruptive feedbacks may emerge as ecosystems dry out, ice caps disappear and permafrost melts — all of which potentially could accelerate warming beyond human c
Climate Change made clear that we still don't know how sensitive the
climate system is to CO2, nor what disruptive feedbacks may emerge as ecosystems dry out, ice caps disappear and permafrost melts — all of which potentially could accelerate warming beyond human c
climate system is to CO2, nor what disruptive feedbacks may emerge as ecosystems dry out, ice caps disappear and permafrost melts — all of which
potentially could
accelerate warming beyond human control.
Recent
climate and clean energy policy developments at the state and city - level policy developments could
potentially accelerate last year's pace of emission reductions, while recent federal regulatory
changes could slow that progress.