For BECCs, paper suggests USA, Russia, China, Canada, based on "marginal lands overlying storage basins" discussed here - https://t.co/k42IhNYfrD
RT @Marcpalahi: Globally, harvestable biomass resource is 70.9 GtCO2 y−1 But only 11% of that is under highly prospective CO2 basins feasi…
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
RT @Marcpalahi: Globally, harvestable biomass resource is 70.9 GtCO2 y−1 But only 11% of that is under highly prospective CO2 basins feasi…
RT @Marcpalahi: Globally, harvestable biomass resource is 70.9 GtCO2 y−1 But only 11% of that is under highly prospective CO2 basins feasi…
RT @Peters_Glen: A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr…
RT @Peters_Glen: A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr…
A must read for those working on the intersection between conservation & the climate change agenda https://t.co/jCq4DuqNSE
RT @Peters_Glen: A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr…
RT @Peters_Glen: A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr…
RT @Peters_Glen: A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr…
RT @Peters_Glen: A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr…
RT @Peters_Glen: A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr…
A total of 7.6GtCO₂/yr sustainably harvestable biomass lies over highly prospective CO₂ storage sites, but only 1GtCO₂/yr if excluding forests or agriculture areas. This is ~10% of the BECCS typical in cost-optimized models that keep below 2°C. https://t.c
RT @Marcpalahi: Globally, harvestable biomass resource is 70.9 GtCO2 y−1 But only 11% of that is under highly prospective CO2 basins feasi…
Unless I'm missing something, this helpful study shows that #BECCS potential for CO2 removal is only 10% of what IPCC 2C scenarios assumed - unless world is okay with it spilling into important agricultural lands or forests. https://t.co/Drh5sszw0Z
RT @pepcanadell: The global overlap of bioenergy and carbon sequestration potential https://t.co/9iileYRS7L
RT @Marcpalahi: Globally, harvestable biomass resource is 70.9 GtCO2 y−1 But only 11% of that is under highly prospective CO2 basins feasi…
RT @Marcpalahi: Globally, harvestable biomass resource is 70.9 GtCO2 y−1 But only 11% of that is under highly prospective CO2 basins feasi…
RT @pepcanadell: The global overlap of bioenergy and carbon sequestration potential https://t.co/9iileYRS7L
Globally, harvestable biomass resource is 70.9 GtCO2 y−1 But only 11% of that is under highly prospective CO2 basins feasible for BECCS and if only marginal agricultural lands are considered: the available resource is 1 GtCO2 y−1. @Peters_Glen more at htt
RT @pepcanadell: The global overlap of bioenergy and carbon sequestration potential https://t.co/9iileYRS7L
RT @pepcanadell: The global overlap of bioenergy and carbon sequestration potential https://t.co/9iileYRS7L
The global overlap of bioenergy and carbon sequestration potential https://t.co/9iileYRS7L
RT @FoodSecurity_SU: ICYMI: FSE's @DavidBLobell collaborated on a new paper "The global overlap of bioenergy and carbon sequestration poten…
RT @FoodSecurity_SU: ICYMI: FSE's @DavidBLobell collaborated on a new paper "The global overlap of bioenergy and carbon sequestration poten…
ICYMI: FSE's @DavidBLobell collaborated on a new paper "The global overlap of bioenergy and carbon sequestration potential" https://t.co/qXJ3mRIhsZ https://t.co/uMMjpAiYj3
RT @AGWobserver: The global overlap of bioenergy and carbon sequestration potential (open access) https://t.co/UWqeFiXP6O
RT @AGWobserver: The global overlap of bioenergy and carbon sequestration potential (open access) https://t.co/UWqeFiXP6O
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
RT @FoodSecurity_SU: FSE's @DavidBLobell collaborated on a new paper "The global overlap of bioenergy and carbon sequestration potential" h…
RT @FoodSecurity_SU: FSE's @DavidBLobell collaborated on a new paper "The global overlap of bioenergy and carbon sequestration potential" h…
FSE's @DavidBLobell collaborated on a new paper "The global overlap of bioenergy and carbon sequestration potential" https://t.co/hLKGqhTG8p https://t.co/UDqMDWbyLs
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
RT @chrfield: New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2…
New paper led by Peter Turner looks @ BECCS opportunity in regions overlapping storage basins. ~1 billion tons of yearly CO2 removal potential if only marginal agricultural lands used—w/ @katharine_mach @DavidBLobell, S Benson, E Baik, @Dan_L_Sanchez http
The global overlap of bioenergy and carbon sequestration potential (open access) https://t.co/UWqeFiXP6O
CC: The global overlap of bioenergy and carbon sequestration potential https://t.co/HXbZ27YqLK https://t.co/6odjo9Pl0k
The global overlap of bioenergy and carbon sequestration potential https://t.co/hwjyZcSDK7 #climatechange