One of the most critical gaps in further exploration, development, and testing of ocean-based CDR technologies is the very limited amount of financial resources being invested into the space.  

Without exception, all ocean-based CDR technologies examined in these road maps need substantial increases in public, philanthropic, and private investment to accelerate technology development, de-risk technologies, and develop monitoring, reporting, and verification protocols. The global community of experts who participated in the scoping workshops for these road maps broadly agreed that ocean-based CDR pathways remain substantially underinvested given their potential to contribute to gigaton-scale, affordable CDR. 

One of the most critical gaps in further exploration, development, and testing of ocean-based CDR technologies is the very limited amount of financial resources being invested into the space.  

Without exception, all ocean-based CDR technologies examined in these road maps need substantial increases in public, philanthropic, and private investment to accelerate technology development, de-risk technologies, and develop monitoring, reporting, and verification protocols. The global community of experts who participated in the scoping workshops for these road maps broadly agreed that ocean-based CDR pathways remain substantially underinvested given their potential to contribute to gigaton-scale, affordable CDR. 

One of the most critical gaps in further exploration, development, and testing of ocean-based CDR technologies is the very limited amount of financial resources being invested into the space.  

Without exception, all ocean-based CDR technologies examined in these road maps need substantial increases in public, philanthropic, and private investment to accelerate technology development, de-risk technologies, and develop monitoring, reporting, and verification protocols. The global community of experts who participated in the scoping workshops for these road maps broadly agreed that ocean-based CDR pathways remain substantially underinvested given their potential to contribute to gigaton-scale, affordable CDR.