Yale Center for Natural Carbon Capture
Scientific research center at Yale exploring how natural systems can be enhanced and scaled to mitigate climate change.
These submissions are part of the Yale Center for Natural Carbon Capture’s (YCNCC) work to advance fundamental and applied science on enhancing natural Earth systems to reduce greenhouse gas concentrations in the atmosphere. The YCNCC mission emphasizes the responsible implementation and scaling of methods of climate mitigation that are safe, effective, and scalable, while prioritizing ecological, economic, and social co-drivers.
- Evaluating trace-metal responses to field deployment of enhanced rock weathering across agricultural and riparian soilsZacharias et al.ArticleMarch 12, 2026Environmental impacts, Experiments and field trials, Geochemical CDR
- Enhanced rock weathering for improved smallholder farmer welfare: An at-scale case study for rice agriculture in IndiaJordan et al.ArticleMarch 11, 2026Accounting, Environmental impacts, Experiments and field trials, Geochemical CDR, Modeling, Policy and regulation, Qualitative research, Removal process, Socioeconomic impacts, Supporting infrastructure
- Integrated Thermal and Phyto-Remediation of Agricultural Soils Impacted by PFASThompson et al.ArticleDecember 15, 2025Environmental impacts, Geochemical CDR, Modeling, Socioeconomic impacts, Supporting infrastructure
- Spatiotemporal soil fertility responses to an enhanced rock weathering deployment within a temperate, agricultural watershedZacharias et al.ArticleNovember 3, 2025Environmental impacts, Geochemical CDR, Removal process
- Aggregated monitoring of enhanced weathering on agricultural landsSuhrhoff et al.ArticleSeptember 23, 2025Geochemical CDR, Modeling, Policy and regulation, Removal process, Socioeconomic impacts, Storage process, Supporting infrastructure
- Coupling acid neutralization and resource recovery to scale ocean alkalinity enhancementD'Ascanio et al.ArticleAugust 6, 2025Accounting, Experiments and field trials, Geochemical CDR, Qualitative research, Socioeconomic impacts, Supporting infrastructure
- Updated framework and signal-to-noise analysis of soil mass balance approaches for quantifying enhanced weathering on managed landsSuhrhoff et al.ArticleJune 20, 2025Experiments and field trials, Geochemical CDR, Modeling, Removal process
- Direct measurement of carbon dioxide removal due to enhanced weatheringMilliken et al.ArticleMay 9, 2025Accounting, Experiments and field trials, Geochemical CDR, Removal process
- Assessing CO2 fluxes during enhanced weathering from soils through a mesocosm lensChiaravalloti et al.ArticleDataMarch 4, 2025Accounting, Experiments and field trials, Geochemical CDR, Removal process