COP30, which opens next week in Belém, Brazil, is expected to have an unprecedented focus on the essential role of Indigenous peoples in driving sustainable global climate response. Associate Professor Paulo Brando, an internationally recognized expert on tropical forest ecology, recently spoke to YSE News about the urgent need to connect ancestral knowledge with scientific methods to monitor and protect the health of threatened Amazon ecosystems.

COP30, which opens next week in Belém, Brazil, is expected to have an unprecedented focus on the essential role of Indigenous peoples in driving sustainable global climate response. Associate Professor Paulo Brando, an internationally recognized expert on tropical forest ecology, recently spoke to YSE News about the urgent need to connect ancestral knowledge with scientific methods to monitor and protect the health of threatened Amazon ecosystems.

COP30, which opens next week in Belém, Brazil, is expected to have an unprecedented focus on the essential role of Indigenous peoples in driving sustainable global climate response. Associate Professor Paulo Brando, an internationally recognized expert on tropical forest ecology, recently spoke to YSE News about the urgent need to connect ancestral knowledge with scientific methods to monitor and protect the health of threatened Amazon ecosystems.

Causal approaches employed at the scale of commercial agriculture are required to build high-quality evidence that climate-smart agricultural interventions result in real emissions reductions and removals. Such project-scale empirical data are additionally required to demonstrate and advance the viability of process-based models and digital measurement, reporting and verification as tools to scale soil carbon accounting.

Causal approaches employed at the scale of commercial agriculture are required to build high-quality evidence that climate-smart agricultural interventions result in real emissions reductions and removals. Such project-scale empirical data are additionally required to demonstrate and advance the viability of process-based models and digital measurement, reporting and verification as tools to scale soil carbon accounting.

Causal approaches employed at the scale of commercial agriculture are required to build high-quality evidence that climate-smart agricultural interventions result in real emissions reductions and removals. Such project-scale empirical data are additionally required to demonstrate and advance the viability of process-based models and digital measurement, reporting and verification as tools to scale soil carbon accounting.