Published Articles

Impact of Climate Change on Cyanobacteria–Cyanophage Interactions and Their Role in Cyanobacterial Blooms in Freshwater Lakes

Published Articles

Agrometeorology and crop modeling: Essential tools for sugarcane sustainability and productivity under climate change

Published Articles

Grass-based diversification of cotton production systems improves soil health and multifunctionality balance in tropical sandy soils

Open, Opportunities

JC-III Fellowship (Scientific Journalism) – Call for Applications

CCARBON News

Restoring forests on a large scale requires more than planting trees: study proposes to integrate human, natural and artificial intelligence

Published Articles

Human, natural, and artificial intelligence in forest restoration

Knowledge
hub

How does forest restoration help combat climate change?

Understand the difference between forest restoration, reforestation, tree planting and their environmental impacts

Published Articles

Impact of Climate Change on Cyanobacteria–Cyanophage Interactions and Their Role in Cyanobacterial Blooms in Freshwater Lakes

Published Articles

Agrometeorology and crop modeling: Essential tools for sugarcane sustainability and productivity under climate change

Published Articles

Grass-based diversification of cotton production systems improves soil health and multifunctionality balance in tropical sandy soils

Open, Opportunities

JC-III Fellowship (Scientific Journalism) – Call for Applications

CCarbon in
the news!

Evento discute futuro da produção e da sustentabilidade

Via Globo

Esalq conecta a ciência ao mundo para enfrentar os desafios do século

Via Jornal da USP

Docentes da USP marcam presençana 3ª edição do Prêmio Jabuti Acadêmico

Via Jornal da USP

O futuro começou no campo

Via Jornal da USP

Carta de Brasília: um compromisso coletivo

Via Plantio Direto

Mineração ilegal deixou vestígio de mercúrio 50 anos após exploração na Mata Atlântica

About CCarbon

Carbon science for a more resilient tropical agriculture.

CCARBON/USP is a research center dedicated to carbon-based solutions for tropical agriculture and natural ecosystem management, based at the Luiz de Queiroz College of Agriculture (ESALQ), University of São Paulo. Created under FAPESP’s Research, Innovation and Dissemination Centers (CEPID) program, we bring together specialists in soil, plant, animal, atmosphere and digital science to help Brazilian agriculture mitigate climate change, secure food production, and build a low-carbon economy.

Our work is organized into 12 research lines across five core programs, feeding a wider innovation ecosystem built on public–private partnership — from discovery and technology transfer to policy and public awareness.