CLIMATE BIO®
Biotechnology for Agricultural Resilience
Exploring biological approaches to crop performance, resource efficiency, and adaptation to changing environmental conditions.
THE CHALLENGE
Agricultural Biotechnology for Climate Challenges
Livestock and crop production face interconnected pressures involving greenhouse-gas emissions, resource efficiency, and climate variability. CLIMATE BIO® explores biological research directions relevant to these challenges, with livestock methane (CH₄) as the primary focus.
Carbon dioxide (CO₂) and nitrous oxide (N₂O) are complementary areas of interest. CLIMATE BIO® is developing research and evaluation pathways to translate promising biological approaches into measurable agricultural climate applications.
INTEGRATED PLATFORM
One Platform. Three Greenhouse-Gas Priorities.
Discover these research directions together on the consolidated PLATFORM page.
PRIMARY FOCUS
01 · Methane (CH₄)
Primary focus. Forage and biomass traits potentially relevant to livestock methane and feed systems.
Explore methane research →
02 · Carbon dioxide (CO₂)
Plant biomass, crop traits, and biological processes associated with carbon cycling and agricultural resource use.
Explore carbon dioxide research →
03 · Nitrous oxide (N₂O)
Plant and agricultural-system research questions related to nitrogen efficiency and N₂O emissions.
Explore nitrous oxide research →
RESEARCH-LED DEVELOPMENT
Research-Led Development
CLIMATE BIO® is part of the Astalake Bio biotechnology portfolio. Its research direction includes crop traits and biomass characteristics with potential relevance to feed, agricultural resource use, and climate applications.
The platform is research-oriented. Specific emissions, performance, economic, or commercialization claims require application-specific evidence.