Fostering animal breeding and genetics for climate change adaptation and mitigation, improved robustness and resilience

Breeding and genetic improvements are among the tools with potential to help livestock to increase production efficiency and sustainability, to adapt to the changing environment (e.g. harsh climates, health hazard, changes in feed quality or availability) as well as to help to mitigate emissions. By selecting specific traits that are important for adaptation and mitigation purposes, and integrating them in breeding programmes, livestock farmers and breeders can contribute to more sustainable livestock farming systems. Balancing multiple breeding objectives, including reduction of methane emissions and other environmental considerations, is complex and requires careful consideration of trade-offs, including with animal health and welfare. Proposals should enhance animal breeding programmes by identifying, validating and upscaling easily accessible and low-cost protocols, which can be used at farm level in diverse environments and production systems, for measuring and selecting existing and new traits with low environmental and climate footprint.

The aim is to optimise the selection of animals with genotypes that are best suited to thrive in different production systems and environmental conditions, with different diets and rumen/gut microbiota by incorporating adaptation and mitigation objectives into breeding and sustainable management decisions.

Proposals should address all the following activities and should cover various terrestrial livestock farming systems/approaches, one of which should be organic farming:

• identify new traits, including proxy indicators from -omic or meta-omic data, that consider genotype-environment interactions on the whole animal lifespans to renew breeding goal, i.e. desirable traits for lower greenhouse gas emissions and other climate-change related challenges, validate and integrate them into indexes used to benchmark farm performance;
• develop tools/systems/methods to measure genotype-environment interaction and traits of interest, predicting the breeding value at animal and population levels in diverse farming conditions, while maintaining genetic diversity;
• demonstrate in an operational environment breeding programs and management practices for improving robustness, lifetime efficiency and resilience, including the contribution of livestock to climate change mitigation efforts and the adaptation to climate change conditions (TRL 7) while considering trade-offs including with animal health and welfare and demonstrating gender-responsive strategies where relevant;
• analyse the cost effectiveness of the identified breeding programmes and assess private and/or public incentives or rewarding schemes for the use of certain mitigation-related traits currently used in some European regions or countries, with their advantages, limits, and ways to overcome them.

Proposals must implement the 'multi-actor approach’ and ensure adequate involvement of the main stakeholders involved in livestock breeding in Europe, including farmers, breeders, advisors, private sector/industry, and policy-makers.

The proposal should include a dedicated task, appropriate resources, and a plan on how it will collaborate with other projects funded under this topic, and ensure coherence and complementarities with ongoing relevant Horizon 2020 and Horizon Europe research projects, including relevant infrastructures. Proposals should interact with relevant structures or organizations at European level and beyond such as FAO, Livestock Environmental Assessment and Performance Partnership (LEAP, FAO)[[ https://www.fao.org/partnerships/leap/en/]] Global Research Alliance on Agricultural Greenhouse Gases[[ https://globalresearchalliance.org/research/livestock/networks/]].

To better address the requirements of the topic, international cooperation is encouraged.