The OptiBarn target is to develop region-specific, sustainable adaptation strategies for
dairy housing, focusing on an optimised climatisation of naturally ventilated buildings.
Naturally ventilated barns (NVB) are particularly vulnerable to climate change since the
indoor climate strongly depends on the extremes and variability of the outdoor climate.
Without sound adaptation strategies, increased climate variability will result in a
sub-optimal thermal environment in many livestock buildings impairing production and
well-being of animals. Appropriate construction methods and management of the buildings
can improve the thermal control, provided that precise identification of factors affecting
the thermal control capacity of the buildings under practical farm conditions is undertaken.
In this context, indicators for an optimisation of livestock buildings under climate change
will be developed in OptiBarn by: (i) Barn-specific assessment of the influence of outdoor
climate on the indoor conditions, (ii) Region-specific risk analysis on how often extreme
weather situations will occur, (iii) Monitoring animal-individual stress responses to the
indoor conditions, (iv) Development of engineering solutions. (v) Modelling tools to assess
environmental and economic cross effects of adaptation alternatives. In this context, close
contact and exchange with experts from the industry, stakeholders and the scientific
community is ensured over the entire term of the project by establishing an advisory
board consisting of a stakeholder panel and a scientific panel. OptiBarn consists of five
work packages: • WP1 “Simulation of livestock housing climate for region-specific barn
concepts and climate boundary conditions” • WP2 “Development and implementation of
adaptive smart NVB and environmental control • WP3 “Investigation of animal-specific
stress in distinct climates” • WP4 “Impact assessment” • WP5 “Coordination and
Dissemination” Through these five work packages, Optibarn will focus on the following
innovation aspects: (i) Adaptation potential of livestock housing in NVB in Europe (ii)
Animal sensors and closed-loop control (iii) Integrated modelling framework (iv)
Uncertainty assessment of results This holistically designed project will provide primary
producers with (1) ‘best practice’ template of housing design relevant to specific regions
within Europe, (2) enhanced management capability of climate systems within NVB via
incorporating environmental and animals based sensors and (3) an integrated modelling
framework the assess adaptation strategies for dairy housing. These
technological/technical improvements will ‘climate proof’ primary producers against
expected climate variability/extremes in the future and thus will contribute to the long
term sustainability of dairy production within Europe.