If an agent and its circumstances can be expressed mathematically, it can be modelled with ABM Lab. Model the migratory behavior of fish, marine mammals and birds to study the potential impacts arising from marine oil & gas exploration. Analyse the transport and fate of invasive species or infectious diseases/parasites between aquaculture farms. Identify hot-spots to study connectivity between key habitats such as corals, seagrass meadows and mangroves.
Watch how ABM Lab can be useful for a wide range of applications
Simulation of the effect of pipeline bridges on the population exchange of Dungeness crabs
Analyse complicated behaviors by modelling an agent’s movement, sensing and interaction with the environment. With ABM Lab, you can model horizontal and vertical movement, migration and swarming, foraging, breeding, growth, death and predator-prey relations.
Create tailor-made agent-based models automatically coupled to MIKE 21 or MIKE 3 FM hydrodynamic and/or water model models through ABM Lab’s full integration with MIKE ECO Lab. Easily run ABM Lab on top of pregenerated hydrodynamic forcings to save on computational costs.
Dynamic coupling of ABM Lab with MIKE 21 FM to model coral larvae
Determine the potential environmental impacts of offshore construction on migratory aquatic animals.
Evaluate the connectivity between marine protected areas and define the importance of protected area networks.
Optimise aquacultural production by tracking waterborne diseases and/or parasites to avoid disaster.
Determine the impact on migrating fish stocks in rivers from planned hydropower operations.
Understand the potential risks of invasive species arising from ballast water
No in-house modellers?
DHI offers the support of in-house modelling and consulting to get to the root of your environmental challenges sooner.
You can now access ABM Lab on Azure Marketplace, where you can start modelling in the cloud with no hardware limitation in four simple steps. Learn more
Using MIKE OPERATIONS as the platform, ABM Lab can form the core of a new generation of risk assessment tools. For example, DHI recently created GlobalSEA SAR (Search and Rescue), an online operational system designed to mitigate risks of vessel grounding. The real-time integrated model predicts the vectors and speeds of vessels that have lost power or steerage in order to assess associated risks (e.g. grounding on a reef) and then proposes measures to abate it.
ABM Lab offers advanced solutions to Environmental Impact Assessments (EIAs) for aquatic organisms – whether it involves the behaviour of large animals such as mammals & fish or dispersal units like larvae, seeds and spores of aquatic organisms. For example, users can model the response of large animals to disturbances like underwater noise from drilling or seismic surveys taking into consideration seasonal migrations as well as meteorological and hydrodynamic changes.
Using ABM Lab, it’s possible to determine the connectivity between protected marine areas and define the importance of the protected area networks. For example, models of coral larvae dispersal can be developed, simulating mortality, larvae settlement, individual reaction to environmental and anthropogenic, gradients. Important connectivity corridors between coral reefs can then be identified based on these models.
The built-in MIKE ECO Lab Template Editor is an efficient tool to formulate new agent-based models in MIKE ECO Lab templates, which can then be coupled to the hydrodynamic modules, MIKE 21 & MIKE 3 Flow Model FM.
The computational engines of the MIKE 21/3 FM series are available in versions that have been parallelised using both shared memory as well as distributed memory architecture. The latter approach allows for domain decomposition. The result is much faster simulations on systems with many cores. It could be feasible to carry out ABM modelling using decoupled result files from a HD simulation.