Webinars for Marine and Wind Energy and the Environment

Webinar presentations showcase methods for dissemination of valuable environmental data.

Discussions focused on the probability and extent of damage occurring as a result of interaction between aquatic animals and MHK devices.

Topics of this webinar focused on developing methodologies for monitoring MHK devices post-deployment, including monitoring framework development and the use of passive and active acoustics to monitor aquatic animal behavior around MHK devices.

Anthropogenic noise production in the marine environment is a known stressor to many different aquatic species. This webinar focused on research efforts focused on determining the potential impacts of MHK-produced noise to aquatic animals.

This webinar conveys information on the Annex IV project which center on international data sharing efforts for potential environmental effects of marine renewable energy to understand effects, minimizing the potential for redundancy of efforts, and increasing the efficiency of the permitting and consenting process.

This webinar focuses on presenting initial results of the first year of data collection for two large-scale studies in the US that establish baseline data to aid in the siting and permitting of future projects.

This webinar presents research on interactions between wind energy and grassland birds and ducks.

An instrumentation workshop was held in June of 2013 to discuss the current state of the science for environmental monitoring around MHK devices.

Dr. Taber Allison of the American Wind Wildlife Institute presented on AWWI’s work on eagles, including the Eagle Research Framework.

Presenters discuss several approaches aimed at understanding the interactions between marine mammals and diving seabirds around wave and tidal energy devices.

This webinar includes research presented by Jeffery Lovich, Ed Arnett, and Erin Baerwald on the terrestrial and marine impacts of wind energy development.

This webinar addressed the issue of reducing bat fatalities from land-based wind in the US and central Europe.

Presentations includee an Overview of Avian Knowledge Network by Katie Koch, USFWS and New Tools for Balancing Wind Energy and Biodiversity Conservation in New York State from the Nature Conservancy.

This webinar highlights the work being done by four scientists who focus their research on elucidating the tidal energy resource and potential in the Bay of Fundy, and how tidal energy developments there may affect the surrounding marine environment.

The presenters provide examples of research methodologies for the detection of animal populations in the vicinity of offshore wind farms, describe the technologies used to detect the animals, and, where available, discuss any existing mitigation measures or post installation/operation monitoring.

This webinar features three modeling approaches that examine potential changes to physical systems. As wave and tidal devices are installed at commercial scales, measurements may be made to validate the models.

Wind farms can impact birds through collisions, barrier effects and displacement and habitat loss. Of these, collisions have attracted the most attention as the effects of direct mortality are considered to have the greatest potential to impact bird populations.

This webinar provides an overview of EMF in the marine environment, how additional EMF signatures from marine renewable energy devices may effect certain marine organisms, and how research efforts are addressing this issue.

This webinar discusses current environmental research efforts focused around marine renewable energy test centers and what is being planned for future test centers.

The speakers present on tools they have developed to assess the potential vulnerability of birds to wind energy development.

The goal of the Mid-Atlantic Baseline Studies (MABS) Project was to provide comprehensive baseline ecological data and associated predictive models and maps to regulators, developers, and other stakeholders for offshore wind energy.

This webinar details monitoring tools and large-scale monitoring efforts related to offshore wind energy.

Multiple presentations in December 2015 address technologies for bat detection and deterrence.

This webinar delves into the concept of Adaptive Management (AM), and how it can be used as an effective decision making process in the face of uncertainty for the marine renewable energy industry.

This webinar featured an in-depth presentation on AWWI’s Eagle Mitigation and Conservation Toolbox, which includes modeling tools that advance the science needed to facilitate wind energy development while conserving eagles.

This webinar details techniques for monitoring bat activities offshore, in order to determine the impact that offshore wind may have on bat populations.

This webinar serves as a follow up to the International Conference on Ocean Energy (ICOE) 2016 in Edinburgh, Scotland. Collision risk to marine animals was discussed, including the regulatory landscape in Scotland and the latest insights from current UK research.

The webinar is a showcase of outcomes of an EPSRC grant funded project. In particular we will show the development and the availability of a range of numerical methods to assess various potential environmental impact of large arrays of tidal and wave energy devices.

The recently published Annex IV State of the Science Report summarizes the state of the science of interactions and effects of marine renewable energy (MRE) devices on the marine environment, the animals that live there, and the habitats that support them.

This webinar will discuss noise monitoring research and mitigation to help protect marine life from the impacts of wind energy development-related sounds produced during the building phases and types of foundations.

While not yet considered to be a key strategic consenting issue by regulatory bodies, biofouling is becoming an important consideration for device developers and operators with increasing deployment experience. Similarly, as more devices are deployed, regulators are increasingly pressed to understand the potential for spread of non-native species, as well as any artificial reef impacts.

In an effort to ensure that potential offshore wind development protects the environment and addresses the concerns of coastal communities, the New York State Energy Research and Development Authority (NYSERDA) is conducting a multi-year aerial survey of wildlife in this area. This webinar will outline the planned scope of the survey project and provide insights in the technical aspects of image collection, processing, species identification and data presentation.

This webinar presents results from two research projects overseen by the NWCC Sage-Grouse Research Collaborative.

A recent review of Adaptive Management (AM) has clarified fundamental differences in the definition of AM, and its application to projects or planning processes. This webinar sets out to explore these experiences and suggest the possibility of a common definition and framework for AM that is capable of supporting the needs of wind energy development where there are potential conflicts with wildlife. It will examine how AM has been applied to wind energy development around the world, with a focus on examples from the US and UK.

This webinar will feature two recent sets of research findings that will further elucidate the importance of EMF from cables and fish interaction with devices to the industry.

This webinar will cover The United States Bureau of Ocean Energy Management’s (BOEM) Real-time Opportunity for Development Environmental Observations (RODEO) study.

This webinar will look at the environmental effects of marine renewable energy (MRE) devices related to benthic habitat and community changes, and the effects of artificial reefs, specifically focusing on marine fish and crustaceans.

This webinar features overviews of DOE selected research projects, including explorations into how to create more effective deterrents and testing and evaluation of existing and newly emerging detection and deterrent technologies.

This webinar will look at the socio-economic impacts of marine renewable energy (MRE) projects around commercial fisheries by exploring the attitudes of fishermen towards MRE projects under development and perceived socio-economic impacts and opportunities, as well as the co-occurrence and nature of potential interactions between these two industries.

This webinar is the second of a two-part series covering research programs designed to understand the environmental impacts of offshore wind.

This webinar presents a summary of wind energy and wildlife interactions, including raptors, bats, and grouse.

This webinar covers a manuscript produced by the WREN collaborative on individual to population impacts and WEST’s development of a quantitative assessment of the direct effects of wind energy on small passerines and diurnal raptors in North America.

This webinar addresses consenting wave projects in Sweden with the necessary collection of environmental and socio-economic data and on consenting tidal projects in Canada with the necessary collection of economic data.

This webinar will discuss three tools that can be employed for environmental assessments: RADMAPP, a spatial data management, display and analysis tool; the Impact Assessment Tool (IMPACT) developed in the United Kingdom; and Tethys Management Measures developed in the United States and the United Kingdom as part of the Annex IV initiative.

The speakers will discuss smart curtailment from both the European and North American perspective.

This webinar provides updated on NWCC webinar #5 on bat detection and deterrence.

The speakers will discuss reconstruction after decommissioning from both the offshore wind, land-based wind and adjacent industry perspectives.

This webinar will showcase the content and resources available on Tethys, from a wind energy perspective.

This webinar will discuss guidelines for using underwater video effectively and present a new software tool, EyeSea, developed specifically for underwater video analysis.

This webinar will provide a first look at GenEst and how it can be used to estimate fatalities at wind facilities.