Government Bodies

Using bait to attract wide-roaming wildlife into the survey platform, our bespoke Baited Remote Underwater Video (BRUV) systems are tailored to perform under the high current speeds encountered in the North East Atlantic. Rated to a depth of 250 meters, they are a rapid and cost effective tool for surveying marine biodiversity, with dual independent lights facilitating round the clock surveying.

Our stereo-imaging techniques are optimised for moderate turbidity levels, allowing our analysts to take accurate measurements through a technique known as photogrammetry without removing specimens from their habitat. Covering both the demersal and pelagic regions, our BRUVs can provide reliable data on:

• Species Inventories
• Accurate Measurements and Biomass Estimates
• Relative Abundances
• Species Interactions
• Temporal Changes and Patterns
• Growth Rates and Overall Condition

We understand our client’s need for robust baseline data as a foundation for the future success of their objectives. Whether it serves as a basis for monitoring the impact of planned infrastructure or the introduction of new management measures, our track record spans diverse marine settings from open ocean to shallow coastal waters and estuaries. Our expert team are committed to using environmentally-friendly, non-destructive and non- extractive methods to generate the data required for the success of your project, from biodiversity indices to oceanographic data. We offer comprehensive support, including survey design, logistical coordination, meticulous data collection, in-depth analysis, and expert report preparation.

At FjordStrong, our expertise covers taxonomic identification of species and communities, alongside characterisation of the abiotic and physical environment they live in using nationally recognised classification protocols such as JNCC and EUNIS. By collecting data using non-destructive methods such as ROVs and tow-fish cameras, we can systematically identify, predict and compare habitat distribution and ecosystems using a standardised methodology, while preserving the integrity of the area. Such knowledge underpins MPA monitoring, assessing conservation-value of sites, and licensing of industry activities.

FjordStrong provides a suite of non-destructive tools and methodologies for assessing marine biodiversity, tailored to your requirements. In light of the ongoing biodiversity crisis caused by anthropogenic pressures and climate change, there is an increasing urgency to understand local biodiversity and population dynamics, including demographic trends and biomass estimates. We provide a range of robust, non-destructive biodiversity surveys to suit your needs, providing a rapid and cost-effective alternative to traditional destructive techniques. With an in-house elasmobranch expert team, benthic ecologists and fisheries scientists, our team can work with you to bridging the knowledge gap and taking the first steps towards a better ocean.

Invasive species have the potential to be a major threat to marine ecosystems, biodiversity, as well as economic and societal implications. The balance of the marine world is fragile, even the smallest external factor can disrupt an entire ecosystem. At FjordStrong we understand the necessity to gather scientific information on invasive marine species and assess any perceived risks before the impact is irreversible. Our team have a strong taxonomic background, allowing us to accurately identify native and non-native species while assessing their potential for invasiveness. Additionally we can provide abundance estimates, habitat preference, potential impact and ultimately monitor and provide mitigation plans if required. 

Marine infrastructure, such as oil and gas platforms and offshore wind turbines, have the potential to boost local productivity and biodiversity through the addition of hard substrata and the provision of complex 3D habitats for various life stages of marine wildlife. This is especially true when situated in oligotrophic and homogenous habitats. Efforts to understand and quantify the associated ecological value are therefore necessary for informing the wide range of possible decommissioning strategies, and choosing the most appropriate and ecologically robust decision. At FjordStrong our expert team can assist in quantifying and assessing both current and future scenarios using zero-impact techniques that leave no trace, supporting life after death for marine infrastructure projects.

FjordStrong’s experienced team excels in delivering comprehensive solutions that harmonise the interests of both industry and conservation for effective Fisheries Management. Proficient in analysing fisheries data, conducting stock assessments, and advising on resource management, our team focuses on collaborative solutions. FjordStrong offers zero-impact tools that not only complement current methods but also aim to replace more destructive approaches, thereby enhancing the sustainability of fisheries.

Selecting the right site for marine projects is a critical step in minimising environmental impact. FjordStrong offers horough assessments to identify locations that balance project needs with ecological sensitivity. Our expert team employs zero-impact methodologies, ensuring that chosen sites align with regulatory requirements and contribute positively to marine environments. Beyond traditional assessments, we offer cost-effective tools for mapping areas in terms of bathymetry, substrate, and associated biodiversity. This versatility is relevant for the placement of wind farms, MPAs, cable corridors, dredging, and habitat restoration efforts, providing a comprehensive understanding of site suitability factors.

In addition to generating our own data through zero-impact methods, FjordStrong extends our technical expertise and domain knowledge to provide comprehensive assessments of third-party datasets. Our team employs advanced analytical techniques to distil complex data into clear, actionable reports that uncover valuable patterns, trends, and insights. Get in touch to see how we can help your project navigate the challenges with biodiversity data to make informed decisions that contribute to the conservation and sustainable management of marine ecosystems.