The University Centre of the Westfjords, situated in Ísafjörður on Iceland's remote northwestern peninsula, represents one of the world's foremost institutions for the study of coastal and marine resource management. Operating in partnership with the University of Akureyri, the programme draws researchers from across the globe to engage with the complex governance, ecological, and socioeconomic dimensions of marine systems under pressure.

Cody completed his Master of Resource Management (MRM) with a specialisation in Coastal and Marine Management, a rigorous interdisciplinary programme that integrates marine ecology, international environmental law, fisheries science, and conservation policy. The programme's Nordic context provided direct exposure to some of the world's most sophisticated marine governance frameworks, situating research within the broader questions of how coastal nations manage shared ocean resources.

For his thesis, Cody undertook self-directed fieldwork focused on TBD, to be updated. The MRM positioned Cody at the boundary between empirical marine science and the policy architecture required to translate field data into meaningful species and ecosystem protection. It forms the intellectual foundation for his subsequent conservation career.

The Scripps Institution of Oceanography at UC San Diego stands as one of the oldest, largest, and most consequential oceanographic research institutions in the world. Founded in 1903, Scripps has shaped the modern scientific understanding of the ocean through more than a century of landmark discovery, spanning foundational investigations of ocean circulation and plate tectonics to contemporary work on climate change, deep-sea ecology, and the accelerating crisis of coral reef degradation. To work within its research infrastructure is to operate at the highest tier of marine science.

Cody contributed as a Research Associate in the laboratory of Dr. Stuart Sandin, working directly with researcher Clinton Edwards on a programme of coral reef spatial ecology whose methodological and analytical ambition reflects the scale of the questions it is designed to address. The central focus of the research was the collection, processing, and ecological interpretation of large-scale benthic photo-mosaic imagery, an emerging technique in reef science that enables the construction of continuous, high-resolution visual maps of entire reef sections, capturing the spatial arrangement of benthic communities at a level of detail that traditional point-intercept transect methods cannot approach.

The photo-mosaic process involves the systematic acquisition of overlapping underwater images across defined reef areas, which are then computationally stitched into seamless composite images spanning tens or hundreds of square metres. From these mosaics, individual coral colonies, algal patches, bare substrate, and other benthic features can be traced, classified, and mapped, producing georeferenced benthic maps that form the foundation of spatial ecological analysis. Cody's work centred on the laboratory-based tracing and identification of coral species from these composite images, demanding taxonomic precision and sustained analytical attention across complex, visually dense datasets.

The scientific purpose of this work extends well beyond cartography. Understanding the spatial ecology of coral reefs, specifically the distribution of species, the patterns of adjacency between functional groups, and the spatial dynamics of coral-algal competition, is fundamental to understanding reef resilience and vulnerability. Reefs in which corals are spatially aggregated, or in which high-value species are concentrated in particular microhabitats, may be disproportionately vulnerable to disturbances that strike those areas. Conversely, mapping the spatial structure of healthy reefs provides a baseline against which degradation can be measured, and a template for restoration targets.

The benthic maps generated through this work enabled environmental mapping of reef systems at a resolution and spatial extent that allows researchers and managers to develop targeted environmental strategies for reef maintenance, identifying the zones most critical to structural integrity, the areas most susceptible to phase-shift pressure from expanding algal communities, and the coral populations most likely to serve as recovery nuclei following bleaching events or other disturbances. In an era of accelerating climate change, in which mass bleaching events are occurring with a frequency and severity that the world's reef systems have never before experienced, this kind of spatially explicit ecological intelligence is not an academic luxury. It is a prerequisite for effective conservation intervention.

The experience at Scripps provided Cody with rigorous grounding in both the technical methodology of modern coral reef science and the conceptual frameworks of spatial ecology, building the scientific credibility and analytical sophistication necessary to engage meaningfully with the academic and intergovernmental bodies through which meaningful shark and marine ecosystem protection must ultimately be pursued.

The University of Hawaii at Manoa is the flagship research institution of the University of Hawaii system and one of the world's leading centres for Pacific Ocean science. Its Department of Marine Biology occupies a uniquely privileged geographical position, situated at the crossroads of the Central and North Pacific, surrounded by some of the most biodiverse and scientifically significant marine environments on Earth, including the waters of the Hawaiian Archipelago and the vast marine protected area of the Papahānaumokuākea Marine National Monument.

Cody completed his Bachelor of Science in Marine Biology at UH Manoa, where rigorous academic training in marine ecology, elasmobranch biology, invertebrate zoology, oceanography, and quantitative biological research methods was complemented by substantive undergraduate research experience across two distinct laboratory programmes.

Coral Reef Herbivory Research — Dr. Celia Smith, Department of Botany

Cody was one of three undergraduate students selected to conduct original research in the laboratory of Dr. Celia Smith of the Department of Botany, one of the foremost authorities on marine algal ecology in the Hawaiian Islands. The research addressed one of the most pressing and consequential questions in Pacific reef management: the dynamics of herbivory in reef systems undergoing phase-shift pressure from invasive and native macroalgae.

Declining herbivorous fish populations, a direct consequence of overfishing, have allowed macroalgal communities to expand onto Hawaiian reefs at a rate that threatens to outpace coral recovery. By removing the biological control that grazing fish provide, overfishing creates the conditions for a phase-shift: the transition from a coral-dominated to an algae-dominated reef state that, once established, is extremely difficult to reverse on any timescale meaningful to human populations dependent on reef resources. Cody's research team designed and executed a series of herbivory trials to quantify grazer preference among native and non-native algal species, work with direct implications for reef management strategy and the potential use of biological control as a conservation tool.

Methodology encompassed the collection, identification, and preparation of multiple algal species, including both native taxa and invasive species such as Acanthophora spp. and Gracilaria spp., for controlled field trials conducted in subtidal reef environments around Oahu. Experimental apparatus were deployed at paired high-use tourist sites and less-visited reef areas, enabling comparative analysis of herbivory rates across different ecological contexts. The research team worked in close collaboration with the Waikiki Aquarium, whose controlled aquatic environment provided a complementary setting for direct behavioural observation of herbivorous fish feeding on experimental algal arrays, allowing the team to isolate preference signals that would be difficult to distinguish in open reef conditions.

The group's research was formally presented at the 2013 Testers Symposium at the University of Hawaii at Manoa, the institution's undergraduate research showcase, representing one of the earliest academic presentations of Cody's scientific work and demonstrating the rigour expected of undergraduate researchers in Dr. Smith's laboratory.

Biological Oceanography — Dr. Karen Selph, School of Ocean and Earth Science and Technology

Cody also contributed to research under Dr. Karen Selph, Associate Specialist in the School of Ocean and Earth Science and Technology (SOEST) at UH Manoa. Dr. Selph's research programme encompasses biological oceanography, microbial ecology, protistan grazer feeding dynamics, phytoplankton distributions, and the application of flow cytometry to ecological research, a set of methodological and conceptual frameworks that sit at the frontier of understanding how energy and biomass move through the base of marine food webs.

Division I Athletics — UH Manoa Swim Team

Alongside his academic research, Cody competed as a Division I varsity swimmer and Team Captain for the UH Manoa swim team, part of the same demanding stretch of years that produced his research under Dr. Smith and Dr. Selph. The team claimed three Conference USA championships during his tenure, including the 2011 title, and Cody qualified for USA National competition. The discipline of balancing elite collegiate athletics with original marine science research set the standard for the sustained focus his conservation work still demands today.

The California Department of Fish and Wildlife (CDFW) is the primary state agency responsible for the stewardship, conservation, and management of California's fish, wildlife, and plant resources. Its Marine Region oversees one of the longest and most ecologically productive coastlines in North America, spanning over 1,100 miles of Pacific shoreline, encompassing kelp forests, rocky reef systems, deep submarine canyons, and some of the most productive upwelling zones in the world's ocean.

Cody served as a Fisheries Biologist supporting the California Recreational Fisheries Survey (CRFS), the state's primary programme for monitoring recreational marine fisheries. The CRFS generates the foundational biological data used by state and federal managers to set catch limits, assess stock status, and evaluate the conservation effectiveness of marine protected areas along the California coast.

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Responsibilities encompassed dockside intercept sampling at San Diego-area launch facilities, systematic species identification and biological data collection from angler catches, angler interview surveys to capture effort and harvest estimates, and specimen preparation for laboratory analysis. The work required taxonomic precision across a diverse assemblage of coastal pelagic and demersal species, from Pacific mackerel and yellowtail to rockfish, halibut, and elasmobranchs.

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The CRFS role provided direct experience at the operational interface between science and fisheries policy, the point at which field data is translated into management decisions with real consequences for ocean ecosystems. It reinforced the importance of systematic, high-quality biological monitoring as the irreplaceable foundation of evidence-based conservation.

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Rustic Pathways is an internationally recognised organisation delivering transformative student travel and service programmes across more than 20 countries. Its model centres on genuine community engagement, environmental stewardship, and cross-cultural education, programming that goes far beyond tourism to create meaningful, lasting impact in the communities it works with.

Cody served as a Marine Biologist and Programme Manager leading Rustic Pathways' marine conservation programmes, with primary operations based in Fiji. His work spanned multiple islands and encompassed a breadth of conservation, science, and community development initiatives that few practitioners at any career stage would have the opportunity to lead.

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In Fiji, Cody worked directly with local communities on the island of Somo Somo to co-create a Marine Protected Area, a process requiring sustained community consultation, ecological survey work, and the navigation of traditional governance structures alongside scientific and policy frameworks. At Barefoot Kuata and Barefoot Manta, he conducted shark conservation work focused on Bull Sharks (Carcharhinus leucas) and Manta Rays (Mobula alfredi), two species of significant conservation concern whose presence at these sites underpins a thriving dive tourism economy that provides a powerful economic argument for their protection.

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Environmental restoration work included the planting of over 2,000 mangrove trees with student cohorts, contributing to the rehabilitation of coastal habitat that provides nursery grounds for fish, carbon sequestration, and coastal protection. Cody also led student teams in removing over 1,200 pounds of waste from multiple Fijian beaches, and contributed to the rebuilding of a primary school and playground on Somo Somo following the devastation wrought by Tropical Cyclone Winston in 2016, at the time the most intense tropical cyclone ever recorded in the Southern Hemisphere. Additional infrastructure projects included the construction of composting toilets and community walkways in Momi Village.

School Rebuild, Somo Somo

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Beyond Fiji, Cody led community service and environmental education programmes in Hawaii, South Korea, Thailand, Vietnam, Cambodia, and Puerto Rico, coordinating logistics, student safety, local partnerships, and programme delivery across cultures, languages, and ecosystems. The breadth of this operational experience, managing complex, multi-stakeholder conservation programmes in resource-constrained field environments, is central to Cody's practical conservation toolkit.

Project Hiu is a conservation organisation operating on the fundamental premise that lasting protection for sharks requires working with, not against, the fishing communities whose livelihoods have historically depended on them. Based in Lombok, Indonesia, the organisation operates a rapidly growing fleet of hand-built shark fishing vessels, repurposed from extraction to ecotourism, crewed by the same fishermen who once hunted the species they now help protect.

Indonesia is the world's largest shark-fishing nation by volume, and the scale of the problem is staggering: 80% of shark species caught in Indonesian waters are classified as endangered, vulnerable, or near threatened on the IUCN Red List. Both the sharks and the fishermen who catch them are casualties of an international trade in shark fins that generates most of its profit for intermediaries and traders, leaving fishing communities with minimal economic return for enormous ecological cost.

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The architecture of Project Hiu's approach reflects a conviction that Cody holds deeply: that conservation without economic justice is unsustainable, and that the communities bearing the heaviest cost of the global fin trade deserve to be its primary beneficiaries of change. By providing fishing boat owners and crews with a viable alternative livelihood through dive and snorkelling ecotourism, Project Hiu removes the economic compulsion to fish for sharks while preserving the community's identity, skills, and income. The results are measurable and significant.

Project Hiu has also deployed the first tiger shark tags ever placed in Indonesian waters, a scientific milestone that begins to map the movements, habitat use, and transboundary behaviour of a species that has never before been studied in this jurisdiction. The organisation has built clean water infrastructure for the fishing community's school, and supported two former fishermen in accessing university education, breaking cycles of dependency on shark fishing through investment in the next generation.

Cody's internship with Project Hiu provided direct field experience in one of the world's most challenging and consequential conservation contexts, one that demands not only scientific knowledge, but cultural sensitivity, community trust, and a genuine commitment to the idea that conservation must generate, not diminish, human opportunity.

The New England Science and Sailing Foundation (NESS) is an educational non-profit organisation based in New London, Connecticut, that uses ocean-based experiential learning as a vehicle for academic engagement, STEM education, and personal development, particularly among underserved youth for whom the ocean represents both a place of transformation and a source of professional opportunity.

Cody completed a full year of AmeriCorps national service embedded within NESS as a STEM Educator, working directly with young people from New London and the surrounding region. AmeriCorps, the federal national service programme, places individuals in high-need communities to address critical challenges in education, environmental stewardship, and community resilience. Service within the NESS partnership placed Cody at the intersection of all three.

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His role encompassed the delivery of hands-on marine science education, introducing students to fundamental concepts in oceanography, marine biology, and ecological literacy through direct experience in Long Island Sound and the adjacent coastline. Alongside the scientific curriculum, Cody delivered sailing instruction, sea kayaking, and snorkelling programmes, using the ocean itself as classroom, laboratory, and challenge environment.

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The explicit pedagogical mission of NESS is to use the ocean as a tool for keeping students engaged in school and opening pathways to higher education and careers that might otherwise remain inaccessible. Research consistently demonstrates that experiential, place-based learning, particularly in outdoor and maritime settings, produces measurable improvements in academic engagement, self-efficacy, and environmental identity among young people from under-resourced backgrounds.

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The year with NESS deepened Cody's conviction that conservation and education are inseparable. The future of ocean protection depends as much on the next generation of engaged, ocean-literate citizens as it does on policy frameworks and field science.

The Young Presidents' Organization (YPO) is the world's most influential network of chief executives, with more than 35,000 members in over 140 countries. YPO's mission centres on the belief that the world needs better leaders, and its global programming, encompassing leadership conferences, business summits, and experiential learning events, brings together heads of state, industry leaders, scientists, and innovators at the highest levels of global influence.

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Cody currently serves as a member of the Core Global Events Team, responsible for the setup and execution of YPO's flagship global gatherings, including the bi-annual Global Leadership Conference, the Global Business Summit, and EDGE events. These are large-scale, complex, high-stakes productions that require meticulous logistical coordination, cross-cultural operational fluency, and the ability to perform consistently at an international standard in dynamic and demanding environments.

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His work on the Global Team has taken him to Singapore, Barcelona, Washington D.C., Sydney, Bangkok, Istanbul, San Diego, and Los Angeles, in addition to leading and setting up events for the YPO San Francisco Chapter in Cuba, and the YPO Salt Lake City Chapter in New Orleans. Each event represents a unique operational challenge, requiring the management of venues, suppliers, speakers, security, technology, and guest experience across different regulatory environments, languages, and cultural contexts.

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The YPO role reflects a dimension of Cody's professional profile that complements his scientific and conservation work: the operational precision, cross-cultural intelligence, and high-performance standards demanded by elite global event production are the same qualities that make effective conservation fieldwork possible in complex, remote, and often unpredictable environments.

Summit is one of the world's most influential networks of entrepreneurs, creators, and thought leaders, built around the conviction that proximity to exceptional people accelerates the quality of ideas, businesses, and lives. Its events are distinguished by an uncommonly high standard of curation, bringing together founders, scientists, artists, athletes, and changemakers in immersive experiences that prioritise genuine human connection over conventional conference formats.

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Cody served on Summit's core team over the course of the past year, working at the operational heart of an organisation whose effectiveness depends entirely on the quality of its member relationships. His responsibilities encompassed lead management and member engagement, building and maintaining the trust-based relationships that define Summit's culture, as well as direct support for event operations across Summit's programme of gatherings.

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A significant dimension of Cody's contribution was the integration of artificial intelligence tools into Summit's organisational systems, applying emerging AI capabilities to lead management workflows, member engagement processes, and operational efficiency. This work positioned Cody at the intersection of human-centred relationship building and the technological infrastructure increasingly required to sustain it at scale, developing a practical fluency in AI integration that is directly applicable across his broader professional portfolio.

Most recently, Cody contributed to the inaugural Summit Family Event in Washington State, the first gathering of its kind in Summit's history, bringing together members and their families in an immersive multi-generational experience. As a landmark event in Summit's evolution, it demanded the same operational precision and cultural sensitivity as Summit's flagship programmes while navigating the unique complexity of designing an experience meaningful across generations. Cody's continued involvement spans both the Family Event and Summit's Flagship events, reflecting an ongoing relationship with an organisation whose values of curiosity, generosity, and the belief that the world's most pressing problems are best addressed by connected, motivated people resonate deeply with his own.

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