The biology and ecology of Carcharhiniform Sharks caught in the Gulf of Papua prawn trawl fishery.
Leontine Baje has over 8 years of experience with the Papua New Guinea fisheries sector as a research assistant. Her research topic is focused on the life history and diets of carcharhiniform sharks caught as bycatch in the Gulf of Papua. The main aim of this study is to estimate biological and ecological parameters of sharks heavily impacted by fishing in order improve fisheries management in Papua New Guinea.
#bycatch #fisheries #Papua New Guinea #fisheries managementMore Details
Quyen Q.T. Banh
Genetic and morphological analysis of sex differentiation and sex reversal of barramundi (Lates calcarifer Bloch) with and without administration of exogenous estrogen and aromatase inhibitor
Quyen is an aquaculture researcher with a demonstrated history of working in aquaculture and genetics research. Skilled in Molecular Biology, Histology, Microbial Genetics and Finfish nutrition. Strong education professional with an ongoing Ph.D. project focused in reproductive biology (sex differentiation and control) for barramundi from James Cook University (Australia); Master of Science in Aquaculture dealing with intestinal bacterial communities and prebiotics (PHB) for seabass at Ghent University (Belgium); and Bachelor in Aquaculture with a honour thesis project in optimising the essential fatty acid ratio for seabass larvae and work internship in tiger prawn hatchery and growth-out industry.
Follow my research @BanhQuyenQuyen
#Genetic #aquaculture #barramundi #Lates calcarifer Bloch #reproductive biologyMore Details
Ana Barbosa Martins
Refining the ecological role of stingrays in coral reef ecosystems
Ana Barbosa Martin's education and career began in Brazil with an undergraduate degree in Biological Sciences and a master degree in Biodiversity and Conservation from Universidade Federal do Maranhao. During her masters, Ana developed a research project focusing on the use of fisher and trader knowledge to describe the shark catch, produce a supply chain and evaluate perceptions regarding the regional conservation status of shark species in Northeastern Brazil.
Ana Barbosa Martins is a Brazilian PhD candidate based at James Cook University. Currently, Ana is developing a research project that aims to examine the role juvenile stingrays’ play in coral reef ecosystems and how important these ecosystems are to their populations. To answer these questions, Ana is integrating acoustic and GPS telemetry to assess juvenile stingray movement patterns and habitat use. In addition, Ana is using stable isotope analysis and non-lethal gastric lavages to evaluate juvenile stingrays and sharks trophic roles at Orpheus Island.
Follow my research @martins_apb
#rays #sharks #telemetry #conservation #ecologyMore Details
Physiological response to environmental stressors in the Black Tiger Prawn Penaeus monodon.
Sarah is a PhD student within the ARC Research Hub for Advanced Prawn Breeding based at Bribie Island Research Centre in South East Queensland. Having completed her BSc and Honours degrees in Zoology at The University of Queensland, in 2015 Sarah joined the ARC Research Hub for Advanced Prawn Breeding as a Research Assistant, working at a commercial prawn farming hatchery Far North Queensland. In 2016 Sarah took a PhD project that explores the physiological response to environmental stressors in the Black Tiger prawn to determine if stress tolerance in prawns has a genetic basis and can be included as a trait in selective breeding.
#prawn #shrimp #physiological response #genetic #selective breeding
Examining coral reef carrying capacity and trophic roles of grey reef sharks in the central GBR
Stacy is a current PhD student at JCU and her research is directed towards reef community ecology and grey reef shark (Carcharhinus amblyrhynchos) abundance and behavior. Her interests are examining trophodynamics and ecological roles of reef sharks from an ecosystem approach as well as integrating multiple methodologies to resolve common limitations in ecological study.
#Ecology #Environment #Elasmobranchs #Biodiversity #FisheriesMore Details
Epigenetic and transcriptional effects of temperature on sex change in Australian barramundi (Lates Calcarifer)
Alyssa completed a BSc(Hons) with a dual major in Ecology and Marine Sciences from the University of Queensland in 2012. Throughout her honours year, she undertook a project within the Degnan Laboratory to study a set of developmental genes responsible for shell patterning in the tropical abalone, Haliotis asinina. The following year she gained a position within the CSIRO Marine and Atmospheric Research Division, investigating evolutionary, genetic and environmental influences on black tiger prawn (Penaeus monodon) pigmentation for aquaculture. Alyssa is now undertaking a PhD project at JCU, throughout which she has been examining the epigenetic and transcriptional effects of temperature on sex change in Australian Barramundi (Lates calcarifer) in order to understand the interplay between DNA methylation, gene expression and gonadal phenotype in hermaphrodite fish.
#Epigenetics #Transcriptomics #GeneRegulation #Differentiation #SexChangeMore Details
The physiological plasticity of yellowtail kingfish (Seriola lalandi) in response to varying nutrition: improving YTK aquaculture through better feed formulation.
Caroline completed her BSc. in Biology (2014) and MSc. in Marine Ecosystem and Fisheries Science (2017) at the University of Hamburg in Germany. Throughout her academic life she has been working on bioenergetics and ecophysiology of larval and juvenile fish.
Caroline is currently enrolled at JCU as a PhD student, but conducting research at the Port Stephens Fisheries Institute in NSW under the K4P research project. This project involves the growth of a profitable, innovative and collaborative Australian yellowtail kingfish aquaculture industry. Her PhD measures the effect of economically sustainable sources of protein, lipid and carbohydrate on an aquacultural species metabolism, which is being exposed to varying abiotic factors.
Follow my research @CaCandebat
#Fish Physiology #Yellowtail Kingfish #Seriola lalandi #Bioenergetics #Metabolism #Nutrition #Hypoxia Tolerance #EcophysiologyMore Details
Development of captive breeding techniques for marine ornamental fish
Bill completed his BSc and Honours degree at University of British Columbia (UBC), Canada. Upon graduation at UBC, he completed a research project investigating the effects of salinity on growth rate and flesh quality of Atlantic salmon (Salmo salar) and Coho salmon (Oncorhynchus kisutch) reared in land-based recirculating aquaculture system. Bill is interested in aquaculture research in general, and has particularly keen interest on developing culturing techniques for new aquaculture candidates. Bill's PhD project focuses on reproductive biology and larvae rearing techniques for marine ornamental fish. Developing breeding techniques for popular aquarium fish could potentially provide a sustainable solution to meet the increasing demand of marine ornamental fish around the world.
#aquaculture #marineornamentalfish #fishbreeding #fishlarvae #livefeed
The management of Betanodavirus infections in the Queensland giant grouper, Epinephelus lanceolatus.
Kelly is completing PhD studies investigating the disease Viral Nervous Necrosis (VNN) syn. Viral Encephalopathy and Retinopathy (VER). The aim of her project is assist in preventing outbreaks of VNN in tropical grouper aquaculture systems. A combination of molecular techniques to detect the Betanodavirus is being applied to measure the effectiveness of a vaccine to prevent VNN and also monitor the presence of the virus in aquaculture systems and the environment. Kelly is very interested in the prevention of disease outbreaks in tropical aquaculture species both fish and crustacean and has over 20 years’ experience in the detection of pathogens of aquatic species.
#aquaculture #tropics # food security #virus #microRNA #vaccine # biosecurityMore Details
Global survey of Endangered and Critically Endangered sawfishes using environmental DNA
Madalyn is a PhD candidate in the Fishing & Fisheries Research Centre her research interest is motivated by conservation genetics of endangered species.
Madalyn graduated from The University of Sydney in 2015 with a Bachelor of Animal and Veterinary Bioscience (Hons I & University Medal). Her background in wildlife and conservation genetics, and interest in elasmobranchs, saw her move to South Africa to work at the South African Shark Conservancy in 2016 before returning to Australia to commence her PhD. Madalyn’s PhD project utilises environmental DNA to resolve the global occurrence and distribution of Endangered and Critically Endangered sawfishes. Her work will contribute to our understanding of sawfishes and how best to conserve and manage their populations.
Follow my research @MadieCooper_
#Rays #Sharks #Elasmobranchs #Endangered Species #eDNA #Genetics #Ecology #Conservation Genetics #FisheriesMore Details
A holistic approach to shark fisheries science and management: The role of contemporary Indigenous knowledge
Karin is currently undertaking her PhD by collaborating with Traditional Owners in Far North Queensland, looking at the cultural significance of sharks and rays and mapping Indigenous knowledge. Her project concept came about through the many discussions she had with Traditional Owners while working at the Great Barrier Reef Marine Park Authority in the Indigenous Partnerships group. Traditional Owners expressed their frustration at not being involved properly in management decisions affecting their sea country, despite having the expertise and knowledge about everything connected to their environment. This project also looks at the different views and experiences that shark scientists and managers have regarding the use of Indigenous knowledge in their work, but mainly explores the breadth of knowledge that Traditional Owners have around sharks and rays.
Karin’s career background includes marine park management, environmental assessment and working with saltwater Traditional Owners on sea country management issues. She has extensive training and experience in setting up monitoring and evaluation (M&E) frameworks for projects and is currently interested in Design thinking and its application to project development.More Details
Biology and Conservation of Elasmobranchs in non-marine environments; A Focus on Papua New Guinea
Michael has studied a Bachelor of Science (Hons) in Marine Biology at JCU - Townsville. His honours focused on the life history and demography of silky sharks in the central west Pacific region. The project was supervised by Prof. Colin Simpfendorfer and Dr. Andrew Chin.
Currently Michael is undertaking a PhD, studying the biology and conservation of elasmobranchs in non-marine environments. This project is supported by a Save Our Seas Foundation Keystone Grant: Investigation into the status of sawfishes (Pristidae) in Papua New Guinea. Additionally he is interested in the biology of river sharks (Glyphis spp.) and other ray species found in northern Australia and Papua New Guinea region. His thesis aims to (1) survey the status of non-marine elasmobranch fauna in PNG and (2) Provide insights on elasmobranchs that use non-marine environments throughout ontogenetic development in the interest of their conservation.
Follow my research @MickkGrant
#Freshwater and Euryhaline Sharks and Rays #Conservation #Shark Life Histories #Demography/Population Theory #Fisheries Biology
Unravelling the genetic architecture of black tiger prawn (Penaeus monodon) production traits through development and utilisation of novel genomic resources
Jarrod Guppy has been involved in aquaculture research for the past 5 years, working extensively with industry partners, having developed technical expertise in aquatic animal husbandry and breeding, juvenile production and applied genetic techniques. Jarrod recently completed his BSc Adv (Hons) awarded with academic commendation, investigating the use of gene silencing in barramundi to study complex process involved in protandrous sex inversion.
Jarrod Guppy’s research interests encompass aquatic animal genetics and genomics, advanced selective breeding, sexual development and manipulation, targeted gene silencing and applied advanced reproductive techniques for tropical aquaculture species.
Follow my research @JarrodGuppy
#Aquaculture #Genetics #Animal Breeding #Barramundi #Penaeus monodon #Selective breedingMore Details
Understanding barriers and opportunities for sustained benefits from tilapia (Oreochromis mossambicus) pond aquaculture for Solomon Islands Households.
After completing undergraduate studies in 2010, Daykin worked as a research assistant in socio-economic surveys and analysis on gauging coral reef goods and services usage in rural communities in the Solomon Islands. In 2012, he took up a position with WorldFish as a research analyst. In this role, Daykin focused on community-based fisheries management, ecosystems approach to small-scale Fisheries Management, and rural inland aquaculture development (tilapia & milkfish). In 2013, Daykin became the Hub Manager of one of the WorldFish program offices in the Solomon Islands, overseeing implementation of various donor funded projects under the then Aquatic Agricultural Systems Program implemented by WorldFish. Daykin has also led work on tilapia aquaculture development with rural farmers in inland communities, partly for extension purposes but mainly to inform research on the viability of homestead tilapia and milkfish pond aquaculture in the Solomon Islands.
Daykin is currently doing a Master’s by research program at James Cook University on understanding the barriers and opportunities that exist for homestead tilapia pond aquaculture in the Solomon Islands for rural households; in a rural developing context of the pacific islands. Findings from this research project will not only be relevant for his Master’s thesis but also in informing the Solomon Islands National Government and relevant Non-Government Organizations on ways forward for development of the rural tilapia aquaculture sector in the Solomon Islands.More Details
Characterisation of Prawn Allergens using Molecular and Bioinformatic approaches
Shayma is an Honours student within the Molecular Allergy Research Lab (MARL), in the department of Molecular and Cell Biology (MCB) at James Cook University. He completed his Bachelor of Science (BSc) degree majoring in Genetics and Genomics within the College of Public Health, Medical and Veterinary Sciences. Shayma's thesis aims to identify and characterise known and unidentified prawn allergens using bioinformatics and molecular methods. This involves assembling and analysing the transcriptome of five different prawn species followed by allerginicity evaluation and cross-reactivity studies at a molecular level. Shayma's research is incorporated within the ARC Research Hub for Advanced Prawn Breeding.
Identification and Molecular Characterisation of Food Toxicology in Aquatic Products from Vietnam.
Thu joined the Molecular Allergy Research Group (MARL) at James Cook University as a PhD student in 2015. She completed her Bachelor of Engineering in Seafood Processing Technology in Vietnam and a Master of Food Microbiology at the University of Queensland, Australia. She had worked as seafood inspector for the Vietnamese government and more recently as a lecturer in Food Safety and Quality Management at the Faculty of Food Science and Technology at Nong Lam University in Ho Chi Minh City, Vietnam. Her PhD research investigated the current situation of food allergy in Vietnam, focussing on the epidemiology, aetiology and clinical manifestation of this allergic disease in the Vietnamese population.
Follow my research @le_rocephinus
#seafood allergy #food allergyMore Details
Development of advanced reproductive techniques to characterize (in)fertility & accelerate selective breeding in barramundi (Lates calcarifer)
Adrien joined James Cook University in 2013 to complete his double degree in Marine Biology and Management of the Marine Environment from SKema Business School in Sophia Antipolis, France. He went on to complete a BSc(Hons) project in Aquaculture Genetics at JCU investigating the impact of myostatin gene silencing (the gene responsible for downregulating muscle growth) in barramundi (Lates calcarifer); and its potential application in the aquaculture industry for growth improvement.
He is currently undertaking a PhD that involves developing advanced tools for examining barramundi (in)fertility (computer assisted sperm analysis and DNA fragmentation assays, coupled with molecular parental testing) to determine the underlying causes of poor parental contribution in spawning events. Moreover, he is developing assisted breeding techniques (gamete cryopreservation and IVF) that will improve broodstock management and selective breeding in the aquaculture industry.
Follow my research @AdrienMarc
#aquaculture #selective breeding #cryopreservation #genetics #artificial fertilizationMore Details
Life finds a way: The recovery of frog populations from a chytridiomycosis outbreak
Don studies the ecology of reptiles and amphibians with a focus on conservation. For his PhD, he is using population genetics and metagenomics to understand why some frog populations have recovered from disease outbreaks.
Follow my research @donaldmcknight2
Maximising potential impact of Marine Protected Area placement: an integrated socio-economic perspective.
Me’ira is a highly motivated career professional with a strong track record in implementing community-based conservation initiatives, as well as developing local capacities in coral reef and broader marine monitoring. Specialising in researching and monitoring of Marine Protected Areas (MPAs) and invasive species, she has a proven record in working effectively across cultural and language boundaries. Me’ira’s PhD looks to identify socio-economic factors that influence effective placement of MPAs and shark reserves in terms of maximising impact, and investigates the influence that governance and other socio-political drivers have on placement choice. Alongside her PhD, Me’ira is a consultant for Fauna & Flora International in Cambodia and Myanmar, advising on stakeholder engagement and the consultation process for MPA’s.
#conservation #shark reserves #socio-economics #coral reef #marine monitoringMore Details
Impacts of declining coral reef condition on herbivorous fish-parasite interactions
Katie completed her MSc in 2014 investigating the capacity for thermal developmental acclimation in three tropical wrasse species. After her MSc, Katie spent two years working in various research positions: working as a research assistant for Professor Philip Munday; as a Research Projects Officer with CSIRO in Brisbane; and researching the effects of Cyclone Winston on coral reefs in Fiji. Katie is now conducting her PhD under the supervision of Dr Andrew Hoey and Dr Kate Hutson. Her PhD research examines the effects of coral reef degradation and disturbance on the parasite communities infecting herbivorous fishes on the Great Barrier Reef.
Follow my research @KMotson
#aquatic animal health #parasites #herbivory #coral reefs #habitat-degradationMore Details
Domestication in aquaculture fishes-elucidating the genetic consequences in Nile tilapia (Oreochromis niloticus)
Maria is a PhD candidate utilising quantitative and population genomics to understand population dynamics and the effects of selection. Her current research interests include, but are not limited to: pedigree data analysis; correcting pedigree errors with molecular data; genetic linkage mapping; quantitative-trait locus (QTL) analysis; genome-wide associate studies (GWAS); and discerning population structure.
She completed her MSc in Marine Biology at James Cook University where she conducted research investigating the effects of gene flow and selection in highly connected populations of the silver-lip pearl oyster (Pinctada maxima) in 2014. In 2011, she graduated with Distinction from Duke University with a BSc in Environmental Science having undertaken research predicting the severity of coral bleaching utilizing sea surface temperature degree days.
Follow my research @mnayfa12
#genetics #genomics #aquaculture #selectionMore Details
Development of captive breeding techniques for the striped blenny Meiacanthus grammistes: a popular marine ornamental fish
Kien has worked on marine aquarium fish hatchery (clownfish, seahorse, crab) for more than 6 years at Oceanography Institute, Vietnam. He was also involved in a spiny lobster culture program which was supported by Australian Centre for International Agriculture Research (ACIAR). Kien is currently completing his MPhil at JCU, his study is focused on development of captive breeding techniques for the striped blenny Meiacanthus grammistes.
Follow my research @KienNgu36004203More Details
Uncovering the potential of the Australian black tiger prawn for a large scale aquaculture selective breeding program
Tansyn is a PhD student within the ARC Research Hub for Advanced Prawn Breeding, based at Bribie Island Research Centre (BIRC). She completed her BSc and Honours degrees in Aquaculture at James Cook University in Townsville. Tansyn's thesis will be aiming to uncover the genetic potential of Black Tiger prawns for selective breeding. This will involve optimising and validating challenge testing systems to enable accurate trait measurement. She will estimate the heritability for traits of interest and gain understanding on the genotype-environment interactions of some of these traits. Tansyn's research will provide essential knowledge for the ongoing selective breeding of Black Tiger prawns in Australia.
Follow my research @TansynNobleMore Details
Biochemical and Immunological Characterisation of the Major Allergens in Australian Molluscs
Roni is a PhD student in the Molecular Allergy Research Laboratory, Department of Molecular and Cell Biology. He attained his Bachelor of Science from the Department of Biochemistry at Bogor Agricultural University, Indonesia and completed his Master Degree majoring in Biochemical Engineering at Chung Yuan University, Taiwan. His ongoing project involves the combination of allergenomics, high-throughput screening of genomic databases and high-resolution mass spectrometry to identify allergenic proteins within different mollusc species. This comprehensive discovery pipeline is a significant improvement over current approaches for the identification and characterization of allergenic proteins, providing a new tool for researchers developing better diagnostics and novel immunotherapeutics.
#Shellfish allergy #allergenomics #Oyster #proteomics #allergenic proteinMore Details
Monitoring tropical freshwater biodiversity using environmental DNA (eDNA)
Heather's research is in an exciting new field of genetics which uses environmental DNA (eDNA) and metabarcoding to monitor tropical freshwater biodiversity. She is particulary interested in using eDNA techniques to detect invasive fish, such as tilapia and rare and critically endangered species such as the Armoured Mistfrog. The primary groups that she is working with but not limited to are fish, turtles, frogs and crustaceans.
Follow my research @HeatherRobson24More Details
Bio-molecular studies on allergenic proteins causing fish allergy in Australian children for improved diagnosis
Thimo is a member of the Molecular Allergy Research Group (MARL) and a PhD scholar of the Centre for Food and Allergy Research. Currently he is riding the worldwide wave of food allergy epidemic by tackling fish allergy in Australian children. His Bachelor and Master studies in Biochemistry were accomplished in Germany (Heinrich Heine University Duesseldorf) while he conducted research in Australia, Vietnam, and Austria. Thimo is expert in analysing Asian-Pacific fish species on molecular and immunological level. His ongoing research will significantly improve diagnostics of fish allergy in Australian children and allergy sufferers worldwide. His research sits within a multi-disciplinary National Health and Medical Research Council funded project, involving researchers from Australia, Austria, Germany and Vietnam.
#Food safety #food allergy #seafood allergy #fish allergy #shellfish allergyMore Details
Diversity, Distribution and Abundance of Batoids in the Coral Triangle
Samm completed her BSc. (Hons) in Marine and Freshwater Biology at the University of Guelph in Ontario, Canada and graduated on the Dean’s honour list. Her honours research looked at the ontogeny of methylamine production in Brownbanded Bamboosharks (Chiloscyllium punctatum). She focused on 3 methylamines and 2 enzymes in juveniles and embryos of varying developmental stages. During her undergraduate degree Samm volunteered on various projects including studying sea otter behaviour in Alaska, bull shark behaviour in Fiji, ecology of lemon sharks at the Bimini Biological Field Station in the Bahamas, and a white shark population study at the South Africa Marine Predator Lab in Mossel Bay, South Africa. Samm completed her Masters degree at James Cook University in Townsville, Australia where she examined how well commercial fisheries that catch sharks are managed. She is currently completing her PhD and working as a research assistant on the Global FinPrint Project (www.globalfinprint.org).
Follow my research @SammSherman27
#Ecology #fisheries science #environmental science and management #rays #sharks #conservation #elasmobranchs #coral reefsMore Details
Development of cell cultures to propagate crustacean viruses
Dewi has been working as an aquaculture researcher in IMRAD, Indonesia from 2000 to present. She undertook a minor thesis for my master degree in aquaculture, focusing on shrimp disease at JCU Townsville (2009-2010). Following this Dewi has also received a second scholarship for pursuing PhD in aquatic viral diseases via the Australian Development Scholarship (ADS) scheme 2013-2017.More Details
Alejandro Trujillo Gonzalez
Parasites in pre-imported ornamental fish in Australia: Detection, Identification and Biosecurity
Alejandro is completing a PhD, he conducts research on parasites infecting ornamental fish imported into Australia, with a focus on new molecular detection techniques and strategic approaches to improve biosecurity protocols. This research will provide new knowledge of the parasite assemblages affecting imported ornamental fish under quarantine, and provide efficient molecular tools to improve current detection methods. The outcomes of this research will facilitate the international trade of ornamental fish while promoting Australia’s developing ornamental fish aquaculture industries, and safeguarding existing aquaculture industries and biodiversity from high-risk aquatic pathogens.
#ornamental trade #Parasite-host interactions #parasite ecology #eDNA #biosecurityMore Details
Cleaner organisms clean up in culture: a solution for sustainable parasite management
David's research, supervised under guidance of Dr Kate Hutson, focuses on cleaning symbiosis and the ability of cleaner shrimp to remove economically important ectoparasites from fishes. Very little is known about the efficacy of different cleaner shrimp species, or whether different species prefer specific ectoparasites. He also investigating the ability of cleaner shrimp to clean the wounds of injured reef fish, and whether cleaner shrimp can be used as bio-control agents against ectoparasites in tropical aquaculture using grouper as the client model.
David's background is marine fish parasitology (Monogenea) and has worked professionally for fifteen years in South African public aquaria, documenting problematic parasite species and their management in captive fishes both in public aquaria and aquaculture. In addition, he has a particular interest in anaesthesia and its uses in fish medicine. All these interest work particularly well in synergy.More Details
Population genomics of black tiger prawns Penaeus monodon to understand the wild fishery and aquaculture production
Nga is from Vietnam, and completed a Bachelor of Science in Aquaculture at Nha Trang University in Vietnam. Nga has also worked as a research assistant in the field of sustainable aquaculture and rural development in northern Vietnam.
Nga is currently completing a PhD examining the population genomic structure of black tiger shrimp P. monodon within the Indo-Pacific, with a particular focus on Australian population by using thousands of genome-wide SNP. The results will resolve fine-scale population structure and search for evidence of adaptive sweeps evident in the genome by geographic distance or the environment. Based on genetic diversity assayed, genomic selection prediction will be modeled to translate in admixed populations of black tiger shrimp.
#Aquaculture genetics #Selective breeding #Population genomics #Local adaptation #Viral genetics #Aquaculture #Prawns #FisheriesMore Details
Venom evolution within the Hapalochlaena species complex (Octopodidae)
#Venomics #Cephalopoda #Proteomics #Transcriptomics #Genomics #Bioinformatics #Hapalochlaena #Inheritance #Genetics #OctopusMore Details
The identification of potential links between Fibropapillomatosis prevalence in Green turtles (Chelonia mydas) and heavy metal contamination along the Great Barrier Reef, Australia
Adam’s research aims to investigate the negative impacts of toxic metal element contamination on Green turtles. Fibropapillomatosis (FP) susceptibility has been suggested to be partially affected by metal exposure, and thus this project will measure the potential influence of such environmental factors on FP prevalence in a number of Green turtle populations along the Great Barrier Reef.More Details