Recent posts

• Climate change: good questions answered
• Curious species names
• How can scientists agree to a list of all species?
• Mapping top-30% of oceans paper wins international award
• AI is a promising new tool for monitoring marine biodiversity
• Equatorial species loss started before fossil-fuel fed climate change
• Fishers or fishermen
• Bob May: an amazing bio-diverse scientist
• Mapping the top 30% of ocean’s biodiversity
• 为了生物多样性而最应该优先保护的30%全球海域
• Free data for research projects
• Tips on CV presentation
• Tips for video calls
• Fish dive to escape the heat
• Connectivity and marine conservation planning
• There is a biodiversity crisis; exaggerating it is unhelpful and counterproductive
• Why Marine Reserves will work for Ireland
• MPA resources on the web
• Bill Ballantine, father of Marine Reserves
• Who profits $$$ from our scientific publications?
• Why Protected Areas provide resilience to environmental stress and climate change
• Not too late to save ocean life: here’s how
• Peer-reviewing scientific papers time-efficiently
• Tips for writing a thesis
• Choosing a MSc or PhD supervisor
• A glossary of terminology used in marine biology, ecology, and geology
• Addressing harassment, racism, bullying and discrimination
• Tips for preparing for a PhD viva voce or defence
• Tips on ‘Species Distribution Modelling’ using MaxEnt
• Stress: dealing with it
• The ocean floor is less well mapped than the surface of other planets’
• Protected: Lecture slides
• Photos from early years of the Ocean Biogeographic Information System
• The “SSV Robert C. Seamans” returns to Auckland!
• Tips when selecting biodiversity data from GBIF and OBIS
• Tips for designing a scientific POSTER
• What factors influence citation rates of scientific papers?
• Why study marine science at the University of Auckland?
• Free journals to authors and readers
• Environmental variation with depth in the ocean
• New world map of the seagrass biome
• Amphipod crustaceans – one third of species remain to be discovered
• New Zealand benthic and plankton copepods can be used to monitor toxicity
• Marine nature conservation must focus on fully-protected reserves, not resource management
• Auckland award winners at New Zealand Marine Sciences annual conference
• Congratulations to Irawan Asaad on being awarded his PhD!
• Summer scholarships and internships
• How to (not) fail a PhD (and MSc)
• Where Marine Reserves would protect most biodiversity in the Coral Triangle
• Useful marine environmental data sources
• Useful biological data sources
• Looking for job in science or academia?
• Join the Marine Reserves Facebook page
• Want to join our research group as an MSc or PhD student?
• Funding for graduate students
• What to do if you got stung by a venomous jellyfish?
• Advice to my younger self; thoughts for early career researchers
• Tips for overseas visitors to Auckland
• World map of marine biogeographic realms
• A latitudinal gradient in ecological interactions suggests climate warming will alter marine food webs
• More marine species in the tropics, but less at the Equator
• Marine species likely to expand their geographic ranges under climate warming
• How will climate change affect marine life around Auckland?
• Less species in the deep sea, not more
• Sea Education Association SSV visits Auckland
• Palaeo-Art and palaeo-biodiversity
• RV Tara visits Aitutaki, Cook Islands
• Restoring coral reef ecosystems at Aitutaki, Cook Islands
• A new species of polychaete; Use of light-traps for sampling biodiversity
• Do we learn better from digital or print reading
• Tips for presenting a scientific talk
• Tips for writing a scientific paper
• Climate effects on Southern Ocean shrimp distribution
• Ethics article featured
• If you care about having fish to eat, recreational fishing, and enjoying a natural environment …..
• ..: GMED – Global Marine Environment Datasets :..