ANIMALS / COASTAL PLACES / PRACTICAL QUESTIONS
Ocean guides
Look inside an unusual animal, understand a beach observation, or learn how to read the evidence behind an ocean story.
84 guides
Glow and coastal conditions
What makes the ocean glow? Marine microorganisms explained ↗
Ocean glow is often bioluminescence: light produced by chemistry inside living organisms. Microscopic plankton can flash when disturbed, while other animals use light to lure prey, communicate, or hide. The same visible blue glow can arise from different species and functions.
Research reported ·
Glow and coastal conditions
Finding bioluminescence: what local reports can tell you ↗
A local glow report is a lead to investigate, not a forecast. Check when and where the observation was made, whether other recent reports corroborate it, and whether access, weather, and current health information support a visit. Darkness improves contrast, but never guarantees a display.
Field guidance published ·
Glow and coastal conditions
San Diego bioluminescence: reading sighting reports and conditions ↗
San Diego’s documented 2020 blue waves show how to read a sighting alongside field research and water-quality evidence. A dated historical observation does not verify a current report, predict another bloom, or establish that beach conditions are safe for swimming.
Documented glow observation ·
Glow and coastal conditions
Bioluminescent beaches in Florida: organisms, places and limits ↗
In the northern Indian River Lagoon, summer glow is associated with microscopic dinoflagellates whose light can be triggered by movement. Learn how different light effects arise, why glow is not a water-quality guarantee, and what official field guidance recommends for a low-light paddle.
Field guidance updated ·
Glow and coastal conditions
California bioluminescent beaches: a guide to the phenomenon ↗
California’s coastal glow can come from Lingulodinium polyedra, a dinoflagellate whose dense surface aggregations look reddish by day and flash blue when disturbed at night. The 2020 event shows how vertical migration, bloom decay, and local flushing shape both spectacle and ecological effects.
Bloom impact study reported ·
Glow and coastal conditions
Haystack Rock tide pools: what to observe and how to plan ↗
Plan a Haystack Rock visit around the predicted low tide, then treat the tide chart as a window rather than a safety guarantee. Look for intertidal animals from sand, respect the protected upper refuge, and keep checking surf and your route as water returns.
Glow and coastal conditions
Malibu tide pools: habitats, access checks and observation ideas ↗
Leo Carrillo’s rocky shore offers a way to compare tide pools, reefs and nearby coastal environments. Check current park access before setting out, read pools as changing habitats, and observe organisms in place with careful footing.
Glow and coastal conditions
Annaly Bay tide pools: what to check before a visit ↗
Annaly Bay’s wave-fed pools sit beside a demanding coastal approach. Confirm current authorization and conditions with the responsible territorial managers, assess the full return hike, and treat surf washing into the basins as an active hazard rather than a swimming invitation.
Conservation acquisition announced ·
Glow and coastal conditions
How long do rip currents last? Understanding changing conditions ↗
A rip current has no single duration: channelized flows may recur in a persistent sandbar gap, while transient rips can last minutes. The flow’s position and strength can change separately, so never use elapsed time as a safety forecast.
Glow and coastal conditions
Galveston red tide: interpreting current official reports ↗
Learn to read Texas red tide updates by separating report date, sampled location, measured organisms and observed effects. Understand why a fish-kill report or a beach photo cannot establish toxin-free water, and how to check health and shellfish-harvest guidance.
Galveston-area health advisory issued ·
Glow and coastal conditions
Is there a red tide season? Place, timing and uncertainty ↗
Red tide has no single calendar that applies across the coast: organisms, regional conditions and bloom duration differ. Compare Florida, Texas and Southern California carefully, then use current local samples and health advice to answer whether a particular place is affected.
Glow and coastal conditions
King tides in Florida: causes, timing and community observations ↗
King tide is an informal name for exceptionally high tides shaped by lunar and solar geometry. Florida’s peak dates vary by coast, and wind, currents, rainfall and surge affect flooding. Learn how to compare a tide prediction with observations and local thresholds.
Seasonal forecast published ·
Glow and coastal conditions
Marin County king tides: using predictions and recording the shoreline ↗
King-tide predictions help you plan a safe, repeatable shoreline observation, but they are not flood reports. Learn how astronomical tides, weather, location, and fixed landmarks shape what a photograph can—and cannot—show.
Local high-tide notice issued ·
Glow and coastal conditions
What is a Kelvin wave, and how does it affect the ocean? ↗
An oceanic Kelvin wave is a broad, slow-moving change in sea level and subsurface structure, not a breaking beach wave or an earthquake tsunami. Its movement can deepen the thermocline, alter coastal water levels, and suppress nutrient upwelling.
Oceanographer explainer published ·
Beach discoveries
A visual seashell identification chart, with identification limits ↗
A useful shell chart starts with body plan and structure, then narrows likely groups by hinge, plates, spire, aperture, canal, and ornament. Regional keys can guide a tentative identification, but wear, geography, and collection rules limit certainty.
Identification key updated ·
Beach discoveries
What is a sand dollar? From living animal to beach find ↗
A sand dollar is a living echinoderm related to sea urchins; the familiar white disk is its exposed skeleton, called a test. Following one from its covered, moving life on the seafloor to its shorewashed remains explains its anatomy, feeding, and changing appearance.
Biology explainer aired ·
Beach discoveries
Finding sand dollars without disturbing living animals ↗
Find sand dollars by reading the beach and the animal’s condition before deciding what to do. Stranded material may be easier to inspect than submerged sand beds, where living animals feed and burrow. Local rules differ, so confirm the exact site’s collection policy first.
Beach discoveries
Cleaning found sand-dollar tests: rules and conservation considerations ↗
Handle a found sand dollar as a specimen only after it is certainly an empty test and collection is allowed at that site. Preserve its location information, support its fragile structure, and seek conservation advice before cosmetic whitening; household disinfectant directions do not establish a specimen treatment.
Chemical-handling guidance published ·
Beach discoveries
Pink and blue sea stars: what color can and cannot identify ↗
Pink and blue are useful field observations, but neither color names a sea star species. Identification improves when color is read alongside geography, habitat, surface anatomy and body form, while respecting what photographs and reference measurements cannot establish.
Sharks and fossils
Why great white sharks breach: interpreting California footage ↗
A breach shows a shark accelerating upward until much or all of its body clears the surface, but the jump alone does not reveal its purpose. South African biologging offers a measured hunting mechanism; California footage still needs its own date, location and behavioral evidence.
California range study published ·
Sharks and fossils
Great white sharks near Marina State Beach: observations and reporting ↗
Reports near Marina State Beach should separate what an observer saw from expert identification and official action. Regional research documents juvenile white sharks in Monterey Bay, while the beach’s strong rip-current hazard and changing local conditions require attention independent of any shark report.
Regional field study published ·
Sharks and fossils
Following Breton the great white: how shark tracking works ↗
Breton’s tracker records occasional successful transmissions, not a continuous route. Understanding the tag, the timestamp, and the difference between displacement and distance traveled helps readers interpret what a shark map can—and cannot—show.
Breton profile summary published ·
Sharks and fossils
Basking shark versus whale shark: size, feeding and identification ↗
Both sharks filter small prey, but their head shape, mouth position, gills, and feeding mechanics differ. Size figures also describe unlike statistics: typical basking-shark lengths, reported maxima, and modeled whale-shark growth plateaus should not be treated as interchangeable.
Whale-shark growth research reported ·
Sharks and fossils
Where do basking sharks live? Range versus individual sightings ↗
Basking sharks range broadly through temperate coastal and offshore waters, but a range map cannot confirm an animal at a particular beach. Sightings depend on where people search, what they record, and whether sharks are visible at the surface.
Regional sighting analysis published ·
Sharks and fossils
Hammerhead shark sizes: compare species rather than one maximum ↗
Hammerhead sharks span a wide range of body sizes, so a family-wide maximum does not describe a typical animal. Compare reported total lengths by species, distinguish averages from exceptional records, and use head shape and other traits alongside size.
Sharks and fossils
Could megalodon still be alive? Reading the fossil and modern evidence ↗
Fossil ages and the absence of authenticated recent evidence support megalodon’s extinction, not survival in the deep ocean. Read geological provenance carefully: a tooth found in young sediment can be older than the deposit, and an estimated extinction date is not an exact last sighting.
Extinction analysis published ·
Sharks and fossils
Megalodon teeth: identification, condition and questions about value ↗
A megalodon tooth is identified from a combination of crown, serrations, cusps, and root traits; size alone is not enough. Document provenance and condition before discussing value, since tooth position, repairs, and market context complicate comparisons.
Tooth-size research page updated ·
Sharks and fossils
Whale-shark reports from Cambodia: how to check a sighting ↗
An official report of a whale shark near Sdach Island gives a place and encounter date, but no measured length or individual photo-identification. Learn how to check its reporting chain, read visible features, and separate one sighting from evidence of population change.
Reported whale-shark observation ·
Sharks and fossils
Great whites near Perth beaches: monitoring, sightings and uncertainty ↗
Western Australia’s shark information separates public reports from acoustic detections of tagged animals. Learn what receivers can and cannot reveal, how to read an advisory’s chronology, and why a blank map or a carcass-related warning cannot settle whether a great white is nearby.
Local advisory updated ·
Sharks and fossils
How to assess a hammerhead-shark sighting near Newport ↗
A “Newport” hammerhead report needs a confirmed location, date, and original observer before its biology can be interpreted. If it means Newport, Rhode Island, smooth hammerheads are regionally plausible summer visitors, but a fin-only image or a tracking study cannot identify a particular shark.
Seasonal tracking study published ·
Deep-sea animals
Can environmental DNA reveal giant squid? A Western Australia case ↗
A 2020 survey of two Western Australian submarine canyons found Architeuthis dux DNA in six samples. That is evidence of genetic material in collected seawater, not a sighting or count of squid; interpreting it depends on sampling design, reference sequences and how DNA moves.
Study first published ·
Deep-sea animals
Giant squid in the North Atlantic: what records can establish ↗
Giant-squid records on both sides of the North Atlantic document encounters, not continuous occupancy or a population map. Specimens, capture locations and measurements let researchers compare anatomy and distribution, but tentacle condition, preservation and uncertain age estimates limit simple claims about size, range and lifespan.
Deep-sea animals
Are colossal squid real? Specimens, images and evidence ↗
Colossal squid are established animals supported by physical remains, museum specimens and confirmed ROV footage. A juvenile filmed near the South Sandwich Islands in 2025 was the first confirmed live footage in natural deep habitat, not the species’ first discovery; its anatomy and age sharply limit what it reveals about adults.
Juvenile filmed ·
Deep-sea animals
When was the colossal squid discovered? Separate discovery from first filming ↗
The colossal squid’s discovery has several milestones: its formal naming in 1925, later specimen records, and the first confirmed footage of a living juvenile in its natural habitat in 2025. These mark different kinds of evidence, not one discovery date.
Footage announced ·
Deep-sea animals
Colossal squid hooks: a close look at the feeding apparatus ↗
Colossal squid have fixed hooks on their arms and rotating hooks on the middle of their tentacle clubs. Their placement and movement suggest different roles in grasping and holding prey, while also helping specialists identify the species.
Diagnostic hooks filmed ·
Deep-sea animals
Why do some male anglerfish attach to females? ↗
In some deep-sea anglerfishes, a small male attaches permanently to a much larger female, gaining nourishment while supplying sperm. Tissue fusion and shared circulation make this reproductive strategy unusual, and are associated with changes in immune-related genes.
Research announced ·
Deep-sea animals
What does a living blobfish look like? Habitat and photographs ↗
A living blobfish is not reliably represented by the famous trawled photograph. “Blobfish” covers multiple related species, and images show different animals under different conditions. Compare species labels, depth, and preservation history before drawing conclusions about appearance.
Museum record updated ·
Deep-sea animals
Why do oarfish come ashore? Evidence behind the explanations ↗
Oarfish strandings invite dramatic explanations, but a plausible mechanism is not a diagnosis. Injury, illness, or disorientation may contribute, while individual causes can remain unresolved. The strongest account separates species, measured evidence, and speculation, and avoids treating sightings as earthquake warnings.
Documented La Jolla find ·
Deep-sea animals
Checking Cabo oarfish claims without repeating folklore ↗
A viral Cabo oarfish claim needs a verifiable original record before its size, date, or outcome can be treated as fact. Check footage, location, scale, and identification separately. A documented La Jolla case offers a comparison, not evidence that the Cabo event occurred.
Comparison study report ·
Deep-sea animals
Juvenile oarfish: how a young animal differs from an adult ↗
Young oarfish resemble miniature adults, so size alone cannot establish age. Compare body proportions, crest and pelvic fins, and document the whole fish with a scale. Species differences and missing age evidence keep any juvenile identification provisional.
Museum profile updated ·
Gelatinous and unusual animals
Bloodbelly comb jellies: anatomy, appearance and light ↗
Lampocteis cruentiventer is a ctenophore whose comb rows propel it and shimmer under illumination. Its red stomach can conceal luminous prey in deep water, although the detailed diet remains unknown. Depth and size figures differ between institutional accounts, so treat them as reported ranges.
Gelatinous and unusual animals
How long do giant siphonophores live? What we can measure ↗
The reviewed sources do not establish a numerical lifespan for giant siphonophores. Their colonies grow from a fertilized egg by budding specialized zooids, so colony persistence and individual zooid lifespan are different questions. Impressive length measurements cannot supply the missing age evidence.
Giant colony report ·
Gelatinous and unusual animals
What can claimed Japanese siphonophore footage establish about size? ↗
A dramatic underwater silhouette cannot verify a siphonophore’s length, species, depth or date on its own. Reliable assessment begins with an original dive record, then checks colony anatomy, complete visibility and calibrated scale while keeping separate verified giant-colony reports distinct.
Verified comparison report ·
Gelatinous and unusual animals
The “Groot nudibranch”: checking a nickname against animal anatomy ↗
“Groot nudibranch” is an unverified nickname, not a taxonomic identification. A useful assessment starts with anatomy and provenance: document sensory structures, gills, body shape, locality and views, then leave species, diet and defenses unresolved until evidence supports them.
Anatomy guide published ·
Gelatinous and unusual animals
Lion's mane jellyfish on Atlantic coasts: appearance and reporting ↗
Lion’s mane jellyfish occur in cool northern waters, but one beach report cannot establish current local conditions, a record size or a population trend. Recognize their tentacles, keep clear of stranded animals, and report sightings with date, place and scale from a safe distance.
WHOI explanation published ·
Gelatinous and unusual animals
Japanese spider crabs: body size, leg span and habitat ↗
Japanese spider crabs are best understood by separating the width of the central shell from the much larger span of their legs. Their anatomy, deep Pacific habitat, feeding and molting explain both their scale and the limits of common size claims.
Wildlife encounters
An entangled sea turtle: reporting an encounter and finding qualified help ↗
Entangled sea turtles can carry hooks, line, rope or netting that restricts movement, feeding or breathing. Give the local stranding responder precise observations promptly, document from a safe distance, and leave assessment and disentanglement to trained responders.
Wildlife encounters
Endangered sea turtles in Texas: a conservation guide ↗
Five sea-turtle species use Padre Island and nearby Texas waters, but their habitat needs and legal categories differ. Kemp’s ridley recovery links nesting beaches, bays and fisheries; visitors can reduce disturbance and report nesting activity to park staff.
NPS guide updated ·
Wildlife encounters
What is a manatee's closest relative? An evolutionary explainer ↗
Manatees’ closest living relatives are other manatees; dugongs are their nearest living branch within Sirenia. Elephants and hyraxes are more distant land relatives in Afrotheria. DNA and anatomy reveal kinship more reliably than aquatic appearance alone.
Wildlife encounters
Manatee festivals and conservation: what to learn before attending ↗
A festival can introduce visitors to Crystal River’s manatees and community, but an event listing does not promise sightings or access to protected habitat. Learn the event dates, then observe passively, preserve surfacing space and follow refuge boundaries and current restrictions.
2026 festival began ·
Wildlife encounters
A harbor seal pup on shore: observation, distance and official reporting ↗
A harbor seal pup resting alone may be waiting while its mother feeds, and shore time supports rest and temperature regulation. Keep people and dogs back, observe without handling, and report visible injury or entanglement to the appropriate West Coast stranding network.
Regional timing guide updated ·
Wildlife encounters
Pacific harbor seals: identification, habitat and behavior ↗
Identify Pacific harbor seals by combining head shape, coat pattern, ear openings and movement rather than relying on one distant feature. Their haul-outs serve several biological functions, and regional variation matters when interpreting pupping, travel and population trends.
NOAA species account updated ·
Octopus behavior
Blue-ringed octopuses: what the venom questions are asking ↗
Blue-ringed octopus is a group name, and visible blue markings can depend on behavior. Understanding the bite risk means separating appearance from venom effects, recognizing breathing danger, and following current Australian first-aid guidance rather than guessing from pain or fatality anecdotes.
Octopus behavior
Baby blue-ringed octopuses: development and identification ↗
Young Hapalochlaena share a genus with adults, but their early ecology varies by species. Research on H. lunulata traces maternal toxin allocation and rising offspring levels, while predator tests show toxin alone did not explain protection in every trial.
Development study first online ·
Octopus behavior
How big is a dumbo octopus? Species, scale and measurements ↗
Dumbo octopus is a nickname used most often for Grimpoteuthis and sometimes other finned octopuses. A typical size estimate is not a measurement of every animal: body part, species, specimen context and calibrated scale all affect the answer.
Species description published ·
Octopus behavior
A dumbo octopus on video: depth, context and identification ↗
A deep-sea video can document encounter depth, movement and visible anatomy, but its nickname may cover more than one identification. Read the vehicle record, distinguish archive date from encounter date, and use scaling features only when their geometry is known.
Footage archive dated ·
Octopus behavior
What eats a mimic octopus? ↗
Field observations document fish threats around the mimic octopus, Thaumoctopus mimicus, but they do not provide a complete predator list or prove every interaction ends in consumption. Separate predation risk, territorial harassment and proposed defensive mimicry when reading the evidence.
Field behavior study published ·
Octopus behavior
How mimic octopuses change their appearance and behavior ↗
The mimic octopus changes its outline, arm arrangement, color pattern, and movement together. Observations support several recognizable displays, but resemblance is not transformation, predator perception is unproven, and proposed defensive functions remain partly uncertain.
Comparative study first published ·
Octopus behavior
Why does a coconut octopus appear to walk? ↗
A coconut octopus can move backward on two arms while curling six around its body. The arms roll against the seabed rather than bending at knees. Shell transport is a separate, cumbersome behavior whose later protective use matters to tool-use discussions.
Shell-transport study published ·
Photography and tools
iPhone underwater photography: housings, limits and useful records ↗
An iPhone's laboratory water resistance is not permission to submerge it. Reliable underwater photography depends on a separate, model-specific housing, careful seal preparation, and records that preserve device, location, and observation context without overstating what a photograph proves.
Apple support update ·
Photography and tools
Choosing an underwater camera for marine observation ↗
Choose equipment around the observation you need to make: habitat video and tiny-organism photographs place different demands on focus, lighting, controls, battery life, and housing. Manufacturer depth ratings set boundaries; they do not establish image quality or identification accuracy.
Photography and tools
Flash diffusers for underwater macro photographs ↗
A diffuser changes how a compatible flash spreads light, but its effect depends on subject distance, suspended particles, and available output. Compare frames under controlled conditions, and keep diffusion separate from neutral-density or color correction filters.
NAUI technique article published ·
Photography and tools
What iPhone macro mode can show in a shoreline photograph ↗
On supported iPhones, macro mode uses the Ultra Wide camera for close subjects, with Apple describing focus as near as 2 cm. A close frame can reveal surface detail, but safe distance, habitat context, scale, model support, and software settings shape what it can show.
Photography and tools
Underwater photography courses: what skills should a course teach? ↗
A useful underwater photography course builds on existing dive competence, then connects buoyancy, camera controls, optics, lighting and image review. Use the syllabus to distinguish skills practiced in water from topics mentioned only in class, and verify provider-specific prerequisites and availability.
Photography and tools
Reading the Okaloosa Island Pier underwater camera ↗
The underwater camera listing describes a view near the pier end, approximately 20 feet down, with 1080p video, autofocus and optical zoom. Read its moving, limited view as a window onto appearances, not a verified live census or water-depth reading.
Ocean questions
Where is Point Nemo, and what makes it remote? ↗
Point Nemo is the South Pacific location farthest from land, at NOAA’s approximate coordinates 48°52.6′S, 123°23.6′W. Its remoteness describes distance to land, not ocean depth, productivity or the absence of people across a broad region.
NOAA explainer updated ·
Ocean questions
Challenger Deep: depth records and how they are measured ↗
A Challenger Deep depth is the result of measurements tied to a vertical reference, not simply a number read from a map. Learn how submersible pressure, sonar, corrections and stated uncertainty shape a defensible record.
NOAA researcher presentation ·
Ocean questions
The Mariana Trench without water: reading a bathymetric map ↗
A bathymetric rendering shows measured and compiled seafloor relief, not a photograph of a drained ocean. Read its color scale, grid spacing, vertical reference and source information before drawing conclusions about the trench’s shape or habitat.
Ocean questions
An illustrated guide to ocean zones ↗
Ocean-zone diagrams combine depth ranges with changing light and pressure, but their boundaries are conventions rather than universal walls. Separate the light gradient, water-column depth zones and seafloor habitat when reading or designing an illustration.
Ocean questions
Why is the ocean salty? An explanation for families ↗
Ocean salt comes from dissolved minerals delivered by rivers and released at the seafloor, while other processes remove dissolved material. Salinity measures all those salts, varies by place and conditions, and is not simply kitchen salt mixed into water.
Ocean questions
Deep-sea gigantism: examples, exceptions and explanations ↗
Deep-sea gigantism describes unusually large size relative to related animals in other habitats, but does not mean every deep-sea species is huge. Comparing typical and maximum size requires matching body measurements, sample context and evidence; proposed explanations remain context-dependent.
Size-analysis paper published ·
Ocean questions
Tsunamis and deep-sea creatures: separating reports from speculation ↗
Tsunamis result from major water displacement and may be hard to notice offshore before growing in shallow water. Animal behavior is not a reliable earthquake forecast; assess claims with verified dates, locations, comparison observations and official warning information.
Ocean environment
Reading NOAA ocean acidification data without confusing pH and temperature ↗
NOAA mooring records list temperature, seawater pH and carbon dioxide pressure as separate measurements. Read their units, station, time and quality metadata before comparing them; pH is logarithmic, and one buoy’s seasonal changes do not establish a global trend.
Ocean environment
What causes coral bleaching? Assessing natural and human pressures ↗
Bleaching occurs when coral loses symbiotic algae that provide food and color; it signals stress, not necessarily death. Heat is the leading cause, but cold, runoff, intense light and low-tide exposure can contribute. Satellite heat metrics flag risk, not a colony’s diagnosis.
NOAA explainer updated ·
Ocean environment
How could seabed mining affect deep-sea ecosystems? ↗
Deep-sea collector tests show two distinct pathways of disturbance: machines remove nodules and mark sediment, while suspended material can travel and redeposit. A 1979 site still showed tracks in 2023, but trial footprints and equipment limit commercial-scale predictions.
Long-term impact paper published ·
Ocean environment
What are polymetallic nodules, and why are they sought after? ↗
Polymetallic nodules are slow-growing mineral concretions resting on deep-sea sediment, valued for several metals. Their location and shape distinguish them from other seabed deposits, while geological growth, ecological disturbance, and unsettled economic and regulatory questions complicate claims about recovery.
Ocean environment
What does the International Seabed Authority do? ↗
The International Seabed Authority organizes mineral activities in the seabed Area beyond national jurisdiction and carries an environmental protection mandate. Understanding its role requires distinguishing exploration from exploitation, identifying the relevant jurisdiction and issuer, and reading dated decisions rather than treating applications as permits.
ISA session account published ·
Ocean environment
Restoring Southern California kelp forests: evidence and monitoring ↗
Southern California kelp restoration evidence links targeted purple urchin reduction with community changes, but a concurrent mass mortality complicates causal claims. Repeated measurements of kelp, benthic cover, invertebrates, and fish provide a stronger test of recovery than canopy photographs alone.
Restoration study published ·
Ocean environment
Monterey kelp forests: a photographic observation guide ↗
Photographs can document Monterey kelp forests, but a striking canopy is only one part of the reef. Use repeatable views, record conditions and scale, and distinguish visible observations from conclusions about recovery, grazing, or cause.
Learning and careers
Can you study marine biology online? Degree and fieldwork questions ↗
Online study can include meaningful outdoor work, but a related degree is not automatically a marine biology degree or a fully home-based experience. Compare the precise credential, required field activities, residence, prerequisites, and individual costs before choosing.
Learning and careers
What can you do with a marine biology degree? ↗
A marine biology degree may support varied science and conservation work, but job titles alone do not determine eligibility. Roles can mix field, lab, office, analysis, and writing; coursework, experience, and advanced study requirements depend on the position.
BLS occupation guide updated ·
Learning and careers
Finding marine biology jobs in Florida: employers and search methods ↗
Florida marine science work spans research, monitoring, education, animal care, technology and support. Search by employer and occupational title, then compare each official announcement’s duties, location, qualifications and deadline with your own evidence of education and experience.
Learning and careers
Citizen science apps and Zooniverse: ways to help with ocean research ↗
Ocean citizen science includes classifying remote images and documenting organisms you observe yourself. Choose a project by its current workflow, learn its rules, and submit observations with accurate evidence. Treat platform grades and location settings as useful controls with defined limits.
Learning and careers
How to read oceanography news and trace a story to its source ↗
Follow a marine science story from its first report to the underlying study or dataset. Separate observation, analysis and publication dates, inspect methods and limits, and preserve distinctions between provisional discoveries, measured variables and broad claims.
Expedition report published ·