|
biodiversity |
12 |
|
ecology |
10 |
|
field-based learning |
10 |
|
immersive technology |
10 |
|
interactional ethnography |
10 |
|
school-university partnership |
10 |
|
sociomateriality |
10 |
|
hong kong |
8 |
|
limpet |
6 |
|
assortative mating |
5 |
|
conservation |
5 |
|
funding |
5 |
|
iucn red list |
5 |
|
mate choice |
5 |
|
rain |
5 |
|
taxonomic biases |
5 |
|
biota |
4 |
|
chiloscyllium plagiosum |
4 |
|
china |
4 |
|
compound-specific stable isotopes |
4 |
|
coral reef |
4 |
|
detritus |
4 |
|
fatty acids |
4 |
|
food webs |
4 |
|
freshwater |
4 |
|
gastropod |
4 |
|
hotspot |
4 |
|
inventory |
4 |
|
marine conservation |
4 |
|
marine predators |
4 |
|
mixing model |
4 |
|
monsoon |
4 |
|
monsoonal climate |
4 |
|
pearl river estuary |
4 |
|
physiology |
4 |
|
scale-of-choice effect |
4 |
|
scoliodon laticaudus |
4 |
|
species checklist |
4 |
|
species richness |
4 |
|
thermoregulation |
4 |
|
trail following |
4 |
|
trophic subsidy |
4 |
|
tropical rocky shore |
4 |
|
tropical shores |
4 |
|
zooplankton |
4 |
|
animal genetics |
3 |
|
aquaculture |
3 |
|
behavioural thermoregulation |
3 |
|
bioinvasion |
3 |
|
carbonates |
3 |
|
echinolittorina malaccana |
3 |
|
ecological threats |
3 |
|
ecosystem functioning |
3 |
|
fishery management |
3 |
|
genetics and genomics |
3 |
|
global warming |
3 |
|
habitat loss |
3 |
|
inorganic carbon |
3 |
|
littorinid |
3 |
|
marine biology |
3 |
|
mate search |
3 |
|
mating pattern |
3 |
|
mucus |
3 |
|
mucus trail |
3 |
|
reclamation |
3 |
|
rocky shore |
3 |
|
sample treatment |
3 |
|
settlement |
3 |
|
sewage treatment |
3 |
|
sexual selection |
3 |
|
shoreline development |
3 |
|
size-assortative mating |
3 |
|
snail |
3 |
|
temporal variation |
3 |
|
thermal performance |
3 |
|
acclimation |
2 |
|
adaptation |
2 |
|
anthocidaris crassispina |
2 |
|
area-specific productivity |
2 |
|
authentic learning |
2 |
|
barnacle |
2 |
|
behaviour |
2 |
|
behavioural plasticity |
2 |
|
cellana |
2 |
|
cellana grata |
2 |
|
climate change |
2 |
|
cohort analysis |
2 |
|
communication |
2 |
|
computer vision |
2 |
|
correlation coefficient |
2 |
|
crustose coralline algae |
2 |
|
design-based research |
2 |
|
differential geometry |
2 |
|
disassortative mating |
2 |
|
distribution |
2 |
|
disturbance |
2 |
|
echinolittorina |
2 |
|
echinolittorina species |
2 |
|
endogenous rhythms |
2 |
|
environmental stress |
2 |
|
evaporative cooling |
2 |
|
evolution |
2 |
|
experiential learning |
2 |
|
feeding strategies |
2 |
|
foraging |
2 |
|
gaussian mixture model |
2 |
|
gene flow |
2 |
|
habitat structural complexity |
2 |
|
heart rate |
2 |
|
heat stress |
2 |
|
herbivory |
2 |
|
homing |
2 |
|
intertidal |
2 |
|
invasive species |
2 |
|
larvae |
2 |
|
lethal temperature |
2 |
|
littoraria |
2 |
|
littorina fabalis |
2 |
|
male-male competition |
2 |
|
male–male competition |
2 |
|
mangrove |
2 |
|
mate discrimination |
2 |
|
mating pair |
2 |
|
mating pairs |
2 |
|
mating preference |
2 |
|
microsatellite |
2 |
|
mobile tools |
2 |
|
molluscan grazers |
2 |
|
monodonta labio |
2 |
|
nitrogen excretion |
2 |
|
non-geniculate coralline algae |
2 |
|
ocean acidification |
2 |
|
optimal foraging |
2 |
|
osmoregulation |
2 |
|
persistence |
2 |
|
pheromone |
2 |
|
photogrammetry point cloud |
2 |
|
polarity |
2 |
|
population bottleneck |
2 |
|
predator |
2 |
|
preferred temperature |
2 |
|
prey |
2 |
|
primer |
2 |
|
recruitment |
2 |
|
reishia clavigera |
2 |
|
reproduction |
2 |
|
rock pools |
2 |
|
saccostrea cucullata |
2 |
|
scopimera |
2 |
|
seasonal, tropical rocky shores |
2 |
|
self-organisation |
2 |
|
singular value decomposition |
2 |
|
spatial and temporal variation |
2 |
|
spawning |
2 |
|
summer die-off |
2 |
|
summer heat stress |
2 |
|
summer mortality |
2 |
|
surface roughness |
2 |
|
temperature |
2 |
|
tetraclita |
2 |
|
thermal safety margin |
2 |
|
tropical shore |
2 |
|
-littorina obtusata - littorina mariae - shell shape - colour morphs vertical distribution - severn estuary |
1 |
|
12s rdna |
1 |
|
16s rdna |
1 |
|
acanthopleura japonica |
1 |
|
acclimation capacity |
1 |
|
acclimation temperature |
1 |
|
activity pattern |
1 |
|
adaptation, physiological |
1 |
|
aggregation |
1 |
|
algae |
1 |
|
algal defences |
1 |
|
algal epifauna |
1 |
|
algal morphology |
1 |
|
algorithms |
1 |
|
allozyme variation |
1 |
|
ammonia |
1 |
|
anti-fouling paint |
1 |
|
aquaculture management |
1 |
|
assemblage development |
1 |
|
barnacles |
1 |
|
behavior, animal |
1 |
|
behavioral ecology |
1 |
|
benzofurans - chemistry - isolation & purification - metabolism |
1 |
|
bioenergetic mechanistic modelling |
1 |
|
biofilm |
1 |
|
biogenesis |
1 |
|
biogeography |
1 |
|
biological factor |
1 |
|
biology |
1 |
|
biomimetic loggers |
1 |
|
bivalves |
1 |
|
body temperature |
1 |
|
bryozoa |
1 |
|
calorific value |
1 |
|
carbohydrate |
1 |
|
cardiac activity |
1 |
|
cheat |
1 |
|
chemical defense |
1 |
|
chiton |
1 |
|
chitons |
1 |
|
cholinergic antagonists |
1 |
|
chromatography - methods |
1 |
|
chthamalidae |
1 |
|
chthamalus challengeri |
1 |
|
circatidal |
1 |
|
clearance rate |
1 |
|
climate-informed management |
1 |
|
community structure |
1 |
|
computer simulation |
1 |
|
congener |
1 |
|
consumption rate |
1 |
|
cooperation |
1 |
|
cooperative behavior |
1 |
|
copper |
1 |
|
county cork |
1 |
|
crab |
1 |
|
cryptic species |
1 |
|
cyanobacteria |
1 |
|
cyanobacteria - chemistry - isolation & purification |
1 |
|
cyanobacterium |
1 |
|
cytochrome oxidase i |
1 |
|
deb model |
1 |
|
demographic expansion |
1 |
|
desiccation |
1 |
|
desiccation stress |
1 |
|
design |
1 |
|
diet |
1 |
|
dispersal |
1 |
|
distribution range |
1 |
|
dna barcoding |
1 |
|
dynamic energy budget model |
1 |
|
ecological relevance |
1 |
|
ecophysiology |
1 |
|
ecosystem |
1 |
|
ecosystem engineering |
1 |
|
ecosystem enigneer |
1 |
|
ecosystem services |
1 |
|
effluxes |
1 |
|
emergence |
1 |
|
emersion |
1 |
|
encrusting algae |
1 |
|
energy |
1 |
|
energy absorption efficiency |
1 |
|
engraulis encrasicolus |
1 |
|
environmental pollution |
1 |
|
epilithic |
1 |
|
epiphytes |
1 |
|
evolutionary biology |
1 |
|
experiments |
1 |
|
feeding behavior |
1 |
|
feeding behaviour |
1 |
|
feeding ecology |
1 |
|
food availability |
1 |
|
foraging behavior |
1 |
|
foraging behaviour |
1 |
|
fractal dimension |
1 |
|
fucoids |
1 |
|
fucus serratus |
1 |
|
functional traits |
1 |
|
gastropoda |
1 |
|
gastropods |
1 |
|
glacial period |
1 |
|
glaciation |
1 |
|
global change |
1 |
|
grapsidae |
1 |
|
grazing cycles |
1 |
|
habitat complexity |
1 |
|
halogenated carbazole alkaloid |
1 |
|
heat budget model |
1 |
|
heat shock |
1 |
|
heat shock response |
1 |
|
heat-shock response |
1 |
|
herbivore |
1 |
|
herbivores |
1 |
|
historical ecology |
1 |
|
host–parasite interaction |
1 |
|
hydrogen peroxide - chemistry |
1 |
|
hydrozoa |
1 |
|
hypometabolism |
1 |
|
hypoxia |
1 |
|
immune response |
1 |
|
individual-based model |
1 |
|
indo-west pacific |
1 |
|
interactive effects |
1 |
|
intertidal benthos |
1 |
|
intertidal ecology |
1 |
|
intertidal ectotherms |
1 |
|
intertidal grazers |
1 |
|
intertidal rocky shore |
1 |
|
intertidal sediments |
1 |
|
ireland |
1 |
|
isognomon nucleus |
1 |
|
its1 |
1 |
|
ka/ks |
1 |
|
kyrtuthrix maculans |
1 |
|
lactones - chemistry - isolation & purification - metabolism |
1 |
|
larval supply |
1 |
|
life history |
1 |
|
life-history traits |
1 |
|
limpets |
1 |
|
littorina |
1 |
|
littorina mariae |
1 |
|
littorina obtusata |
1 |
|
littorina palliata |
1 |
|
littorinid snail |
1 |
|
littorinidae |
1 |
|
littorinids |
1 |
|
long-term |
1 |
|
lough hyne marine reserve |
1 |
|
maculalactone |
1 |
|
maculalactone l |
1 |
|
magnetic resonance spectroscopy - methods |
1 |
|
male choice |
1 |
|
mangroves |
1 |
|
marine chemical ecology |
1 |
|
marine ecosystem |
1 |
|
marine natural products |
1 |
|
marine provinces |
1 |
|
marine reserve |
1 |
|
marthasterias glacialis |
1 |
|
mass mortality |
1 |
|
mass spectrometry - methods |
1 |
|
mediterranean sea |
1 |
|
metabolic depression |
1 |
|
metabolic theory of ecology |
1 |
|
methodology |
1 |
|
microclimate |
1 |
|
microhabitat |
1 |
|
microlaga |
1 |
|
mobile fauna |
1 |
|
models, biological |
1 |
|
models, molecular |
1 |
|
molecular conformation |
1 |
|
mollusc |
1 |
|
molluscs |
1 |
|
monsoon rain |
1 |
|
morphological variation |
1 |
|
mortality event |
1 |
|
mucus trails |
1 |
|
mussel |
1 |
|
n. radiata |
1 |
|
n. vidua |
1 |
|
nerita |
1 |
|
nested |
1 |
|
niche partitioning |
1 |
|
nodilittorina spp. |
1 |
|
nodilittorina trochoides |
1 |
|
nutrients |
1 |
|
nutritional value |
1 |
|
osmotic stress |
1 |
|
oxidation |
1 |
|
oxidation-reduction |
1 |
|
oxidative cleavage |
1 |
|
oxygen consumption |
1 |
|
p. rustica |
1 |
|
p. ulyssiponensis |
1 |
|
paracentrotus lividus |
1 |
|
parameterisation |
1 |
|
parasite |
1 |
|
patella caerulea |
1 |
|
patella vulgata |
1 |
|
performance assessment |
1 |
|
perna viridis |
1 |
|
phylogeny |
1 |
|
phylogeography |
1 |
|
physical factor |
1 |
|
physical stress |
1 |
|
physiological adaptation |
1 |
|
physiological constraints |
1 |
|
physiological responses |
1 |
|
physiological stress |
1 |
|
pomacea |
1 |
|
population connectivity |
1 |
|
population ecology |
1 |
|
population expansion |
1 |
|
population genetics |
1 |
|
positive interactions |
1 |
|
post-settlement mortality |
1 |
|
predictability |
1 |
|
protein |
1 |
|
protein profiles |
1 |
|
proteomics |
1 |
|
random walk |
1 |
|
range shift |
1 |
|
reference window |
1 |
|
refugia |
1 |
|
repeatability |
1 |
|
rgb images |
1 |
|
rhythm |
1 |
|
rocky intertidal |
1 |
|
rocky shores |
1 |
|
salinity |
1 |
|
sampling |
1 |
|
scenarios |
1 |
|
schistosomiasis |
1 |
|
sea urchins |
1 |
|
seasonal change |
1 |
|
seasonal variation |
1 |
|
seaweed |
1 |
|
seco-dibenzyldiphenyl-4.5,6,7-tetrahydrobenzofuranone |
1 |
|
self-organization |
1 |
|
semantic segmentation |
1 |
|
sesarmidae |
1 |
|
sichang island |
1 |
|
size |
1 |
|
size spectrum |
1 |
|
snails - physiology |
1 |
|
social behavior |
1 |
|
south atlantic |
1 |
|
south china sea |
1 |
|
spatial and temporal variability |
1 |
|
spatial distribution |
1 |
|
spatial heterogeneity |
1 |
|
spatial scales |
1 |
|
spatial variation |
1 |
|
species distribution |
1 |
|
species interactions |
1 |
|
species-area relationship |
1 |
|
state-dependent model |
1 |
|
substratum complexity |
1 |
|
succession |
1 |
|
sunlight |
1 |
|
survivorship |
1 |
|
taxonomy |
1 |
|
temporal and spatial variation |
1 |
|
tetraclita japonica |
1 |
|
tetraclita squamosa |
1 |
|
tetrodotoxin |
1 |
|
thermal adaptation |
1 |
|
thermal extreme |
1 |
|
thermal preference |
1 |
|
thermal response |
1 |
|
thermal tolerance |
1 |
|
tidepool |
1 |
|
topography |
1 |
|
trace metals |
1 |
|
trade-offs |
1 |
|
trail complexity |
1 |
|
trematode |
1 |
|
tribenzyl butyrolactone |
1 |
|
tribenzylbutyrolactone |
1 |
|
tropical |
1 |
|
tropical intertidal |
1 |
|
tropical rocky shores |
1 |
|
tropical sandy shore |
1 |
|
typhoon |
1 |
|
vertical distribution |
1 |
|
water loss |
1 |
|
west pacific |
1 |
|
zonation |
1 |
