|
chiloscyllium plagiosum |
4 |
|
coastal engineering |
4 |
|
compound-specific stable isotopes |
4 |
|
conservation |
4 |
|
detritus |
4 |
|
ecological engineering |
4 |
|
ecosystem disturbance |
4 |
|
fatty acids |
4 |
|
food webs |
4 |
|
intertidal environment |
4 |
|
marine predators |
4 |
|
mixing model |
4 |
|
monsoonal climate |
4 |
|
pearl river estuary |
4 |
|
scoliodon laticaudus |
4 |
|
shore protection |
4 |
|
trophic subsidy |
4 |
|
zooplankton |
4 |
|
climate change |
3 |
|
commodities |
3 |
|
hs codes |
3 |
|
monitor |
3 |
|
un comtrade |
3 |
|
wildlife trade |
3 |
|
abundance |
2 |
|
aggregation behavior |
2 |
|
aging |
2 |
|
alexandrium tamarense |
2 |
|
allochthonous |
2 |
|
amphibian |
2 |
|
amphibians |
2 |
|
analysis of variance |
2 |
|
animal nutritional physiological phenomena - physiology |
2 |
|
animals |
2 |
|
anthropogenic effect |
2 |
|
aquatic invasives |
2 |
|
autochthonous |
2 |
|
behavioral response |
2 |
|
benthos |
2 |
|
biology environmental studies |
2 |
|
biomarker of toxicity |
2 |
|
carbon isotopes - analysis |
2 |
|
carbon:nitrogen ratio |
2 |
|
china |
2 |
|
chromatography, gas |
2 |
|
coastal ecosystem |
2 |
|
community analyses |
2 |
|
crustacean |
2 |
|
cyanobacteria |
2 |
|
decapoda (crustacea) - physiology |
2 |
|
demography |
2 |
|
diatoms |
2 |
|
east river (dong jiang, chinese words) |
2 |
|
energy flow |
2 |
|
fatty acids - analysis |
2 |
|
feeding behavior - physiology |
2 |
|
fisheries management |
2 |
|
fisheries resources |
2 |
|
food chain |
2 |
|
food web |
2 |
|
food-chain length |
2 |
|
foraging |
2 |
|
freshwater ecosystems |
2 |
|
freshwater wetlands |
2 |
|
gambusia |
2 |
|
gambusia affinis |
2 |
|
gastropod |
2 |
|
harmful algal bloom species |
2 |
|
hong kong |
2 |
|
human disturbance |
2 |
|
innovation |
2 |
|
lowland habitats |
2 |
|
methyl ethers - analysis |
2 |
|
mosquitofish |
2 |
|
nitrogen - analysis |
2 |
|
paralytic shellfish poisoning toxin |
2 |
|
pollution |
2 |
|
polyclonal antibodies |
2 |
|
protected areas |
2 |
|
recovery |
2 |
|
restoration |
2 |
|
riparian shading |
2 |
|
salinization |
2 |
|
seasonal effect |
2 |
|
senescence |
2 |
|
sex chromosome |
2 |
|
stable isotopes |
2 |
|
stoichiometry |
2 |
|
total impervious area |
2 |
|
trawl ban |
2 |
|
trophic level |
2 |
|
trophic niche |
2 |
|
trophic position |
2 |
|
water pollution |
2 |
|
water quality index |
2 |
|
zhu jiang (chinese words) |
2 |
|
574.5095125 d8 |
1 |
|
577.64095 d9 |
1 |
|
adult description |
1 |
|
agelenidae |
1 |
|
agricultural runoff |
1 |
|
alainites |
1 |
|
algae |
1 |
|
allochthonous food |
1 |
|
allochthonous inputs |
1 |
|
altitude |
1 |
|
altitude range |
1 |
|
anisoptera |
1 |
|
apple snail |
1 |
|
aquatic fungi |
1 |
|
aquatic insects |
1 |
|
aquatic macroinvertebrates |
1 |
|
aquatic-terrestrial linkage |
1 |
|
araneae |
1 |
|
armadillidae energy budget isopods hong kong litter metabolism philosciidae |
1 |
|
asia |
1 |
|
assemblage structure |
1 |
|
assimilation efficiency |
1 |
|
autochthonous and allochthonous foods |
1 |
|
baci |
1 |
|
baetidae |
1 |
|
baetiella |
1 |
|
baetiella bispinosa |
1 |
|
baetiella pseudofrequenta |
1 |
|
baetiella trispinata |
1 |
|
baetis |
1 |
|
balitoridae |
1 |
|
baseflow |
1 |
|
bataguridae |
1 |
|
bayesian mixing models |
1 |
|
benthic algae |
1 |
|
benthic fish |
1 |
|
benthic macroinvertebrates |
1 |
|
benthos--asia |
1 |
|
bioassessment |
1 |
|
biodiversity |
1 |
|
biodiversity -- china -- hong kong |
1 |
|
biodiversity conservation |
1 |
|
biodiversity conservation -- china -- hong kong |
1 |
|
biogeography |
1 |
|
biological invasion |
1 |
|
biomass |
1 |
|
biomonitoring |
1 |
|
bird |
1 |
|
bovids |
1 |
|
brahmaputra r |
1 |
|
brotia |
1 |
|
brotia hainanensis |
1 |
|
buffer strips |
1 |
|
c-13 |
1 |
|
caenidae |
1 |
|
caenis |
1 |
|
calliphoridae |
1 |
|
captive breeding |
1 |
|
carbon cycle |
1 |
|
carbon sequestration |
1 |
|
caridea |
1 |
|
caridina cantonensis |
1 |
|
caridina serrata |
1 |
|
carrying capacity |
1 |
|
chang jiang (yangtze river) |
1 |
|
channelization |
1 |
|
chao phraya r |
1 |
|
chopralla fusina |
1 |
|
choroterpes |
1 |
|
cites |
1 |
|
climate |
1 |
|
climatic control |
1 |
|
cloeodes longisetosus |
1 |
|
cloeon |
1 |
|
community composition |
1 |
|
community structure |
1 |
|
comparative analysis |
1 |
|
comparative functional response |
1 |
|
complexity |
1 |
|
compsoneuria |
1 |
|
connectance |
1 |
|
conservation management |
1 |
|
conservation of natural resources |
1 |
|
conservation of natural resources - methods - statistics and numerical data |
1 |
|
conservation partnerships |
1 |
|
consumption rates |
1 |
|
core terrestrial habitat |
1 |
|
criteria |
1 |
|
cultural eutrophication |
1 |
|
cuora |
1 |
|
dams |
1 |
|
decomposition |
1 |
|
density manipulation |
1 |
|
detritivore shredders |
1 |
|
detritivores |
1 |
|
diet |
1 |
|
dietary reliance |
1 |
|
diplonychus |
1 |
|
diptera |
1 |
|
disasters |
1 |
|
discharge |
1 |
|
dispersal |
1 |
|
disturbance |
1 |
|
diversity |
1 |
|
drainage basin |
1 |
|
drift |
1 |
|
drought |
1 |
|
dual-isotope multiple-source mixing model |
1 |
|
dynamics of elements |
1 |
|
earth and environmental sciences |
1 |
|
ecological sustainability |
1 |
|
ecology -- china -- hong kong |
1 |
|
ecology--china--hong kong |
1 |
|
ecosystem |
1 |
|
ecosystem function |
1 |
|
ecosystem functioning |
1 |
|
ecotone |
1 |
|
edna |
1 |
|
electric power supplies |
1 |
|
elephas maximus |
1 |
|
emergence |
1 |
|
endangered species |
1 |
|
endangered species -- africa. |
1 |
|
energy subsidies |
1 |
|
environment |
1 |
|
environmental filtering |
1 |
|
environmental flow allocations |
1 |
|
environmental monitoring - statistics & numerical data |
1 |
|
environmental restoration |
1 |
|
epeorus |
1 |
|
ephemerellidae |
1 |
|
ephemeroptera |
1 |
|
epilithon |
1 |
|
erosion |
1 |
|
essential biodiversity variables |
1 |
|
ex situ conservation |
1 |
|
exotic species |
1 |
|
extinction |
1 |
|
fao |
1 |
|
feeding |
1 |
|
feeding behavior |
1 |
|
feeding behaviour |
1 |
|
feeding plasticity |
1 |
|
feeding preference |
1 |
|
ficus fistulosa |
1 |
|
fish |
1 |
|
fish gut contents |
1 |
|
fisheries |
1 |
|
fishes |
1 |
|
floodplain |
1 |
|
flow alteration |
1 |
|
flow reduction |
1 |
|
fluvial |
1 |
|
food quantity |
1 |
|
foodchain length |
1 |
|
forest fragmentation |
1 |
|
forest stream |
1 |
|
forest streams |
1 |
|
fpom |
1 |
|
fresh water |
1 |
|
freshwater |
1 |
|
freshwater animals -- africa. |
1 |
|
freshwater biodiversity |
1 |
|
freshwater biodiversity -- africa. |
1 |
|
freshwater biodiversity conservation |
1 |
|
freshwater ecology |
1 |
|
freshwater fish |
1 |
|
freshwater gastropods |
1 |
|
freshwater regimes |
1 |
|
freshwater shrimps |
1 |
|
freshwater species |
1 |
|
functional feeding groups |
1 |
|
functional groups |
1 |
|
functional organization |
1 |
|
gap analysis |
1 |
|
genetic differentiation |
1 |
|
genetic diversity |
1 |
|
genetic marker |
1 |
|
gerridae |
1 |
|
global analysis |
1 |
|
global biodiversity |
1 |
|
global distribution pattern |
1 |
|
global patterns of threat |
1 |
|
global warming |
1 |
|
gobiidae |
1 |
|
grazers |
1 |
|
grazing |
1 |
|
growth |
1 |
|
guangdong |
1 |
|
guild |
1 |
|
guppy |
1 |
|
gut contents |
1 |
|
gut-content analysis |
1 |
|
habitat complexity |
1 |
|
habitat degradation |
1 |
|
habitat disturbance |
1 |
|
habitat structure |
1 |
|
habitat suitability |
1 |
|
harsh-benign hypothesis |
1 |
|
heptageniidae |
1 |
|
herbivory |
1 |
|
heteroptera |
1 |
|
hierarchical partitioning |
1 |
|
host selection |
1 |
|
host-imprinting |
1 |
|
human health |
1 |
|
human water security |
1 |
|
human-dominated landscape |
1 |
|
human-wildlife conflict |
1 |
|
hydro-ecological relationship |
1 |
|
hydro-ecological relationships |
1 |
|
hydrogeology and water resources |
1 |
|
imago description |
1 |
|
impact prediction |
1 |
|
impacts |
1 |
|
in-situ growth |
1 |
|
inland waters |
1 |
|
insecta |
1 |
|
insectivores |
1 |
|
insects |
1 |
|
instantaneous growth |
1 |
|
inter-annual variation |
1 |
|
international river basin |
1 |
|
internationality |
1 |
|
interpopulation variation |
1 |
|
invasive |
1 |
|
invasive poeciliids |
1 |
|
invasive species |
1 |
|
invertebrate consumers |
1 |
|
invertebrates - physiology |
1 |
|
irrawaddy r |
1 |
|
isopoda |
1 |
|
iucn |
1 |
|
kernel density estimation |
1 |
|
lakes |
1 |
|
larval competition |
1 |
|
larval redescription |
1 |
|
larval stage |
1 |
|
lateral dispersal |
1 |
|
latitude |
1 |
|
latitudinal diversity gradient |
1 |
|
latitudinal gradient |
1 |
|
leaf breakdown rates |
1 |
|
leaf litter |
1 |
|
leaf litter quality |
1 |
|
leaf quality |
1 |
|
leaf toughness |
1 |
|
leaf utter |
1 |
|
leptophlebiidae |
1 |
|
life cycle |
1 |
|
life cycle patterns |
1 |
|
life zone |
1 |
|
lifespan |
1 |
|
life‐history parameters |
1 |
|
limnology |
1 |
|
liquidambar |
1 |
|
literature survey |
1 |
|
litter breakdown |
1 |
|
litter decomposition |
1 |
|
litter processing |
1 |
|
litter quality |
1 |
|
litterfall |
1 |
|
livelihoods |
1 |
|
loach |
1 |
|
lowland river fisheries: ganges r |
1 |
|
lycosidae |
1 |
|
macroinvertebrate |
1 |
|
macroinvertebrates |
1 |
|
man-made lake |
1 |
|
management |
1 |
|
marginal zone |
1 |
|
marine |
1 |
|
mark-recapture |
1 |
|
mark–recapture |
1 |
|
marxan |
1 |
|
mayflies |
1 |
|
mayfly |
1 |
|
mekong |
1 |
|
mekong r |
1 |
|
melanoides tuberculata |
1 |
|
methods |
1 |
|
microbes |
1 |
|
microbial decomposers |
1 |
|
microorganisms |
1 |
|
migration patterns |
1 |
|
mitigation |
1 |
|
monitoring |
1 |
|
monsoonal asia |
1 |
|
morphological guilds |
1 |
|
mountain region |
1 |
|
movement patterns |
1 |
|
multiple stressors |
1 |
|
n-15 |
1 |
|
national park |
1 |
|
natural history--china--hong kong |
1 |
|
nature reserve |
1 |
|
necrophagous |
1 |
|
nemacheilidae |
1 |
|
neocaridina serrata |
1 |
|
new guinea |
1 |
|
new species |
1 |
|
next generation sequencing |
1 |
|
nitrogen content |
1 |
|
nutrition |
1 |
|
obeservations |
1 |
|
odonata |
1 |
|
omnivory |
1 |
|
ontogenetic and sexual dietary differences |
1 |
|
organotoxins |
1 |
|
over-harvesting |
1 |
|
overexploitation |
1 |
|
overfishing |
1 |
|
pachytriton granolosus |
1 |
|
palaemonidae |
1 |
|
papua new guinea |
1 |
|
paramesotriton hongkongensis |
1 |
|
partial consumption |
1 |
|
periphyton |
1 |
|
phenology |
1 |
|
phosphate |
1 |
|
physella acuta |
1 |
|
plant leaves - metabolism |
1 |
|
pomacea canaliculata |
1 |
|
population |
1 |
|
population dynamics |
1 |
|
population genetics |
1 |
|
power plants |
1 |
|
predaceous |
1 |
|
predation |
1 |
|
predator-prey interactions |
1 |
|
prey consumption rate |
1 |
|
prey density |
1 |
|
prey selection |
1 |
|
primer design |
1 |
|
primer specificity |
1 |
|
primer–template mismatch |
1 |
|
priorities |
1 |
|
prosobranch |
1 |
|
prosopistoma sinense |
1 |
|
prosopistomatidae |
1 |
|
puntius |
1 |
|
radio telemetry |
1 |
|
radix |
1 |
|
rainforest |
1 |
|
ramu |
1 |
|
rapd |
1 |
|
recolonization drift |
1 |
|
refuge |
1 |
|
rehabilitation |
1 |
|
reproduction |
1 |
|
reproductive investment |
1 |
|
reserve selection |
1 |
|
resource utilisation |
1 |
|
restoration assessment |
1 |
|
rhynchocinetid shrimps |
1 |
|
richness and vulnerability |
1 |
|
riparian buffer zone |
1 |
|
riparian vegetation |
1 |
|
riparian zone |
1 |
|
risk effects |
1 |
|
river |
1 |
|
river conservation |
1 |
|
river continuum concept |
1 |
|
river continuum hypothesis |
1 |
|
river ecology |
1 |
|
river regulation |
1 |
|
river rehabilitation |
1 |
|
rivers |
1 |
|
rivers--asia--conservation |
1 |
|
rivers--asia--ecology |
1 |
|
robust design |
1 |
|
rocky reefs |
1 |
|
romer's tree frog |
1 |
|
running water |
1 |
|
salamandridae |
1 |
|
salween r |
1 |
|
sarcophagidae |
1 |
|
scarcity |
1 |
|
seasonal effects |
1 |
|
seasonality |
1 |
|
secondary production |
1 |
|
sedentary |
1 |
|
sediments |
1 |
|
sensitive taxa |
1 |
|
sepik |
1 |
|
sepik river |
1 |
|
serratelta albostriata |
1 |
|
sexual dimorphism |
1 |
|
shredder detritivores |
1 |
|
shredders |
1 |
|
shrimp |
1 |
|
shrimps |
1 |
|
site fidelity |
1 |
|
small reserves |
1 |
|
social conditions |
1 |
|
south china |
1 |
|
southeastern china |
1 |
|
sparassidae |
1 |
|
spate |
1 |
|
spates |
1 |
|
spatial extent |
1 |
|
spatial prioritization |
1 |
|
specialisation |
1 |
|
species loss |
1 |
|
species richness |
1 |
|
species turnover |
1 |
|
species‐specific primer |
1 |
|
spider |
1 |
|
stable isotope analysis |
1 |
|
stable isotope signatures |
1 |
|
stable-isotope analysis |
1 |
|
stable-isotope signature |
1 |
|
standards |
1 |
|
stomach contents |
1 |
|
stream |
1 |
|
stream benthos |
1 |
|
stream conservation |
1 |
|
stream conservation--asia |
1 |
|
stream ecosystems |
1 |
|
streambed sediments |
1 |
|
streams |
1 |
|
subsidy |
1 |
|
substrate |
1 |
|
substratum structure |
1 |
|
subtropical forest |
1 |
|
suction sampling |
1 |
|
sulcospira hainanensis |
1 |
|
survival |
1 |
|
sustainability |
1 |
|
tagging |
1 |
|
tai po kau forest stream |
1 |
|
taxonomy |
1 |
|
temperature |
1 |
|
tethering |
1 |
|
threat factors |
1 |
|
threat status |
1 |
|
three gorges high dam |
1 |
|
torleya arenosa |
1 |
|
transport |
1 |
|
trichoptera |
1 |
|
trophic diversity |
1 |
|
trophic network |
1 |
|
tropical |
1 |
|
tropical asian streams |
1 |
|
tropical environment |
1 |
|
tropical freshwater ecosystems |
1 |
|
tropical streams |
1 |
|
tropics |
1 |
|
turtles |
1 |
|
variability |
1 |
|
variance partitioning |
1 |
|
variation |
1 |
|
vegetation |
1 |
|
viperidae |
1 |
|
volant insects |
1 |
|
water extraction |
1 |
|
water supply |
1 |
|
water transfer |
1 |
|
water-level fluctuations |
1 |
|
water-to-land energy transfer |
1 |
|
wetlands |
1 |
|
yangtze |
1 |
|
zhujiang (pearl river) |
1 |
|
zygonyx iris |
1 |
|
δ13c |
1 |
|
δ13c and δ15n stable isotopes |
1 |
|
δ15n |
1 |
