Rocky Intertidal
Estuaries
Mangroves
Kelp Forest
Coral Reef
100

Organisms of the high tide zone must have adaptations for

desiccation, increased salinity, temperature, predators

100

Water of estuaries is characterized as 

brackish, mix of salt and fresh

100

What happens with mangrove roots at low tide

they are exposed to the air

100

Kelp forests need light for

photosynthesis

100

Coral reef occur in latitudes that are

tropical

200

Organisms of mid tide zone typically have adaptations for

wave pounding

200

Open ocean fish use estuaries as 

fish nurseries, lay eggs in this habitat

200

Identify the challenge faced by mangrove roots at high tide

immersion, low oxygen

200

The water temperature of kelp forests is 

cool, cold

200

Biodiversity of coral reefs is

very high

300

Compared with the high and mid tides zones, biodiversity of the low tide zone is 

high

300

Which properties increase as the tide goes out

salinity, temperature, light

300

Why are mangroves important ecosystems

Provide habitat, cover , high biodiversity

300

Regarding habitat, kelp forests provide

habitat, cover, nursery area, biodiversity

300

Some coral species compete through the use of 

sweeper tentacles

400

Organisms of high tide zone typically have

shells, or can move

400

Biotic productivity and abundances are typically 

High

400

What is unique about the mudskipper?

Can breathe on land if it remains moist

400

Kelp forests declined as a result of loss of

sea otters

400

Coral reefs are impacted by increased CO2 by

increased temperature and ocean acidification

500

Organisms of the mid tide zone typically have

attachments, byssal thread or muscular foot

500

Plants, invertebrates, and vertebrates of estuaries have adaptations that allow

salt tolerance

500

How do fiddler crabs communicate?

Wave their claw

500

Kelp forests are beneficial in reducing the impacts of climate change by

storing carbon

500

The predator that is devasting some coral reefs is the

crown of thorns sea star