Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

26
Rocky Shore Habitats Annie Russell

Transcript of Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Page 1: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Rocky Shore Habitats

Rocky Shore Habitats

Annie Russell

Page 2: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

School of Marine Science and TechnologySchool of Marine Science and Technology

Page 3: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Aims for today

1. What are the factors that affect the distribution of an organism on the rocky shore?

2. How have the organisms become adapted to the rocky shore?

3. From your observations of the organisms on the rocky shore give specific examples of how the organisms observed have adapted to survive the rocky shore environment.

Page 4: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Marine habitats

Polar oceansPolar

oceans Coral reef

Rocky ShoresRocky Shores Open

oceansOpen

oceans

Deep sea

oceans

Deep sea

oceans

Page 5: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

How does all this affect the Rocky shore at cullercoats?

Page 6: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Rocky Shore HabitatRocky Shore Habitat

What are the factors that affect the distribution of

an organism on the rocky shore?

Page 7: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Biotic and Abiotic factorsBiotic and Abiotic factors

The biotic factors are the influences that result from the activities of living organisms in the community eg. competition

Abiotic (physical factors) are the influences of the non-living part of the community e.g.. Climate

Distinguish between Biotic and Abiotic factors.

Page 8: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic (physical factors) are the influences of the non-living part of the community e.g.. ClimateAbiotic (physical factors) are the influences of the non-living part of the community e.g.. Climate

Abiotic

Abiotic

Desiccation

Aspect

Wave crash

Temperature

Light Gradient

Salinity

Oxygen

Page 9: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

The biotic factors are the influences that result from the activities of living organisms in the community eg. competitionThe biotic factors are the influences that result from the activities of living organisms in the community eg. competition

Biotic

Competition

Mates

Food

Space

Light (algae)

Predators

Page 11: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic factors - Temperature

Littorina littorea Semibalanus balanoides

Page 12: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic factors - Salinity changes

Asterias rubens Carcinus maenas

Ulva that was Enteromorpha

Page 13: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic factors - Exposure

Page 14: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic factors

4: Wave Crash

Abiotic factors - Light

Page 15: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic factors

4: Wave Crash- Oxygen

– cold water holds more oxygen than warm water– most intertidal organisms must respire underwater

- Slope- Aspect

Abiotic factors -

AB

c

Page 16: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic factors

4: Wave Crash– Space– Mates– Food – Light– Empty shells

(hermit crabs)

Biotic factors - Competition

Page 17: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Abiotic factors

4: Wave Crash- from marine (offshore and intertidal) predators

- from terrestrial predators

Biotic factors - Predation

Page 18: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

How does all this affect the Rocky shore at cullercoats?

Page 19: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

5

1

Avoid rockpools!

Page 20: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Y

X

1.00 m – X = Y

Page 21: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

The Shore Thing

• Monitoring abundance of rocky shore species around the UK as potential indicators of climate change.

• Species search: – Abundant – Frequent – Rare – Not found

Page 22: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Common green algae

Sea lettuce

Gutweed

Cladophora

Page 23: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Common brown algae

Laminaria digitata

Kelp

Laminaria hyperborea

Laminaria saccharina

Page 24: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Common brown algae

Bladder wrack

Saw wrack

Spiral wrack

Page 25: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Common red algae

Irish Moss• Dulse

Coral weed

Page 26: Rocky Shore Habitats Annie Russell. School of Marine Science and Technology.

Common Animals