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Community Interactions
Community Interactions
• Powerfully affect an ecosystem
• Include:
  – Competition
  – Predation
  – Symbiosis
Competition
• When organisms of the same or different
  species attempt to use an ecological
  resource at the same place and the same
  time
  – Resource any necessity to life
  – Plants and animals compete
  – Winner and losers
Rules, rules, rules
• Fundamental rule in ecology
  – Competitive Exclusion Principle
    • No two species can occupy the same niche in the
      same habitat and the same time
    • Prevents competition


Niche:the position or function of an
  organism in a community of plants and
  animals.
Predation
• Interaction where an organism captures
  and feeds on another organism
• Predator
  – Organism that does the killing and eating
• Prey
  – Organism that is being killed and eaten
    (victim)
Symbiosis
• Any relationship where
  two species live closely
  together
• Symbiosis literally
  means “living together”
• 3 main types
  – Parasitism
  – Mutualism
  – commensalism
What type of relationship is this?
• Who is helping who?
Mutualism
• Both species benefit
  from the relationship
• A Happy couple
• Flowers and bees
  – Flowers need bees for
    pollination, bees need
    flowers nectar
What type of relation ship is going
             on here?
• Who is helping who?
Commensalism
• One member of the relationship benefits
  while the other is neither harmed nor
  helped
• One-sided
• Food or shelter
• Barnacles on whale
Ants and aphids
What type of interaction is going on
               here?
Parasitism
• One organism lives on or inside another
  organism and harms it
• Parasite obtains all or part of its nutrients from
  the other organism
• Host
   – Organism that is harmed in relation ship; the one that
     provides the nutrients to the parasite
• Parasite
   – Organism that gets its nutrients from the host
• Do they want to kill their host?
   – No, because they need them…they will weaken or
     hurt the host in some way
Recap
• What are the three types of interactions in
  a community?
  – Competition
  – Predation
  – Symbiosis
     • What types do we have?
        – Mutualism
        – Commensalism
        – Parasitism
Ecological Succession
• Do all ecosystems stay the same all the
  time?
• What are some things that cause changes
  to ecosystems?
  – Natural and unnatural
  – Quickly and slowly
• Ecosystems are constantly changing in
  response to human and natural
  disturbances.
• As an ecosystem changes, older habitants
  die out and new organisms move in,
  causing more change
Ecological Succession
• Series of predictable changes that occur
  in a community over time
  – Physical environment
  – Natural disturbance
  – Human disturbance
Primary Succession
 • Succession on land
   that occurs on
   surfaces where no
   soil exists
 • Volcanic eruptions
 • Glaciers melting
Stages of Primary Succession
• Start with no soil, just ash and rock
• First species to populate this area
  – “pioneer species”
  – For example, pioneer species on volcanic
    rock are lichens (LY-kunz)
     • Lichens made up of fungus and algae that can
       grow on bare rock
     • When lichens die, they for organic material that
       becomes soil…now plants can grow
Secondary Succession
• Succession following a disturbance that
  destroys a community without destroying
  the soil
• Natural
  – hurricane
  – fires
• Human disturbances
  – Farming
  – Forest clearing
Succession in Marine Ecosystems

• Deep and dark
• Can succession happen?
• 1987 dead whale off of California
  – Unique community of organisms living in
    remains
  – Represents stage in succession in an
    otherwise stable, deep-sea ecosystem
  – Whale-fall community
Whale-Fall Succession
•   Begins when large whale dies
    – Sinks to barren ocean floor
    – Scavengers and decomposers flock to carcass , our first community
        • Amphipods
        • Hagfish
        • sharks
•   After a year, most tissues have been eaten
    – Now, second small community of organisms live here
    – Body is decomposing, releasing nutrients into the water
        •   Small fishes
        •   Crabs
        •   Snails
        •   worms
•   Only skeleton remains…
    – Third community moves in
        • Heterotrophic bacteria
        • Decompose oil in bones release of chemical compounds
        • Who uses these chemical compounds?
              – Chemoosynthetic autotrophs
        • In come the crabs, clams, and worms that feed on this bacteria
Study
     Chemical
     reactions,
     enzymes,
        and
     Chapters 3
       and 4




Teacher,

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Community interactions-and-sucession

  • 2. Community Interactions • Powerfully affect an ecosystem • Include: – Competition – Predation – Symbiosis
  • 3.
  • 4. Competition • When organisms of the same or different species attempt to use an ecological resource at the same place and the same time – Resource any necessity to life – Plants and animals compete – Winner and losers
  • 5. Rules, rules, rules • Fundamental rule in ecology – Competitive Exclusion Principle • No two species can occupy the same niche in the same habitat and the same time • Prevents competition Niche:the position or function of an organism in a community of plants and animals.
  • 6.
  • 7.
  • 8.
  • 9.
  • 10.
  • 11. Predation • Interaction where an organism captures and feeds on another organism • Predator – Organism that does the killing and eating • Prey – Organism that is being killed and eaten (victim)
  • 12.
  • 13.
  • 14.
  • 15.
  • 16.
  • 17. Symbiosis • Any relationship where two species live closely together • Symbiosis literally means “living together” • 3 main types – Parasitism – Mutualism – commensalism
  • 18. What type of relationship is this? • Who is helping who?
  • 19. Mutualism • Both species benefit from the relationship • A Happy couple • Flowers and bees – Flowers need bees for pollination, bees need flowers nectar
  • 20.
  • 21.
  • 22. What type of relation ship is going on here? • Who is helping who?
  • 23. Commensalism • One member of the relationship benefits while the other is neither harmed nor helped • One-sided • Food or shelter • Barnacles on whale
  • 25.
  • 26. What type of interaction is going on here?
  • 27. Parasitism • One organism lives on or inside another organism and harms it • Parasite obtains all or part of its nutrients from the other organism • Host – Organism that is harmed in relation ship; the one that provides the nutrients to the parasite • Parasite – Organism that gets its nutrients from the host • Do they want to kill their host? – No, because they need them…they will weaken or hurt the host in some way
  • 28.
  • 29.
  • 30.
  • 31.
  • 32. Recap • What are the three types of interactions in a community? – Competition – Predation – Symbiosis • What types do we have? – Mutualism – Commensalism – Parasitism
  • 33. Ecological Succession • Do all ecosystems stay the same all the time? • What are some things that cause changes to ecosystems? – Natural and unnatural – Quickly and slowly
  • 34. • Ecosystems are constantly changing in response to human and natural disturbances. • As an ecosystem changes, older habitants die out and new organisms move in, causing more change
  • 35. Ecological Succession • Series of predictable changes that occur in a community over time – Physical environment – Natural disturbance – Human disturbance
  • 36. Primary Succession • Succession on land that occurs on surfaces where no soil exists • Volcanic eruptions • Glaciers melting
  • 37.
  • 38.
  • 39. Stages of Primary Succession • Start with no soil, just ash and rock • First species to populate this area – “pioneer species” – For example, pioneer species on volcanic rock are lichens (LY-kunz) • Lichens made up of fungus and algae that can grow on bare rock • When lichens die, they for organic material that becomes soil…now plants can grow
  • 40. Secondary Succession • Succession following a disturbance that destroys a community without destroying the soil • Natural – hurricane – fires • Human disturbances – Farming – Forest clearing
  • 41.
  • 42.
  • 43.
  • 44.
  • 45.
  • 46. Succession in Marine Ecosystems • Deep and dark • Can succession happen? • 1987 dead whale off of California – Unique community of organisms living in remains – Represents stage in succession in an otherwise stable, deep-sea ecosystem – Whale-fall community
  • 47.
  • 48. Whale-Fall Succession • Begins when large whale dies – Sinks to barren ocean floor – Scavengers and decomposers flock to carcass , our first community • Amphipods • Hagfish • sharks • After a year, most tissues have been eaten – Now, second small community of organisms live here – Body is decomposing, releasing nutrients into the water • Small fishes • Crabs • Snails • worms • Only skeleton remains… – Third community moves in • Heterotrophic bacteria • Decompose oil in bones release of chemical compounds • Who uses these chemical compounds? – Chemoosynthetic autotrophs • In come the crabs, clams, and worms that feed on this bacteria
  • 49. Study Chemical reactions, enzymes, and Chapters 3 and 4 Teacher,