Bellwork: Just write the answer. Is it Natural Selection, Gene Flow, Mutation, Non-Random Mating, or Small

Population

1. Amish people are required by their religion to only marry and have children with other Amish people.

2. The DNA sequence in a bird is changed from ATT CCG TTG to TTA CCG TTG which changes the beak shape from long and thin to short and fat.

3. Peppered moths are eaten by birds. The moth color varies from light to dark. Light colored moths can blend in with a nearby species of tree. In the 1800s factories released large amounts of soot, which changed the tree color, so the birds were able to more easily find the lighter moths instead of the darker moths.

4. Northern elephant seals were hunted almost to extinction by people in the 1890s. The remaining population has reduced genetic variation.

5. A lioness joins a new pride and has cubs with the male lion.

6. A small group of birds flies from the mainland to an island and starts a new colony. (The birds never return to the mainland.)

Essential Question: What characteristics place organisms into the 6

kingdoms?Standard: 8A – Categorize organisms using a hierarchical classification system based on similarities and differences

shared among groups.

Mycorrhizae

Domain Eukaryota

Domain Eukaryota

Kingdom

Domain Eukaryota

Kingdoms ChartPage 53 of your I.A.N.

Eubacteria Archaebacteria Protists Fungi Plants Animals

Eukaryotic or Prokaryotic

Unicellular, multicellular, or both

Heterotrophic, autotrophic, or both

Cell walls? Yes, no, or both. Made of what?

Examples from the kingdom:

Fill in the your Kingdoms Chart using the information from your notes. “Enhance” your chart using the

following colors:Prokaryote vs Eukaryote:

• Color eukaryotic boxes blue • Color prokaryotic boxes

yellow.

Unicellular vs Multicellular:• Color unicellular boxes

purple• Color multicellular boxes

orange• Color the both boxes half

purple and half orange.

Autotroph or Heterotroph:• Color heterotrophic boxes

red• Color autotrophic boxes

green• Color the both boxes half

red and half green.Cell Wall:

• Color the yes boxes grey• Color the no boxes light

blue• Color the both boxes half

grey and half light blue.

Pull out a sheet of paper, number from 1-10, and title

it, “Six Kingdoms Quiz”. One minute per question.

In the near future, humans were able to identify and travel to another planet that contained life. Interestingly, the organisms discovered on that planet

had characteristics similar to life found on Earth. For that reason, scientists

decided to use the current classification system to classify them.

Help scientists classify these organisms into their correct kingdoms.

1.

This organism (although it has a mouth) was found to digest its food outside of its body (by vomiting on it). It would then absorb the digested food into its gelatinous belly. When its cells were examined, scientists found cell walls made of chitin.

ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

This little guy (about an inch tall) was discovered to have cells that photosynthesize. (Scientists hypothesize that the

mouth is only used to deter predators in a form of mimicry.) Interestingly, scientists noted that its cells do not

have cell walls.

2. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

This little guy is a single-celled, microscopic organism that has no nucleus. After performing a Gram stain, scientists determined that it has cell walls made of peptidoglycan.

3. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

This multicellular monster is comprised of cells with no cell walls, and it actually ate the scientist who discovered that!

4. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

This microscopic little bugger is unicellular with no cell walls.

5. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

The cell walls of this lumbering beast were determined to be composed of chitin.

6. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

Scientists determined that these unicellular organisms (pictured in green attached to the hair of a larger organism) photosynthesize, have no nucleus, and have cell walls that do not contain peptidoglycan.

7. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

Although menacing in appearance, this multicellular monstrosity was found to be entirely autotrophic. (The scientist stuck in its back happened purely by accident!) Under closer examination, its cells appeared to be surrounded by cell walls made of cellulose.

8. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

This prickly character was discovered to be composed of a single spike-shaped, eukaryotic cell. Surprisingly, its cell was surrounded by cell walls that were not made of chitin. It was also seen ingesting (eating) small bits of food from the surrounding environment.

9. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

This unicellular, photosynthetic organism contains no nucleus and has cell walls containing peptidoglycan.

10. ArchaebacteriaEubacteriaProtistaFungiPlantaeAnimalia

Turn in your papers to me!!!

1.

This organism (although it has a mouth) was found to digest its food outside of its body (by vomiting on it). It would then absorb the digested food into its gelatinous belly. When its cells were examined, scientists found cell walls made of chitin.

Fungi

This little guy (about an inch tall) was discovered to have cells that photosynthesize. (Scientists hypothesize that the

mouth is only used to deter predators in a form of mimicry.) Interestingly, scientists noted that its cells do not

have cell walls.

2.

Protista

This little guy is a single-celled, microscopic organism that has no nucleus. After performing a Gram stain, scientists determined that it has cell walls made of peptidoglycan.

3.

Eubacteria

This multicellular monster is comprised of cells with no cell walls, and it actually ate the scientist who discovered that!

4.

Animalia

This microscopic little bugger is unicellular with no cell walls.

5.

Protista

The cell walls of this lumbering beast were determined to be composed of chitin.

6.

Fungi

Scientists determined that these unicellular organisms (pictured in green attached to the hair of a larger organism) photosynthesize, have no nucleus, and have cell walls that do not contain peptidoglycan.

7.

Archaebacteria

Although menacing in appearance, this multicellular monstrosity was found to be entirely autotrophic. (The scientist stuck in its back happened purely by accident!) Under closer examination, its cells appeared to be surrounded by cell walls made of cellulose.

8.

Plantae

This prickly character was discovered to be composed of many spike-shaped, eukaryotic cells stuck together in the middle. Surprisingly, its cells were surrounded by cell walls that were not made of chitin. It was also seen ingesting (eating) small bits of food from the surrounding environment.

9.

Protista

This unicellular, photosynthetic organism contains no nucleus and has cell walls containing peptidoglycan.

10.

Eubacteria