Hot Spots
Letter From the Pres
Donations
Contact Us
Newsletter
Site Map


The Sonoran Sea Aquarium began its education mission shortly after its inception. While still in its facility development phase, the Sonoran Sea Aquarium has been providing marine education to school children in the Tucson area since 1989. Education about biodiversity and sustainability is the focal point of the Aquarium's outreach efforts. The overwhelming on-going success of its Education and Outreach Program is a constant reminder of the need for and want of marine education in the region.

El Acuario del Mar de Sonora comenzó su misión de educación poco después de su comienzo. Aunque todavía se encuentra en su fase de desarrollo de la facilidad, el Acuario del Mar de Sonora ha estado proporcionando educación marina a niños en escuelas del área de Tucson desde 1989. La educación acerca de la biodiversidad y sostenibilidad es el punto focal de los esfuerzos de alcance del Acuario. El éxito abrumador que sigue teniendo el Programa de Educación y Alcance es un recordatorio constante de la necesidad y deseo de la educación marina en la región.


Website Design &
Hosting provided by
Specialty Enterprises.

SEA TURTLES
Outline of Instruction/Presentation

The following course outline indicates how The Sea Turtles curriculum supports the Arizona Academic Standards for grades (K-8). Each (55) minute period includes approximately (35) minutes of direct instruction, questions and connections and (20) minutes of hands-on learning and activities.

The Sea Turtles curriculum can also be augmented with a connecting craft or assignment. For example, this outline includes the “Hatchling” activity that can be adapted for 2nd through 8th grades.

I.   Introduction.
  A. We are from the Sonoran Sea Aquarium in Tucson, Arizona.
  B. What is an aquarium? Why build one? “Science generates knowledge”.
  C. We live in the Sonoran Desert (Globe & Map used as visuals) which includes the Gulf of California or Sea of Cortez. (Here is (your school/town) on the map)
  D. After a brief discussion you will be able to examine all the exhibits.
  E. What are some good rules for being safe and protecting the exhibits?
     
SC(K-8)-S2C2 Understand how science is a process for generating knowledge.
SS(K-8)-S4C5 Geography; Environment and Society.
SS(K-8)-S4C1 Geography; The World in Spatial Terms.
SS(K-8)-S4C2 Geography; Places and Regions.
SC(K-8)-S1C201 Demonstrate safe behavior and appropriate procedures.
   
II.  General Background
  A. Reptiles
    1. Characteristics
      a. Breath air.
      b. Scales.
      c. Eggs.
      d. Cold-blooded.
    2. Types of marine reptiles
      a. Saltwater Crocodile (among most aggressive of marine animals)
      b. Sea Snakes.
      c. Marine Iguana.
      d. Sea Turtles.
  B. Turtles.
    1. Tortoises (difference vs. Turtles)
      a. Legs vs. flippers.
      b. Turtles cannot retract their heads.
    2. Freshwater Turtles
    3. Sea Turtles
  C. Sea Turtles: Physical Characteristics
    1. Ancient sea turtle. (Archelon)
    2. Modern day sea turtle.
      a. Seven or Eight species (Kemp's Ridley, Olive Ridley, Hawksbill, Flatback, Loggerhead, Leatherback, Green &/OR Black).
All but Kemp's and Flatback in Baja.
      b. Beaks instead of teeth.
      c. Carapace & Scutes (ribs & backbone attached to inside of shell)
      d. Plastron
      e. Drink sea water (glands near eyes remove excess salt).
     
SC(K-8)-S4C4 Diversity, Adaptations and behavior.
SC(K-4)-S4C1 Characteristics of Organisms.
SC(5-8)-S4C1 Structure and Functions in Living Systems.
    
IIl.  Sea Turtle; Behaviors
  A. Moving and Breathing
  B. Survival and adaptations
    1. Shell.
    2. Swimming speed (strong, up to 6 mph and 1,000 deep)
    3. Escape to land or sea.
  C. Senses.
    1. Hearing (all reptiles single bone in inner ear conducts vibrations)
    2. Eyesight (good underwater, weak in air)
    3. Tactile (sensitive on flippers)
    4. Taste/Smell (unknown)
  D. Sleeping habits.
  E. Life cycle.
    1. Eggs and hatchlings. (temp. can determine sex) (60 days incubation)
    2. Migration. (Leatherbacks up to 3,000 miles! By sensing earth’s magnetic field)
    3. Nesting.
     
SC(K-8)-S4C4 Diversity, Adaptations and Behavior.
SC(K-4)-S4C1 Characteristics of Organisms.
SC(5-8)-S4C1 Structure and Function in Living Systems.
SS(K-8)-S4C1 The World in Spatial Terms.
   
IV.  Threats; ALL SEA TURTLES ARE ENDANGERED OR THREATENED.
  A. Natural.
    1. Predators.
    2. Other.
  B. Human.
    1. Meat & eggs. ( mariners used before refrigeration/flip on back, fresh meat for months)
    2. By-catch
    3. Pollution (Use Sea Jelly & Balloon comparison)
    4. Shells/jewelry
    5. Habitat destruction.
  C. U.S. now mandates shrimpers use Turtle Exclusion Devices (TED) on nets
     
SC(K-8)-S3C1 Describe the interactions between human populations, natural hazards, and the environment.
SC(K-4)-S4C3 Understand the relationships among various organisms and their environment.
SC(5-8)-S4C3 Analyze the relationships among various organisms and their environment.
   
V.  Exhibits
  A. Sort Turtle Cards by Characteristics.
     
SC(K-8)-S1C1 Observations, Questions, and Hypotheses.
SC(K-8)-S1C3 Analysis and Conclusions.
   
  B. Locate Habitats and Migration Routes on Globe.
     
SS(K-8)-S4C1 Geography; The World in Spatial Terms.
SS(K-8)-S4C2 Geography; Places and Regions.
   
  C. Sort Animal Models by Category (Mammal, Bird, Reptile, Amphibian, Fish).
     
SC(K-4)-S4C1 Characteristics of Organisms.
SC(5-8)-S4C1 Structure and Function in Living Systems.
   
  D. Under Development: Latitude & Longitude computations to mark turtle migration.
     
SS(K-8)-S4C1 Geography; The World in Spatial Terms.
SS(K-8)-S4C2 Geography; Places and Regions.
   
  E. Dichotomy key to identify turtle species.
     
SC(K-4)-S4C1 Characteristics of Organisms.
SC(5-8)-S4C1 Structure and Function in Living Systems.
   
Vl.  Egg/Hatchling Survival Game. (Adapted from “Survivor” created by Susana Musick and Lisa Lawrence. Virginia Institute of Marine Science, Glocester Point Va. 23067)
     
SC(K-8)-S3C1 Describe the interactions between human populations, natural hazards, and the environment.
SC(K-4)-S4C3 Understand the relationships among various organisms and their environment.
SC(5-8)-S4C3 Analyze the relationships among various organisms and their environment
M(K-8)-S2C1 The concept of understanding and applying data collection, organization and representation to analyze and sort data
M(K-8)-S1C2 The concept of understanding and applying the basic concepts of probability.