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K-12 Curriculua

Projects >> Kū‘ula>> Curricula >> K-6 | 7-9 | 10-12

Kū‘ula Marine Resource Management

Curriculum Scope & Sequence: Grades 7-12

Grade
Discipline
Student Performance Activities Content Standards
7-9
Language Arts
  • Introduction of Mo‘olelo (i.e. Kū‘ula or other shared mo‘olelo appropriate to student's community).
  • Introduction of traditional stories (ies) from other cultures: (significance on individual, community environment).
  • Students to learn, understand, and practice the processes of conducting Mo‘okalaleo .
  • Students develop a set of appropriate objectives and cultural guidelines to follow.
  • Students collaboratively identify individuals (Kupuna, makua), their areas of expertise (i.e. fishponds, net making, professionals, DLNR, limu picking, food preparation) from within the community for possible interviews.
  • Student makes choice on 2 or 3 possible candidates with whom he/she may have an interest in doing an oral history interview with.
  • Students will make contact with chosen Kupuna/makua.
  • When a candidate consents to an interview, student will conduct a mini research project that will include:
      • speaker's area of expertise
      • speaker's area of origin (i.e. moku, ahupua‘a)
  • Students will collaboratively “role play” as interviewer/interviewee.
  • Student will conduct interview with individual.
  • Student will transcribe questions and answers, without editing.
  • S udent will meet with Kupuna/makua and review transcripts.
  • Upon approval of Kupuna/makua, student will edit work, create an appropriate presentation folder.
  • Student will do an oral presentation to the class, turn in project for teacher review.
 
7
Life Science
  • The students will be introduced to marine flora and fauna by identifying the common marine organisms found in their community and studying the habitats and behaviors of those organisms.
  • Students will visit the various tidepools and reefs to study the biology and ecology of these organisms in their natural habitat.
  • Students will study ocean and shoreline stratification to better understand how environmental factors influence the biology and ecology of marine organisms.
  • Students will complete a science fair project that focuses on a marine topic of their choosing. They will work through the process of scientific inquiry to complete their research projects and present their finding in a symposium-like presentation.
 
8
Life Science
  • Students will expand on the knowledge gained in the 7 th grade by studying organisms and habitats found in the deeper regions of the ocean and learning how these regions influence habitats that are closer to shore.
  • The effect of global phenomenon such as El Nino and annual alga blooms to coastal ecosystems will also be studied.
  • Students will study and observe common marine mammals found in their community.
  • Students will participate annually in whale counts sponsored by local marine Mammal Research Institutions.
  • Students will again complete and preset a science fair project that focuses on a marine topic of their choosing. They may choose to expand on their previous project or to choose a new topic that relates to what they learned during the year.
 
9
Chemistry

The focus of the science curriculum during this year is to establish an efficient culturally based repropagation method for fish. They will start the year by studying traditional types of fishponds (loko i'a); learning how the walls are constructed and maintained and how prime water quality conditions are maintained through the monitoring of dissolved oxygen levels, salinity, water flow, etc. Students will also learn how the moon cycle affects the tides and how tides affect the fishponds.

Throughout the remainder of the year, students will build a model of their loko i'a by utilizing computer simulation programs to test their models.
 
10
Biology

Students will research various Hawaiian seaweed (limu) by creating a limu identification book. Books will contain pressed limu as well as drawings or pictures to accompany general and specific information on each limu. General information will include the life cycle of limu and a map identifying areas where each limu was once abundant. Specific information will include scientific, common and

Hawaiian name, preferred ocean conditions and uses for each limu.

 
11-12
Marine Science (Biology, Ecology, Chemistry, Math)

Students will participate in a yearly coastal monitoring survey of their area. The survey will incorporate marine monitoring techniques that require students to measure water quality (dissolved oxygen, temperature, salinity, turbidity, etc.) and to determine the abundance of organisms for each area that is studied. In addition to the marine aspect of the survey, students will analyze the effect (if any) that public use of these areas has on the marine ecosystem studied. Surveys will be compared on a yearly basis to monitor changes that are occurring in an area.

In their senior year, students will complete a senior thesis; an individual year-long research project. The topic of their project should be in the area of marine science that interests the student the most (i.e., ecology, chemistry, biology, oceanography, etc.) They will present their findings in a formal symposium.
 
9-12

Language Arts/ Social Studies

Oral History Relating to Ocean Traditions and Practices

  • Students will plan, conduct, transcribe, and analyze information through an oral history of a community member focusing on accounts, events, and traditional practices with the ocean.
  • To comprehend and interpret oral messages on a variety of topics by listening, observing, reading, and discussing.
  • To use language, literature, and personal experiences to gain insight into their own and other's lives, and to build understanding of the oc4ean culture that includes values, language, traditions, and individual perspectives.
  • To use social, interpersonal, and communication skills in discussing and understanding varied opinions and opposing viewpoints.
  • To appreciate their own ocean place of setting.
  • Gather primary and secondary literature in validating oral historical events of ocean practices in the particular ocean community.
  • Find literary and verbal connections to the Kumulipo

Oral History Relating to Ocean Careers

  • Students will plan, conduct, transcribe, and analyze information through an oral history of a community member focusing a specific ocean career and understanding the necessary skills needed.
  • To comprehend and interpret oral messages on a variety of topics by listening, observing, reading and discussing career info.
  • To use language, literature, and personal experiences to gain insight into their own and other's lives, and to build understanding of the ocean culture that includes values, language, traditions, and individual perspectives.
  • To use social, interpersonal, and communication skills in discussing and understanding varied opinions and opposing viewpoints.
  • To appreciate their own ocean place of setting.
  • Gather primary and secondary literature in validating oral historical events of ocean careers
  • To research the background of career.

Language Arts

Reading and Literature

  • Read a range of literary and informative texts for a variety of purposes.
  • Apply knowledge of the conventions of language and texts to construct meaning.
  • Interact thoughtfully and respectfully with texts that represent diversity in language, perspective, and/or culture.

Writing

  • Write using various forms to communicate for a variety of purposes and audiences.
  • Use writing processes and strategies appropriately and as needed to construct meaning and communicate effectively.
  • Apply knowledge and understanding the conventions of language and research when writing.

Oral Communications

  • Use strategies within speaking and listening processes to construct and communicate meaning.
  • Adapt messages appropriate to audience, purpose, and situation.
  • Understand diversity in language, perspective, and/or culture and use speaking and listening to foster understanding.

Social Studies

  • Employ chronology to understand change and/or continuity and cause and/or effect in history.
  • Learn to judge the past on its own terms and use that knowledge to understand present-day issues, problems, and decision-making.
  • Understand culture as a system of beliefs, knowledge, and practices shared by a group.
  • Use geographic representations to organize, analyze, and present information on people, places, and environments.

Language Arts

Reading and Literature

  • Read a range of literary and informative texts for a variety of purposes.
  • Apply knowledge of the conventions of language and texts to construct meaning.
  • Interact thoughtfully and respectfully with texts that represent diversity in language, perspective, and/or culture.

Writing

  • Write using various forms to communicate for a variety of purposes and audiences.
  • Use writing processes and strategies appropriately and as needed to construct meaning and communicate effectively.
  • Apply knowledge and understanding the conventions of language and research when writing.

Oral Communications

  • Use strategies within speaking and listening processes to construct and communicate meaning.
  • Adapt messages appropriate to audience, purpose and situation.
  • Understand diversity in language, perspective, and/or culture and use speaking and listening to foster understanding.

Social Studies

  • Learn to judge the past on its own terms and use that knowledge to understand present-day issues, problems, and decision-making.
  • Understand and respect the myriad of ways that society addresses human needs and wants.

Career and Life Skills

  • Students develop knowledge and understanding of how individuals grow and develop over the life span within the context of various family and community systems.
  • Gain a degree of understanding of simple and complex organizations engage in analysis or application of organizational concepts.
  • Evaluate how the government influences the wellbeing of people and institution.
  • Understand how distinct phy7sical and human characteristics shape places and regions.
  • Analyze how people organize their activities on earth through their analysis of human populations, cultural mosaic, economic interdependence, settlement, and conflict and cooperation.
  • Understand and respect the myriad of ways that society addresses human needs and wants.
9-12
Social Studies

International, National, Local Laws Relating to the Ocean

  • Know the significance of international, national, and local laws relating to the ocean.
  • Research historical events of human err in relationship to the ocean (i.e. oil spills, over catching, depletion of resources).
  • Gather, research information on government and private agencies established to protect the ocean.
  • Comparing and contrasting ethical and unethical uses of the ocean in different cultures and communities.
  • Research and establish a mock proposal for a bill that focuses on ocean safety, protection.
  • Familiarize students in the steps on how a bill becomes a law.
  • Know business law in relationship to fishing and ocean activities as well as commercial fisheries, aquaculture.
  • Conduct a shoreline/ocean protection campaign in own ocean community.
9

Science (Physical Science)

A yearlong project based science course. This class will focus on traditional ocean conservation practices and knowledge of our kupuna, and how we can adapt and continue these practices.

--Areas of study

Traditional fishponds

  • Structure and architecture (mapping, constructing stone walls, design and implementation plan)
  • Circulation (tides, currents, sedimentation, turbidity)
  • Water analysis (nitrites, nitrates, dissolved oxygen, carbon dioxide, salinity)
  • Carrying capacity (area and volume of fishpond vs. stocking density)
  • Stock enhancement (propagation, cultivation, feed, fertilizers)
  • Efficiency (durability, rough water conditions)

These areas of study will be open for students to conduct research. Projects will be inquiry driven and directed towards a broad-based learning experience. Students will be able to research topics for one and a half quarters of the school year. The other half-quarter will be used constructing a virtual model using computer and simulation software relative to the project. The rest of the school year will be used implementing the results, which will be subjected to testing and retesting. All projects may be one year or continued into the following school year.

10
Science (Biology)

Biology of Fishponds

-- Life

  • Cells (cell division, structure, characteristics)
  • Taxonomy (category, order, identification)
  • Kumulipo (hierarchy, identification)

Through observation and data plotting using the restored fishpond, students will be able to differentiate organisms through their characteristics, cell structure and taxonomy. Valuable skills such as sample taking, microscope use and slide making will be taught.

-- Microbiology

Students will learn how to take swabs, and test waters for bacteria counts. Students will learn about gram negative and positive bacteria and the effect microorganisms have on the macro environment in and out of the fishponds.

-- Complex organisms (animal and plant kingdoms).

Students will start with reproduction and develop a hatchery to produce brewed stock. Students will identify and classify algae growing in and around the fishponds. Students will then study cells, tissues and/or organs of various marine organisms within the fishpond. This knowledge will be used to enhance the quality of stock within the fishpond.

11
Science (Chemistry)

Chemical Balance Associated With Fishpond Ecology

  • Organic chemistry (periodic table, functional groups, reactivity patterns, structure, bonding, isomers)
  • Water (properties, solubility, saturation, evaporation/condensation, pressure, density, salinity, temperature, electrolysis)
  • Solutions (equilibrium of gasses, solubility expression, acid/base, hydrolysis, indicators, buffers, pH)
  • Analysis (titration, colorimetry, refractometry, spectra)

Our kupuna understood the delicate balance of their environment. Water was a most important resource. The resources for all life, water, will be better understood and appreciated through the chemical analysis of waters in and around the fishpond.

--Biochemistry

The students will learn how to detect and identify nutrients and toxins in water using analytical techniques. The students will also learn the correlation between salinity, density and temperature and the effects they have in an open water system.

-- Aquaculture

Student will experiment and observe marine growth in a closed system, using fish tanks and aquariums. Students will chart and plot data of a controlled environment system against an open ocean system (fishponds).
9-12

Biology, Marine Science

 

 

 

 

 

The following activities to be conducted at these coastline sections: Puhi Bay; Awili, Choks, Doc Hills; Browns, Onekahakaha; Kamokuna, Laehala; 4 Miles; Kokoiki; Leleiwi; Waiuli.

  • Fish surveys
  • Bacteria contamination
  • Organism identification and count
  • Observation of changes over a period of time
  • Documentation
 
Algebra I, II
  • Population growth
  • Measure of area
  • Predictions based on math
 
Chemistry
  • Chemical testing
  • Chemical composition
  • Chemical contaminants
 
Geometry
  • Area
  • Level lines and equal quadrants
  • Scale mapping
 
Physics
  • Temperature changes
  • Pressure changes (in weather in mmHg)
  • Wind speed and direction
  • Tides
  • Ocean behaviors
  • Predictions in weather patterns and affects
 

 

Projects >> Kū‘ula>> Curricula >> K-6 | 7-9 | 10-12

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