Learning Comes To Life
Roatán Institute for Marine Sciences (RIMS) • Anthony’s Key Resort • Roatán, Honduras
Explore high school science connections through marine ecosystems, coral reef biodiversity, ecological relationships, scientific observation, and marine conservation.
The Roatán Institute for Marine Sciences (RIMS) program connects classroom learning with marine ecosystems, coral reef biodiversity, ecological relationships, scientific observation, and marine conservation. Select your state to explore high school science standards relevant to the program, together with national Next Generation Science Standards (NGSS) connections. Alignment describes opportunities to reinforce curriculum; teachers determine the classroom activities and evidence needed to meet each standard.
Select your state to display its standards first, followed immediately by the same national NGSS standards. Only the selected state section will be displayed.
Showing Kentucky standards first. National NGSS standards follow immediately below.
High school science standards connected to marine ecosystems, reef biodiversity, and conservation.
Standard: Use mathematical or computational representations to explain how interacting factors, including available resources, environmental conditions, and competition, determine ecosystem carrying capacity at different scales.
RIMS Connection: Consider how reef habitat and available resources affect marine populations; classroom data analysis can extend field observations.
Standard: Use mathematical representations and evidence to explain and revise claims about factors that affect biodiversity and population size across ecosystems.
RIMS Connection: Compare observed reef biodiversity, then analyze species data if collected or supplied by educators.
Standard: Assess evidence about how interactions among organisms support ecosystem stability and how changing conditions can alter an ecosystem.
RIMS Connection: Discuss coral reef resilience and effects of warming, pollution, and habitat disturbance.
Standard: Design and evaluate ways of reducing adverse human effects on ecosystems and biodiversity.
RIMS Connection: Evaluate strategies for responsible reef tourism and marine conservation.
Standard: Create or revise a simulation to evaluate a possible method for lessening adverse human impacts on biodiversity.
RIMS Connection: Use reef conservation scenarios as context for a classroom simulation.
Standard: Evaluate or refine technology-based solutions intended to reduce human impacts on natural systems.
RIMS Connection: Consider technologies and monitoring tools used to support reef protection.
Ecology standards connected to marine organisms, aquatic ecosystems, and biodiversity.
Standard: Research adaptations among marine and freshwater organisms, explain how those traits arise, and predict how organisms may respond to disturbance or longer-term ecological change.
RIMS Connection: Observe reef species and discuss the adaptive value of their characteristics.
Standard: Build a model of an ecosystem that represents organisms occupying different niches and explains their resource needs and interrelationships.
RIMS Connection: Use reef food webs and organism interactions as the basis for an ecosystem model.
Standard: Compare layering and ecological zones in aquatic and terrestrial systems and defend an explanation for their contributions to biodiversity.
RIMS Connection: Contrast reef environments and discuss habitat variation.
Standard: Use scientific models to explain the relationships among the water, carbon, nitrogen, and phosphorus cycles.
RIMS Connection: Explore how nutrient flows and water quality influence coral reef health.
Standard: Plan and conduct an investigation that measures richness, evenness, and population density within a local ecosystem.
RIMS Connection: Use appropriate supervised observations as context for biodiversity sampling or related classroom investigations.
High school science and environmental science connections for marine conservation and resource management.
Standard: Apply mathematical or computational models to explain how ecological conditions and resources affect the numbers of organisms an ecosystem can support.
RIMS Connection: Examine ecological pressures affecting reef populations.
Standard: Evaluate evidence about the stability of ecosystems and their response to environmental change.
RIMS Connection: Consider coral reef disturbances and ecological resilience.
Standard: Design, assess, and refine solutions intended to lessen human impacts on ecosystems and biological diversity.
RIMS Connection: Discuss conservation choices relevant to Caribbean reefs.
Standard: Interpret data about influences on sustainable development and natural resource management in Louisiana.
RIMS Connection: Compare management of coastal and marine resources in Louisiana and Roatán.
Standard: Research and communicate the effectiveness of management or conservation approaches for a Louisiana natural resource over the previous 50 years, considering economic, social, technological, and political factors.
RIMS Connection: Use approaches observed in Honduras for classroom comparison with Louisiana coastal conservation; Louisiana research is required.
Standard: Analyze environmental decision data to weigh the benefits and risks of selected actions and management practices.
RIMS Connection: Discuss tradeoffs among fishing, tourism, and reef protection.
Aquatic Science standards connected to marine ecosystems, aquatic organisms, human impacts, and restoration.
Standard: Distinguish freshwater, brackish-water, and marine ecosystems.
RIMS Connection: Study a tropical marine ecosystem and compare its conditions with other aquatic environments.
Standard: Identify major characteristics and components of aquatic life zones.
RIMS Connection: Examine variation across reef habitats and environmental zones.
Standard: Compare traits of aquatic species using classification methods such as identification keys.
RIMS Connection: Practice or discuss identification of fish and marine invertebrates.
Standard: Explain how traits and adaptations help organisms survive in aquatic settings.
RIMS Connection: Observe and interpret characteristics of reef organisms.
Standard: Compare ways organisms are adapted for freshwater and marine environments.
RIMS Connection: Use observations of marine organisms as one side of a classroom comparison.
Standard: Analyze the combined impact of human population growth on aquatic ecosystems.
RIMS Connection: Discuss tourism and development pressures on island reefs.
Standard: Predict the effects of chemical, biological, physical, and temperature changes caused by people on aquatic systems.
RIMS Connection: Examine reef exposure to pollution and temperature change.
Standard: Examine ways human actions can disrupt balance in aquatic systems, including introductions of nonnative species and nutrient enrichment.
RIMS Connection: Discuss the consequences of invasive species and runoff.
Standard: Analyze the consequences of human activities such as fishing, navigation, and recreation for aquatic ecosystems.
RIMS Connection: Examine the relationships between marine recreation and habitat protection.
Standard: Analyze costs and benefits of policies and laws regulating or protecting aquatic environments.
RIMS Connection: Discuss conservation rules and protected-area approaches.
Standard: Analyze objectives and outcomes of efforts to restore disturbed aquatic ecosystems.
RIMS Connection: Evaluate examples of marine habitat restoration and reef protection.
These same national Next Generation Science Standards connections follow the selected state section.
Standard: Use mathematical or computational representations to support explanations of the factors influencing how many organisms an ecosystem can sustain at different scales.
RIMS Connection: Discuss population limits in coral reef ecosystems; quantitative work can be completed in class.
Standard: Use mathematical representations and evidence to explain or revise claims about biodiversity and population patterns across ecosystems.
RIMS Connection: Compare biodiversity in reef habitats and work with suitable species data.
Standard: Evaluate evidence concerning how interactions among organisms maintain relatively stable conditions or produce ecosystem change.
RIMS Connection: Consider reef stressors and coral ecosystem resilience.
Standard: Develop and improve solutions to reduce harmful impacts of human activities on ecosystems and biodiversity.
RIMS Connection: Evaluate coral reef conservation ideas.
Standard: Create or revise a simulation to test a possible solution that would reduce negative human effects on biodiversity.
RIMS Connection: Model alternative reef protection strategies in follow-up classroom work.
Standard: Evaluate or improve a technological approach intended to reduce environmental harm from human activity.
RIMS Connection: Discuss how monitoring or restoration technologies support marine conservation.
Consult these source documents for official wording, clarification statements, and additional standards information related to the RIMS marine science experience.
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