Match the key principle of effective integration with a corresponding example.
Click here to draw >
Examples:
Key principles of effective integration:
Example: By rigorously assessing the strengths and limitations of different studies and methodologies, healthcare researchers can make more informed decisions about best practices, interventions, and policies.
Consider the use of all discplines, no matter how "distant" they initially appear:
Example: Urban planners use mapping tools and data visualization techniques to analyze spatial relationships and identify patterns, across urban systems, helping to design interventions that promote livable and resilient cities.
Map out your problem to help you visualize links:
Researchers use genetic techniques to understand the populations of endangered species, while also considering the social and economic factors that influence conservation efforts.
Be critical of your sources, nobody gets it perfectly right:
Try to find "common ground" across multiple disciplines, multiple sources make those findings more credible:
Example: Environmental economics uses on insights from ecology and environmental science to incorporate the ecological costs of economic decisions into their research.
Click here to check your answers.
Example: Teams fighting infectious diseases often brings together epidemiologists, microbiologists, sociologists, economists, and public health experts who collaborate to understand the dynamics of disease transmission, and develop effective prevention and control strategies.
Remember that you are integrating the insights developed by discplines, not the disciplines themselves:
Match the key principle of effective integration with a corresponding example.
Examples:
Key principles of effective integration:
Example: By rigorously assessing the strengths and limitations of different studies and methodologies, healthcare researchers can make more informed decisions about best practices, interventions, and policies.
Consider the use of all discplines, no matter how "distant" they initially appear:
Example: Urban planners use mapping tools and data visualization techniques to analyze spatial relationships and identify patterns, across urban systems, helping to design interventions that promote livable and resilient cities.
Map out your problem to help you visualize links:
Researchers use genetic techniques to understand the populations of endangered species, while also considering the social and economic factors that influence conservation efforts.
Be critical of your sources, nobody gets it perfectly right:
Try to find "common ground" across multiple disciplines, multiple sources make those findings more credible:
Example: Environmental economics uses on insights from ecology and environmental science to incorporate the ecological costs of economic decisions into their research.
Example: Teams fighting infectious diseases often brings together epidemiologists, microbiologists, sociologists, economists, and public health experts who collaborate to understand the dynamics of disease transmission, and develop effective prevention and control strategies.
Remember that you are integrating the insights developed by discplines, not the disciplines themselves:
Matching
Laura Aguado
Created on April 17, 2024
Start designing with a free template
Discover more than 1500 professional designs like these:
View
Higher Education Presentation
View
Psychedelic Presentation
View
Vaporwave presentation
View
Geniaflix Presentation
View
Vintage Mosaic Presentation
View
Modern Zen Presentation
View
Newspaper Presentation
Explore all templates
Transcript
Match the key principle of effective integration with a corresponding example.
Click here to draw >
Examples:
Key principles of effective integration:
Example: By rigorously assessing the strengths and limitations of different studies and methodologies, healthcare researchers can make more informed decisions about best practices, interventions, and policies.
Consider the use of all discplines, no matter how "distant" they initially appear:
Example: Urban planners use mapping tools and data visualization techniques to analyze spatial relationships and identify patterns, across urban systems, helping to design interventions that promote livable and resilient cities.
Map out your problem to help you visualize links:
Researchers use genetic techniques to understand the populations of endangered species, while also considering the social and economic factors that influence conservation efforts.
Be critical of your sources, nobody gets it perfectly right:
Try to find "common ground" across multiple disciplines, multiple sources make those findings more credible:
Example: Environmental economics uses on insights from ecology and environmental science to incorporate the ecological costs of economic decisions into their research.
Click here to check your answers.
Example: Teams fighting infectious diseases often brings together epidemiologists, microbiologists, sociologists, economists, and public health experts who collaborate to understand the dynamics of disease transmission, and develop effective prevention and control strategies.
Remember that you are integrating the insights developed by discplines, not the disciplines themselves:
Match the key principle of effective integration with a corresponding example.
Examples:
Key principles of effective integration:
Example: By rigorously assessing the strengths and limitations of different studies and methodologies, healthcare researchers can make more informed decisions about best practices, interventions, and policies.
Consider the use of all discplines, no matter how "distant" they initially appear:
Example: Urban planners use mapping tools and data visualization techniques to analyze spatial relationships and identify patterns, across urban systems, helping to design interventions that promote livable and resilient cities.
Map out your problem to help you visualize links:
Researchers use genetic techniques to understand the populations of endangered species, while also considering the social and economic factors that influence conservation efforts.
Be critical of your sources, nobody gets it perfectly right:
Try to find "common ground" across multiple disciplines, multiple sources make those findings more credible:
Example: Environmental economics uses on insights from ecology and environmental science to incorporate the ecological costs of economic decisions into their research.
Example: Teams fighting infectious diseases often brings together epidemiologists, microbiologists, sociologists, economists, and public health experts who collaborate to understand the dynamics of disease transmission, and develop effective prevention and control strategies.
Remember that you are integrating the insights developed by discplines, not the disciplines themselves: