Guidelines

Pacific NW Plant Biographies

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Student Think-Pair-Share

Essay Questions for Qualitative Conceptual Models Pre-experiment

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Think-Pair-Share

Essay Questions for Qualitative Conceptual Models Pre-experiment

 

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Experimentation

How are experiments central to ecology?
Science attempts to provide the best possible picture of what is going on behind the phenomena. It describes the unseen components of the problem. Theories are the accounts of the underlying composition or unseen causes; they speak about things beyond the evidence.

How are experiments central to ecology?
Science attempts to provide the best possible picture of what is going on behind the phenomena. It describes the unseen components of the problem. Theories are the accounts of the underlying composition or unseen causes; they speak about things beyond the evidence.

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Ecology Concepts


The flow of energy and nutrients through a system requires an understanding of the components within that system. The interactive model below facilitates this understanding.

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Dataset Preparation


Dataset Preparation

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Complexity

Ecological complexity depends upon species diversity and the structure of species interactions. Complex ecosystems are hierarchically controlled, characterized by non-linear feedback loops, and exhibit patterns that can be observed over many different spatial and temporal scales.

Ecological complexity depends upon species diversity and the structure of species interactions. Complex ecosystems are hierarchically controlled, characterized by non-linear feedback loops, and exhibit patterns that can be observed over many different spatial and temporal scales.

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Biological Diversity

In the broadest sense, biodiversity encompasses all the variety of life forms on Earth. Humans rely upon the earth's biodiversity resources for food, fiber, fuel, building materials, medicine, and technological advances.

In the broadest sense, biodiversity encompasses all the variety of life forms on Earth. Humans rely upon the earth's biodiversity resources for food, fiber, fuel, building materials, medicine, and technological advances.

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Sampling Techniques


The goal in science is often to try to estimate some parameter of interest. We sample because it is often either impractical (due to time or financial constraints) or impossible to measure every individual of a population of interest. If sampling is done correctly, we hope that our estimate of the parameter can be generalized back to the entire population of interest.

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Guidelines for Analyzing Data

There are any number of calculations a dataset may require before you can extract meaningful results from it. The most important thing to keep in mind when analyzing data is what your question is. This will help you determine if statistics are necessary, and, if so, which statistical test is most appropriate.

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Guidelines for Managing Data

Collecting Organized Data Here are some simple recommendations gathered from field ecologists:

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Guidelines for Asking Research Questions


I - Scientific Inquiry

Inquiry refers to the ways in which scientists study the natural world and in which new knowledge is produced.
Types of questions you might ask about the natural world:

  • Questions that require value judgments, a “yes” or “no” answer.
  • Questions that require describing something using already known facts to answer them.
  • Questions that require making observations, then generalizations or conclusions.
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