Cunningham Vocabulary Flashcards
Environmental Science
the use of scientific approaches to understand the complex systems in which we live. It is the systematic study of our environment and our place in it
The scientific method
an orderly approach to asking questions, collecting observations, and interpreting those observations to find an answer to a question.
Quantitative reasoning
understanding how to compare numbers and interpret graphs, to perceive what they show about problems that matter.
Uncertainty
we know there are limits to our knowledge. Understanding how much we don’t know, ironically, can improve or confidence in what we do.
Ecosystem services
- services or resources** provided by *_environmental systems (nature, not humans) -_ often ignored, but they support all our economic activities, nature doeesn’t put a price on them.
- provisioning of resources, such as the fuel we burn
- *supporting service**
- water purification,
- production of food and atmospheric oxygen by plants
- decomposing of waste by fungi and bacteria
regulating services
- maintenance of temperatures suitable for life by the earth’s atmosphere and carbon capture by green plants - which maintains a stable atmospheric composition.
cultural services - nonmaterial benefits (recreation, aesthetic, etc)
Critical and analytical thinking
the practice of stepping back to examine what you think and why you think it
or why someone believes a particular idea
acknowledging uncertainty is one part of critical thinking.
Sustainability
a search for ecological stability and human progress that can last over the long term.
- Gro Harlem Brundtland (World hEALTH oRGANIZATION director) = def = sustainable development
“meeting thee needs of the present without compromising the ability of future generations to meet their own needs”
Figure 1.8
Ecosystem services we depdend on are countless and often invisible

Indigenous Peoples
- the least powerful, most neglected groups
- Typically thee descendants of original inhabitants of an area taken over by more powerful outsiders.
- Distinct from their country’s dominant language, culture, religion and racial communities.
- 10% of the world total population
-
5000 cultures are indigenous out of a total of 6000 recognized cultures.
*

Environmental Science Engineering PURPOSE
reaching sustainability - make resources available and longterm
Biggest 3 problems
- but also areas where we are seeing major inovation and change*
- Climate Change (Global warming)
- Yulong Snow Mountain - 13 peaks, 19 glaciers - 4 of them are now completely gone*
- Fresh Water - limiting resource
The Flint Water Crisis (Lake Huron and Detroit River)
Flint had a financial crisis - decided to rely on the Flint River
PIPES - were installed in 1901-1920 and they contained LEAD - they did not treat the water for coming into conatct with lead pipes -> LEAD POISONING for Flint’s population.
- Air Quality
Table 1.2 Basic Principles of Science

Empiricism
We can learn about the world by careful observation of empirical (real, observable) phenomena;
we can expect to understand fundamental processes and natural laws by observation.
Uniformitarianism
Basic patteerns and processes are uniform across time and space;
the forces at work today are the same as those that shaped the world in the past, and they will continue to do so in the future
Parsimony
When 2 plausible explanations are reasonable, the simpler (more parsimonious) one is preferable.
This rule is also known as Ockham’s razor, after the English Philosopher who proposed it.
Uncertainty
Knowledge changes as new evidence appears, and explanations (theories) change with new evidence.
Theories based on current evidence should be tested on additional evidence, with the understanding that new data may disprove the best theories.
Repeatability
Tests and experiments should be repeatable;
if the same results cannot be reporduced, then conclusions are probably incorrect.
Proof is elusive
We rarely expect science to provide absolute proof that a theory is correct, because new evidence may always improve on our current explanations.
Even evolution, the cornerstone of modern biology, ecology and other sciences, is referred to as a ‘theory’ beacuse of this principle.
Testable Questions
To find out whether a theory is correct, it must be tested.
We formulate testable statements (hypotheses) to test theories.
Science
approach to increase knowledge through
- observation
- experimentation
- logic
to allow us to make reasonable, reliable predictions.
Basic sciences = focus on attainment of knowleeedge for the sake of knowledge
Applied sciences = application of information
Assumption
what we observe reflects the true nature of the physical world
to allow us to make reasonable, reliable predictions.
Consensus
the majority of experts in the discipline agree on the principles/theories/predictions
Contrarian
- minority
- disagree with the consensus view