Weather and Society Flashcards

1
Q

Name Strengths/Weaknesses of Secondary Analysis

A

Strengths: Don’t need to personally gather the info., often times inexpensive, data can be quantitative or qualitative.

Weakness: May have limited access to the data, sometimes may be expensive, and don’t know how data was gathered (was it gathered scientifically?).

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2
Q

Name Strengths/Weaknesses of Surveys

A

Strengths: Can be gathered over large sample sizes, conclusions are generalizable, can be designed so that data can be easily statistically analyzed.

Weakness: May be expensive and time consuming to analyze, you only get answers to questions explicitly state in the survey, and there are often low response rates which effects representativeness.

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3
Q

Name Strengths/Weaknesses of Focus Groups

A

Strengths:
-Get multiple responses at once
-You can explore a topic by delving deeper into the respondents answers
-the group may come up with new ideas that the researcher hadn’t considered
- Analyzed videotape may provide additional information through body language analysis
Weakness:
-sometimes a couple participants may take over the entire group
-Transcribing process can be very time consuming
-Usually the conclusions are not generalizable
-Responses may vary greatly from one group to the next

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4
Q

Name Strengths/Weaknesses of Interviews

A

Strengths:
-A lot of detail can be derived from the use of open-ended questions
-The interview can change course depending on the interviewee
-Can be inexpensive
Weaknesses:
-qualitative data gathered may be very time consuming to analyze
-Conclusions may not be generalizable.

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5
Q

Name Strengths/Weaknesses of Observations

A

Strengths:
Behaviors can be observed at the time they occur and interactions between people can be evident
Weakness:
Data gathering and post analysis can be very time consuming
Presence of the observer may alter the behavior of those being observed

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6
Q

Name Strengths/Weakness of Experimental Methods

A

Strengths:
-well-designed experiment can focus solely on the effects of specific variables
-Often needs only a small sample size
Weakness:
-Experiment often takes place in a non-natural environment
-It may be difficult to construct proper experimental conditions

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7
Q

Name the social science methods used to study Weather and Society. (Hint 6)

A

Secondary Analysis, Surveys, Focus Groups, Interviews, Observations, Experimental Methods.

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8
Q

What is a hueristic?

A

This is a strategy employed to processes information received.

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9
Q

Name the hueristics and biases which influence people’s risk perception. (Hint 5)

A

Availability, Optimistic Bias, Representativeness, Affect, Gamblers Fallacy.

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10
Q

Describe Availability (hueristic/bias).

A

This is the when a person perceives the probability of an event based upon how easily instances of that event can be recalled. For example, if one was able to recall many instances of robbery in their neighborhood, they perceive that they have a high probability of being robbed.

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11
Q

Describe Optimistic Bias (hueristic/bias).

A

This is when a person perceives that they are less susceptible to a risk than other people are.

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12
Q

Describe Representativeness (hueristic/bias).

A

this concerns how similar an event is to the corresponding event they have stored in their memory. For example, if a person imagines good doctors as being older people, then if treated by a young doctor, the person may not believe they are receiving adequate treatment.

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13
Q

Describe Affect (hueristic/bias).

A

This concerns how vividly we store information. In general, memories that have been stored as vivid imagery illicit an emotional response when recalled. IE, vivid imagery tends to evoke a higher affective response.

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14
Q

Describe Gamblers Fallacy (hueristic/bias).

A

This is an incorrect thought process - probably from a lack of understanding of probability. An example would be the idea that two 100 year floods could not occur over a short time scale.

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15
Q

Decribe (Define) the cultural theory of risk perception.

A

tells us that how people perceive risk is at least in part a product of the culture they come from. Essentially, embedded in culture are certain beliefs that influence how people perceive risk on an individual level.

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16
Q

Name the world views associated with the cultural theory of risk perception. (Hint 4)

A

Hierarchists, Individualists, Egalitarians, and Fatalists.

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17
Q

Describe the prototypical hierarchists

A

most fear social deviance, which threatens the structure of status quo. They call for the active management of risk by ‘experts,’ in whom they place great trust.

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18
Q

Describe the prototypical individualist

A

most fear restrictions on their autonomy, such as government regulation. They promote market-based strategies that maintain their autonomy and provide opportunities for personal gain, believing that the ‘invisible hand’ – of self-interested actors seeking to maximize their own personal gain – leads to optimal social results.”

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19
Q

Describe the prototypical egalitarian

A

most concerned about injustice in the distribution of risk costs and benefits, tolerate or celebrate social deviance and diversity, and view technology with suspicion. They often promote participatory, democratic, and consensus-based decision-making that includes all affected parties as equals.

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20
Q

Describe the prototypical fatalist

A

Believes that they have little control over what happens and that natural events are “Acts of God.”

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21
Q

What factors influence response to hazards (e.g. hurricane evacuation, tornado sheltering, driving through flood) ?

A

Desirable behavior depends on what the hazard is, actions encouraged before the event occurs, and when the event is expected.

Hurricane evacuation - location vulnerability, actions taken by public authorities, specific storm threat factors

Tornado sheltering - education, hearing the warning, personality traits

Driving through floods - age,

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22
Q

Be able to describe spatial patterns of extreme weather impacts such as lightning, tornadoes, or hurricanes.

A

The average number of deaths per year for hurricanes is 47 based on 30 years of data, with the most deaths being caused by freshwater flooding. Deaths are decreasing for the most part when not including large events. Poor are most vulnerable since they many times don’t have money to evacuate.

There are about 800-1400 tornadoes a year in the US but only a small amount cause casualties with a decrease over time based on better forecasting data increasing warning time. The south is the most vulnerable due to the environmental conditions being better and larger populations. Nearly half of the deaths from tornadoes from 1985-2005 were in mobile homes with a large number occurring with nocturnal tornadoes. The older generation and poor are most vulnerable.

Florida is the #1 location of lightning deaths with WY and NM higher when population is taken into consideration. Peaks in the summer and over weekends, mostly males, and usually only 1 person involved. Deaths have decreased based on the increase in forecasting ability, awareness, and better medical treatment.

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23
Q

What role does population have in damage and deaths?

A

Population plays a considerable role in terms of damage and deaths because damage and deaths tend to increase with increasing population. That is, an increasing population makes more people vulnerable. So, even with better education and effective plans to limit vulnerability, the number of deaths and the amount of damage may increase per natural hazard because there are more people and structures at risk.

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24
Q

Be able to discuss how one might study weather related fatalities.

A

The first things you need to determine is the frequency of the impacts (low vs medium vs high vs extreme). Know that there is more data for low impact weather events, most warnings/advisories are based on impacts, each weather element will have different impacts on the economy/people/society.

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25
Q

What databases are used?

A

The databases used are: National Climatic Data Center and Centers for Disease Control and Prevention’s National Center for Health Statistics

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26
Q

What are the problems with this type of work?

A

The biggest problem is that the information obtained from these databases could produce completely different outcomes. This could be based on the lack of knowledge and communication between the different agencies.

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27
Q

Name the 9 weather/health conditions talked about in the class.

A

Cold, Flu, West Nile, Flooding, UV radiation, Heat, Air Pollution, Pollen, Mold.

28
Q

How does cold effect health?

A
  • Hypothermia
  • Carbon monoxide poisoning from generator-fueled efforts to avoid hypothermia.
  • Heart attack from over exertion doing things that people don’t usually do - shoveling snow for example.
  • Seniors often slip on ice and fracture brittle bones
  • Frostbite
29
Q

How is the flu effected by weather?

A

Winter weather, it turns out, helps flu virus particles survive in the air. Flu virus is spread through tiny liquid droplets exhaled by sufferers. Researchers have discovered that the virus survives best in dry, cold air.The virus particle coats seem to be more stable at cooler temperatures, and drier air keeps the liquid droplets that contain them aloft longer. Other research found a greater connection to dry air and the spread of influenza than for low temperatures. The research showed that the onset of increased wintertime influenza-related mortality in the United States is associated with anomalously low absolute humidity levels during the prior weeks.

30
Q

How is West Nile effected by weather?

A

The mosquito that carries West Nile thrives in city stormwater-catch basins, where pools of nutrient-rich water linger unflushed during drought. Warm temperatures also hasten reproduction of viruses within mosquitoes, increasing the chance a mosquito will transmit the virus before the insect reaches the end of its life span.

31
Q

How does flooding effect health?

A

-The flood waters can become fouled by disease-causing bacteria, chemicals, heavy metals, and pesticides. -Flooding may drive rodents from burrows, fueling outbreaks of rodent-borne leptospirosis and tularemia. -Mosquitoes bred in the floodwaters, and mosquito-borne diseases also flared up.

32
Q

How does UV radiation effect health?

A

-Too much UV exposure causes skin cancer, premature wrinkles, immune system suppression, cataracts and other eye damage, and of course, sunburn.

33
Q

How does heat effect health?

A
  • When heat gain exceeds heat removal, or when the body cannot compensate for fluids and salt lost to sweat, the body’s core temperature begins to rise and cause heat cramps, heat exhaustion or heat stroke.
  • The extra heat damages the brain and other vital organs.
  • Hearts may fail when strained by the increased circulation required to hold body temperature steady or to overcome the effects of dehydration, which thickens the blood, making it harder to pump.
34
Q

How does air pollution effect health?

A
  • ozone can provoke coughing, inflame the throat, and make it harder to breathe deeply.
  • Ozone may also lower resistance to respiratory diseases like pneumonia
  • permanently damage lung tissue
  • aggravate chronic lung diseases like asthma or bronchitis.
35
Q

How does pollen effect health?

A

Weather-related seasonal pollen and mold can provoke allergies among your viewers.
Allergies are worse during hot, dry or windy days, peaking at midday in cities.
Pollen counts are lowest during chilly, wet times.

36
Q

How does mold effect health and what weather coditions encourage the growth of mold?

A
  • Affected may experience congestion, throat irritation, coughing, wheezing, red eyes, skin rashes or asthma attacks.
  • Allergies are by far the most frequent illness associated with mold.
  • Floods and wet weather put your viewers especially at risk, so make sure you remind them during these times to dry out soggy homes as soon as possible.
37
Q

How does seasonal weather influence the economy?

A

Weather is the key to agricultural success - drought, flooding, temperatures, and sunlight can all influence the outcome of crops. Weather influences daily and seasonal energy demands - hot weather increases demand for electricity, cold weather increases demand for electricity and natural gas.Extreme weather events such as hurricanes impact power lines and oil production. Snow events impact transportation - snow removal is needed, fuel costs increases due to the cost to transport needed items such as food, delays in travel. Airline travel delays - thunderstorms, snow/ice, visibility. Houses sell better on dry/warm days, lower heating/cooling costs are better for consumers, retail is dependent on weather conditions (more snow in mountains cause better winter coat sales).

38
Q

What sectors are sensitive to weather fluctuations?

A

Agricultural, energy, transportation, retail, housing market.

39
Q

Where does uncertainty in weather information come from?

A

First, there is uncertainty with regards to the current state of the atmosphere. Although surface weather observations are taken at a variety of locations across the world, the weather parameters in the space between these locations filled using a best guess. Information collected in the vertical (weather balloons) is even less available and for most locations only collected twice a day. NWP must have accurate initial conditions in order to make an accurate forecast. Unfortunately, small errors in the initial conditions often results in large errors in model forecasts as time increases.
Second, there are many atmospheric processes that exist on a scale that is much smaller than the model resolution. These sub-grid processes can have very significant impacts on daily weather.
Third, some processes are too complex for the models to solve for explicitly. These process are parameterized which in effect simplifies the computations but introduces error. Finally, there are still processes that take place in our atmosphere that are not fully understood.

40
Q

What are deterministic and probabilistic forecasts? Be able to provide examples of uncertainty and both types of forecasts.

A

A deterministic forecast is one which gives only one possibility (only one forecast solution). An example would be, “High of 45 degrees expected today.”
A probabilistic forecast is one which gives a probability of occurrence or a range of solutions. An example would be, “There is a 60 percent chance of rain today.”

41
Q

Define HDD (Heating Degree Days)

A

(Avr Daily Temperature) – 65

So, Heating Degree Days are the number of degrees the average daily temperature is below 65. Example, average daily temperature for a particular day is 60, so 60 - 65 = -5. The HHD for this day is 5.

42
Q

Define CDD (Cooling Degree Days)

A

(Avr Daily Temperature) - 65

So, Cooling Degree Days are the number of degrees the average daily temperature is above 65. Example, average daily temperature for a particular day is 80, so 80 - 65 = 15. The CCD for this day is 15.

43
Q

Define GGD (Growing Degree Days)

A

(Avr Daily Temperature) – (given value)

GGD are very similar to the HDD or CDD, but instead of 65, some other number is locally specified instead.

44
Q

Define Ethonmeteorology

A

is the study of how cultures view the natural world resulting from their local, indigenous or traditional knowledge. Some key points are: there is often a disconnect between indigenous world views and scientifically based understanding. Indigenous world views are often steeped in knowledge about natural cycles like bird migrations. Similarities often exist between indigenous knowledge and conclusions drawn from scientific observations. Having a thorough understanding of how a particular world view perceives weather in order to more effectively communicate changing weather conditions for future climate change. Along those lines, attain a better understand how certain societies interact with weather in order to help them adapt to possible future changes.

45
Q

Define Probability of Precipitation

A

Just like the name implies - the probability that precipitation will occur at a specified location. In a research paper we read, a good way of defining what “probability of precipitation” means, is like this:
Probability of Precipitation = 60 percent, so on 60 percent of the days like today, it would rain at the specified location.

46
Q

Define Phenology

A

“The shifting in the timing of seasonal activities or lifecycle events.” Migration, mating, giving birth, etc…

47
Q

Define Thermoregulation

A

This is the ability for an animal to keep its core temperature within a healthy zone. Dry, wind, precipitation are meteorological factors which affect how the animal regulates its internal temperature.

48
Q

Define Amplification

A

to increase the magnitude of something. The media can amplify an event by increasing their coverage of it or to overemphasize the hazards. In addition, several related events happening in close proximity may amplify an issue.

49
Q

Define Attenuate

A

to decrease the magnitude of something. Attenuation can occur if the media avoids reporting on an event of or downplays the hazard.

50
Q

Expain the PETS Act

A

is the Pests Evacuation and Transportation Standards Act. This Act requires that state and local emergency preparedness plans included provision to assist individuals with animals. As a best practice, the PETS Act suggests that animals remain with their caregivers through the evacuation process. In addition, the ACT gives FEMA the power to assist in the creation of disaster plans for animals and gives FEMA the authority to use federal dollars to create pet friendly shelters and to provide additional aid to individuals with animals. The PETS act actually requires that pets be at least considered in the emergency plans created by States and local emergency managers. Pet sheltering with consideration for responder safety should be address within the plans. However, ultimately, people are the primary concern. The PETS Act was passed in 2006 which had a lot to do with the widespread dissemination of issues with regards to pets left behind during Hurricane Katrina.

51
Q

describe the steps in the classic persuasion model

A

Source – Message – Channel – Receiver – Effect – Feedback – (Back to Source)
Sources says something (Message) through some medium (Channel) to a someone else (receiver) which has an effect. Then the sources is given feedback.

52
Q

describe the steps in the general model of risk communication

A

Hear – Confirm – Understand – Believe – Personalize – Respond
• Hear – use of the senses to identify some new information.
• Confirm – make sure that the new information is real.
• Understand – realizing the significance of the new information. Best if specific, repeated, from an official source, and confirmed.
• Believe – A personal acceptance that the new information is accurate. Believing is accelerated if the source is trusted and for the same reasons as understanding. There are two types of trust. Specific trust would be trust in an individual or entity, while general trust is trust on a more broad scale such as trust in society.
• Personalize – the realization that one will be personally affected. Personalization is encouraged in the same ways as understanding, but it is also enhanced when the information is provided on a personal level. IE, a law enforcement officer telling you about an evacuation order as compared to reading about it on the crawl on TV.
• Respond – the reaction to the message. This includes taking actions to confirm that the message is true.

53
Q

Name the steps in the classic persuation model

A

Source – Message – Channel – Receiver – Effect – Feedback – (Back to Source)

54
Q

Name the steps in the general persuation model.

A

Hear – Confirm – Understand – Believe – Personalize – Respond

55
Q

What is a disaster myth and how do they come about?

A

A disaster myth is notion that is widely accepted but is usually unfounded. These myths tend to persist for a number of reasons. The media tends to exaggerate issues by covering them at a higher volume than the actual number of instances would support. In addition, the placement of disaster myth related stores on the cover and vivid pictures of the myth have a more profound effect on the viewers than would otherwise be. In addition, officials who believe these myths sometimes make statements that are then repeated in the news. Since officials are often considered to be credible, there words are particularly influential.

56
Q

List 7 disaster myths

A
  1. “Cry Wolf Effect,” - The public will stop paying attention to warnings if they experience too many
  2. the typical response of the public in an emergency is panic
  3. that many people will experience some kind of disaster shock (Trauma/Shock/Passivity)
  4. people will behave in an irrational manner
  5. breakdown of society, looting, price gouging,
  6. dead bodies will rapidly spread disease
  7. wild dogs will roam the streets
57
Q

List the 4 animals effected by climate change discussed in the class.

A

Marmots, zooplankton, pica, and coral

58
Q

How are marmots effected by climate change?

A

Marmot Size – An increase in the average temperature has allowed the North American Marmot to spend less time in hibernation and more time hunting for food. This has led the animal to grow larger (~10% larger) and increase the animals average lifespan. The increase in lifespan has led to an increase in mating and an increase in the number of offspring.

59
Q

How are Zooplankton effected by climate change?

A

Zooplankton – An increase in global temperatures has led to an increase in oceanic temperatures which has led to a northward migration and decline in the numbers of zooplankton. Certain species of zooplankton live within a narrow band of water temperatures. These bands have slowly migrated northward with increasing global temperatures, so in response, the zooplankton have also migrated northward in order to remain within their habitable zone.

60
Q

How are Pica effected by climate change?

A

Pica – The Pica is an example of a species undergoing extirpation in the Western US. It lives within a rather narrow sub-alpine mountainous zone and increased temperatures has led to habitat loss and degradation.

61
Q

How are coral effected by climate change?

A

Coral Bleaching – Coral and zooxanthellae algae live together to form a symbiotic relationship – each benefits from the others existence. Unfortunately, zooxanthellae algae live within a rather narrow range of oceanic temperatures. With an increase of more than about .8 to 1 degree C for at least 4 weeks, the zooxanthellae algae, which lives within the outer tissue of the coral, leaves the tissue and what is left is the white colored coral skeleton.

62
Q

List the steps of the emergency planning process.

A

Mitigation, preparedness, response, and recovery.

63
Q

Describe the emergency planning process mitigation.

A

Mitigation includes actions that are taken before a disaster that reduce the effects of the disaster in the long term. However, since the emergency planning process is circular in nature, the mitigation process often takes place after an event occurs during the recovery phase. This would be done to reduce the effects in the future should this type of disaster occur again. An example of mitigation would be developing an evacuation plan in the event of a hurricane making landfall for a coastal location.

64
Q

Describe the emergency planning process preparendess.

A

While mitigation are actions taken long before an event occurs, preparedness refers to actions that are taken in the short-term (when a disaster is imminent) in order to prepare for the expected outcomes. An example of preparedness would be increasing the number of staff available to clear roads for a forecasted heavy snow event.

65
Q

Describe the emergency planning process response.

A

Response is the step when pre-created emergency plans go into effect. This could be going into a neighbor’s hurricane shelter when a hurricane is moving through the community.

66
Q

Describe the emergency planning process recovery.

A

Recovery would be actions taken after a disaster to return to pre-event conditions. This step usually takes place after the basic needs of the community have been met. This could be repairing a damaged bridge. Recovery leads back into mitigation, so often the recovery period is a time to make structures more hazard resistant or to improve existing mitigation plans.