Molecular Techniques
Thermal Ecology
Smammals and Soils
Capture and Marking
Telemetry
100

Name two sources that can provide eDNA

Feces, hair, skin, feathers, eggshells, sperm, eggs, vomit, pellets, blood

100

Provide an example of an endotherm and exotherm

Endo: mammals, birds

Exo: reptiles, amphibians, fish

100

Name two functions of soil

medium for plant growth, water filtration, raw material source, habitat, foundation for building and landscaping

100

When calculating animal densities using mark-recapture data, what is the name of the estimator (formula) we use?

Lincoln-Peterson

100

What are the two main techniques for acquiring locations of animals with VHF transmitters?

Triangulation and homing

200

What is the biggest challenge associated with eDNA?

contamination

200

Name two classifications/types of temperature data collected in ecology

ambient and operative
200

Name the three classifications of soil properties

Biological, Physical, and Chemical

200

Name two methods that can be used to directly capture birds

mist netting, rocket nets, walk-in traps, clam traps, etc

200

What is the guideline for the size of a transmitter placed on a bird?

Cannot exceed 3% of body weight

300

Name two non-lethal ways to collect DNA from individuals

swabbing, blood, toe clips, fin clips, etc

300

Name three pieces of equipment that can be used to collect temperature data

Thermometer, thermal cameras, kestrel, iButtons, data loggers, etc

300

Provide three ways small mammals influence ecosystems.

1) They affect soil conditions

2) Important part of the food chain

3) Change vegetation communities (pollination, seed herbivory, selective consumption)

300

Provide one example of a short-term marking technique and a long-term marking technique

ST: sharpie, paintball, nail clip, shell notch, fin clip

LT: Transmitters, pit tags, bird bands, ear tags

300
Provide one challenge of using geolocators

Have to recapture the animal and large error rate

400

Name three types of research questions that can be addressed by sampling individuals' DNA

Abundance, connectivity, local adaptation, mate choice, hybridization, dispersal, inbreeding, and outbreeding

400
Provide two ways in which thermal thresholds can affect individuals

habitat use, survival, metabolic rates

400

Provide two passive and two active methods for monitoring small mammals.

Passive: scat, tracks, hair, camera

Active: Sherman traps, pitfalls, snap traps, box trap

400

List three reasons for capturing wildlife

Disease, pop regulation, monitoring, research, damage control

400

What are the three main types of telemetery?

GPS, VHF, and Geolocators

500

Provide an example where euthanasia is a reasonable consequence of DNA sampling

Tissue testing for certain diseases, invasive species, or sick individuals

500

Name three considerations for creating an analog to measure operative temperature for an organism

Absorption of solar radiation, insulation, height/size, & habitat

500

Provide two examples of physical, chemical, and biological soil properties,

Physical: texture, structure, density, infiltration, depth to features, temp, moisture

Chemical: pH, salinity, nutrients, organic matter

Biological: organic matter pools, plant growth, soil organisms

500

What do the following symbols represent in the Lincoln-Peterson estimator?

k, K, n, N

k = recaptures

K = total marked

n = total captured

N = population estimate

500

Provide two pros and cons of VHF and GPS telemetry.

VHF: (pro) relatively inexpensive, long battery life, works in more areas than GPS

(con) more susceptible to observer bias, topography can influence, lots of workforce needed

GPS: (pro) highly accurate, remote data possible, fine resolution

(con) expensive, battery life, weather and terrain affect signal