Is this likely to be, a Likelihood Determination and Impact Analysis?  – Evaluation is the next step of the process, where you must determine the likelihood of a given threat agent initiating a threat or of an identified threat exploiting a given vulnerability, as well as the level of impact or harm to the asset if a vulnerability were successfully exploited by a threat.  While threats and vulnerabilities in assets are necessary ingredients to determine risk, they are static ingredients; in other words, threats, vulnerabilities, and assets don’t change much.

Upwelling tends to occur _______________.

Coastal upwelling occurs due to Ekman transport.

Coral reefs thrive in nutrient-rich waters.

The asthenosphere is the layer of magma that the lithosphere floats on top of.

How does the asthenosphere differ from the lithospheric mantle?

Which tidal cycle is characterized by two high tides and two low tides of approximately equal size each day? Select the best answer

Match each figure to the associated tide you would expect to find. Select the best match.  

Which of the following rocks would you expect to be the least dense?

Is this scenario Qualitative?   With an SLE of $10,000, you have to hope this scenario never happens. However, based upon analysis of historical weather patterns in the area, and given the shoddy construction and limited electrical protections of the building the server farm sits in, this seems to be a likely possibility. So, you should determine how much the organization is likely to lose, per year, on such a scenario. You can calculate this if you know a couple of other pieces of information. First, you need to know about how often to expect a severe storm in the area, say on an annual basis. This annualized rate of occurrence (ARO) could be used with the SLE value given earlier to determine your loss expectancy for one year. SLE × ARO = Annual loss expectancy (ALE).