Local Housing Market Analysis

In seeking to intervene in local and regional housing environments, housing policy analysts face the challenge of describing past and present housing dynamics while also looking towards the future. This assignment asks you to practice these skills by developing an in-depth understanding of a regional housing market of your choice.

At a most basic level, housing policy analysts have to

  1. describe the geography and composition of the housing market(s) they are analyzing;

  2. describe who gets what housing in those markets; and,

  3. describe the economic environment in which the housing markets operate.

After distilling salient trends and features, housing policy analysts can then identify the overall health and function of the housing market, likely future influences, and identify populations that require particular care or intervention.

In this assignment, you will begin defining and exploring a U.S. housing market of your choice, focusing on current conditions and housing market trends within the last 10 years. You will make use of the Local Housing Solutions Housing Needs Assessment tool as a primary resource containing salient data for your place.

Using this information, describe the local housing market, its demographic and economic conditions, and likely future influences. Based upon your analysis, identify one or more specialized populations and briefly describe their housing needs.

Your housing market analysis should describe the following:

The Deliverable 

Prepare your profile as a memorandum of approximately 4,000 words (8 single-spaced pages, excluding tables, illustrations, and references). Your memorandum should include sufficient analysis and properly referenced evidence for another housing market expert to measure the strength and validity of your assertions. The judicious use of maps, imagery, and tables should be included to support your analysis.

In preparing your analysis, you may want to first look for other recent analyses of your local market. Good starting places would be to search for the most recent Analysis of Impediments to Fair Housing, local Analysis of Fair Housing, HUD Comprehensive Housing Market Analysis, or for housing analysis completed as part of a neighborhood, local, or regional plan.

Please also note that I am not specifying or constraining the geography which you are required to conduct your analysis at. In selecting a particular geography, you’ll need to think carefully about what make sense – how does a particular geography constitute a housing market (or series of submarkets)? You will need to describe the definition you select and will need to justify your choice. Once you do, you should also plan to compare the characteristics of your local housing market (however you define it) to its region and the state in which it’s located.

I encourage you to reach out to me as you work to define your market, to get confirmation that you have selected an appropriate geography. Keep in mind that you will be working with this selection over the course of the semester for your remaining assignments in the class.

Supplemental Data Resources and Analytical Guidance

I suggest you use the Local Housing Solutions Housing Needs Assessment tool to help you generate baseline data for your analysis. You may wish to supplement data from the Local Housing Solutions website with other data sources.

Data from The Census Bureau’s American Community Survey (ACS) is the first place to look for data that will help you to describe your housing market. The data.census.gov website allows you to query data for different survey years and geographies.

Below, you will find helpful information including ACS table numbers (e.g. the population table is B01003) as well as guidance on analytical steps you may wish to take:

Population Demographics

Examine the demographic characteristics for your place and describe who lives here. Explore other ACS tables that may prove insightful. In reporting out demographic conditions, produce your own summaries of elements from ACS tables instead of reporting tables verbatim.

INDICATOR ACS TABLE NUMBER
Population B01003
Race B02001
Latino Ethnicity B03002
Age B01001
Household Size B25010
Foreign Born Population B05002

Economic Conditions

Determine the median income for your housing market, as well as the incomes for those earning 120%, 80%, 50%, and 30% of median income

INDICATOR ACS TABLE NUMBER
Median Household Income B19013
Vacancy Rate B25002

Future Influences

You may wish to examine future influences. One way to do this would be to perform some very crude projections of housing characteristics. Some examples of approaches you may wish to take:

  • Based upon housing costs in 2010 and 2020, project housing costs for owners and renters to the year 2030.

  • Based upon the median income in 2010 and 2020 project median income for 2030. What percentile of median income will be required in 2030 to afford to rent a median priced housing unit? What percentile of median income will be required to pay the mortgage on a median housing unit?

Performing Simple Projections

To perform such an analysis, use a crude method like linear projection. For example, find the rate of change over time between two past time periods, and then use this rate of change to extrapolate a future value.

One of the simplest methods of projection is to fit a line between two sets of observed points, and then project future values based upon that line.

You may remember from your past geometry training that the slope of a line can be calculated as follows:

\[slope = \frac{(y_2−y_1)}{(x_2−x_1)}\]

Let’s calculate the change in population for a hypothetical location called Busytown. In 2010, the population of Busytown was 8,000 and by 2020 the population was 9,750. Here’s how we would find the annual rate of population change for Busytown between 2010 and 2020:

\[change=\frac{(9,750−8,000)}{(2020−2010)}=\frac{1,750}{10}=175\]

Busytown’s population increased by 1,750 over 10 years – an average increase of 175 people per year. If we assume that future population will grow at the same rate per year, we can now calculate the future population for Busytown in any future time period:

\[PopulationFuture=PopulationBase+(Change∗TimePeriods)\]

Here’s the equation for Busytown assuming a base year of 2020, and projecting the population to 2030, which is 10 years in the future:

\[Population_{Future}=9,750+(175∗10)=11,500\]

Therefore, we project that if the population grows at the same rate it did between 2010 and 2020, the total population will be 9,750 + 1,750 = 11,500 in 2030.

Assignment Submission

Please submit your paper electronically via Canvas.