Guide

How to Use Data for Relocation Decisions

The verdict

Only 33 of 387 metros clear the top third on BOTH safety and school quality at once - Pocatello, ID leads that group, proof that stacking two high-weight hard filters narrows the field fast.

387
metros compared
33
clear safety + schools together
Pocatello, ID
top composite in that group
8
weighted factors this guide tracks

Safety score vs. school-quality score

Every metro plotted by its safety percentile and school-quality percentile - the two Step-2 hard filters this guide names 2×2 strategic matrix plotting 30 entities by Safety score (X) and School quality score (Y), with a crosshair dividing the plot into four quadrants. Clears both filtersSchools clear, safety does notSafety clears, schools do notNeither filter cleared 20406080100120 020406080100 Safety score School quality score Safety score vs. school-quality score Paducah, KY-IL-84.97409326424871, 51.03626943005182Pocatello, ID-81.86528497409327, 70.46632124352331Wildwood-The Villages, FL-90.67357512953367, 88.3419689119171Huntington-Ashland, WV-KY-OH-78.75647668393782, 13.989637305699482St. Cloud, MN-71.24352331606218, 58.2901554404145Ames, IA-81.34715025906736, 47.15025906735752Charleston, WV-79.01554404145078, 13.730569948186528Lexington-Fayette, KY-85.75129533678756, 50.259067357512954Elizabethtown, KY-86.01036269430051, 49.740932642487046Sioux Falls, SD-MN-53.8860103626943, 21.761658031088082Monroe, LA-29.01554404145078, 66.58031088082902Owensboro, KY-85.23316062176166, 50.77720207253886Cedar Rapids, IA-81.0880829015544, 47.40932642487047Lafayette, LA-29.53367875647669, 66.06217616580311Lewiston, ID-WA-82.12435233160622, 70.20725388601036Lincoln, NE-89.37823834196891, 16.321243523316063Louisville/Jefferson County, KY-IN-85.49222797927462, 50.51813471502591Alexandria, LA-30.569948186528492, 65.02590673575129Beaumont-Port Arthur, TX-37.30569948186528, 41.19170984455959Decatur, AL-43.523316062176164, 80.82901554404145Idaho Falls, ID-82.38341968911917, 69.94818652849742Dubuque, IA-80.31088082901555, 48.18652849740933Hattiesburg, MS-97.40932642487047, 15.544041450777202Bowling Green, KY-86.26943005181347, 49.48186528497409Duluth, MN-WI-72.279792746114, 54.66321243523316Shreveport-Bossier City, LA-28.497409326424872, 67.09844559585493Waterloo-Cedar Falls, IA-79.53367875647669, 48.96373056994819Houma-Bayou Cane-Thibodaux, LA-29.792746113989637, 65.80310880829016Hammond, LA-30.051813471502584, 65.5440414507772Dalton, GA-60.880829015544045, 34.196891191709845 N
Every metro plotted by its safety percentile and school-quality percentile - the two Step-2 hard filters this guide names

A practical framework: which factors matter most, how to weight them, and how to turn federal data into a shortlist you can act on.

Why Most Relocation Decisions Are Made on Bad Data

The average American moves 11 times in their lifetime. Yet few of those moves involve systematic data analysis. Most people choose cities based on: a job offer, family proximity, a vacation impression, or word of mouth from one person. These inputs are useful but incomplete. A job offer in Austin tells you nothing about whether Austin's cost-of-living growth has outpaced its salary growth, or whether its school quality matches your expectations, or whether its air quality will aggravate your allergies.

PlainCompare aggregates seven federal data sources, BEA, HUD, FBI, BLS, NCES, EPA, and CDC, across 384 metros. That breadth means you can compare every significant U.S. metro on the same set of dimensions, using data that is consistent, reproducible, and government-verified. The framework below converts that data into a decision process.

The Eight Key Factors

Not all relocation factors carry equal weight. Below are the eight dimensions that most reliably predict long-term satisfaction with a move, along with the federal data source behind each:

Factor Data Source What It Measures Relative Weight
Purchasing Power BEA RPP + BLS Income adjusted for local price levels Very High
Housing Cost HUD FMR + Census ACS Median rent, home values, vacancy rates Very High
Violent Crime FBI UCR Violent crimes per 100K residents High
School Quality NCES + Census Student-teacher ratios, enrollment, attainment rates High (families)
Job Market BLS OEWS Employment levels and wages by occupation High (non-remote)
Air Quality EPA AQS Annual AQI, PM2.5, ozone levels Medium
Healthcare Access HRSA HPSA Primary care, dental, and mental health provider shortage designations Medium

Weight guidance for a typical household. Adjust based on personal circumstances: remote workers weight job market lower; retirees weight climate and healthcare higher.

Step 1, Calculate Real Purchasing Power

Before anything else, compute purchasing power. This is the most important number in any city comparison. The formula:

Real purchasing power = Nominal income ÷ (RPP ÷ 100)

Example: You earn $85,000 and are considering three cities:

  • Austin, TX - RPP ~105. Real purchasing power: $85,000 ÷ 1.05 = $80,952
  • Phoenix, AZ - RPP ~98. Real purchasing power: $85,000 ÷ 0.98 = $86,735
  • Columbus, OH - RPP ~91. Real purchasing power: $85,000 ÷ 0.91 = $93,407

Same salary, same person, but Columbus delivers 15% more real purchasing power than Austin. That gap compounds significantly over a career. Use metro pages to look up RPP for any metro.

Step 2, Set Hard Filters

Hard filters eliminate metros before you invest time in analysis. Common filter thresholds:

  • Housing: Eliminate metros where median 2BR rent exceeds 35% of your gross monthly income.
  • Crime: Eliminate metros where violent crime rate exceeds 600 per 100K (roughly 1.5x national average).
  • Climate: Eliminate metros where average January low falls below your cold tolerance, or July high above your heat tolerance.
  • Jobs: For non-remote workers, eliminate metros without employers in your field, check BLS employment concentration by occupation.

Use PlainCompare rankings to quickly identify which metros clear each threshold. Filter aggressively, you can always relax a filter if too few metros remain.

Step 3, Score Your Shortlist

With hard filters applied, you should have 10-30 metros remaining. Now score each on a 1-5 scale for each dimension, weighted by personal importance. A simple scoring grid works:

  1. List your top 10 candidate metros across columns.
  2. List the 8 factors down rows.
  3. Assign a 1-5 score for each cell (5 = best for you).
  4. Multiply each score by your personal weight (1-5).
  5. Sum the weighted scores per metro.

The top 3-5 scorers become your finalist list for deeper research. Use side-by-side comparisons to examine finalists dimension by dimension without manual data collection.

Step 4, Research Neighborhoods Within Finalists

Metro-level data is perfect for narrowing the field but too coarse for final decisions. A metro's average crime rate may be acceptable, but a specific neighborhood could be significantly higher or lower. Once you have 3-5 finalist metros:

  • Research neighborhood-level crime data through local police department portals.
  • Check school ratings at the district and individual school level (GreatSchools, NCES school finder).
  • Walk or drive through target neighborhoods using Google Street View for initial screening.
  • Check commute time from candidate neighborhoods to your likely workplace using Google Maps at peak hours.
  • Research local employer concentration, LinkedIn and Glassdoor show job density by city.

Step 5, Visit Before Committing

Data eliminates bad options. Experience confirms good ones. Before signing a lease or making an offer, spend 2-3 days in each finalist city. Prioritize during your visit:

  • Drive your likely commute route during rush hour, traffic patterns are invisible in data.
  • Visit grocery stores, gyms, and restaurants in target neighborhoods to gauge cost and culture.
  • Spend time in the neighborhoods you are considering at different times of day and on a weekend.
  • Attend a local event, visit a park, explore the downtown, assess whether the city's energy fits your lifestyle.
  • If possible, meet people who live there. Ask what they genuinely dislike, locals give honest answers that no dataset can.

The best relocation decisions combine rigorous data screening with a boots-on-the-ground reality check. No spreadsheet captures whether you will feel at home.

Remote Work Changes the Calculus

For fully remote workers, the job market dimension drops from "High" to near-zero weight, and cost of living becomes the dominant factor. Remote workers can unlock metros that would be inaccessible for in-person workers, college towns with excellent quality of life, Sun Belt metros with high growth and moderate cost, or smaller Midwest cities with exceptional purchasing power. If your income is decoupled from geography, optimize relentlessly for purchasing power, climate preference, and quality of life. The financial advantage over 10 years can compound to hundreds of thousands of dollars in savings.

Frequently Asked Questions

What is the single most important factor when choosing a city to move to?

Purchasing power, your income relative to local cost of living, is the foundational factor. Everything else matters, but if you cannot afford to live comfortably, other advantages become irrelevant. Use BEA Regional Price Parities to calculate your real purchasing power in each metro before considering any other dimension.

How do I weigh crime data against other factors?

Crime data (FBI UCR rates per 100K) screens out metros that fail a basic safety threshold. It works best as a filter, not a ranking dimension. A city with twice the national average violent crime rate warrants serious scrutiny. Below that threshold, prioritize crime less heavily, most metros are safe for most residents in most neighborhoods.

Should school quality matter if I do not have children?

Yes, for two reasons. Strong school systems attract higher-income households, which correlates with property value appreciation, lower crime, and better community infrastructure. Also, plans change. If there is any possibility of children in your future, building that school quality into your initial decision avoids a costly move later.

How accurate is federal data for making real-world decisions?

Federal data (BEA, BLS, Census, FBI, NCES) is the gold standard for metro-level comparisons. It is consistent, annual, and covers all metros. The limitation is granularity, it describes metro-wide averages, not neighborhoods. Use it to narrow to 3-5 metros, then research specific neighborhoods within those metros for finer-grained decisions.

What climate data should I prioritize?

PlainCompare does not currently track climate data, so research typical temperature ranges, precipitation, and sunshine separately. For livability, focus on: winter lows if cold is a dealbreaker, summer highs and humidity if heat is a concern, and annual sunshine days if seasonal affective disorder is a factor. Climate is the one factor that cannot be solved by spending more money.

How do I account for future trends, not just current data?

Federal datasets lag 1-3 years. For growth signals, supplement with BLS metro employment growth rates (compare 3-5 year trends), Census population change, and real estate price appreciation trends. Metros adding population and jobs are generally improving on most dimensions. Metros losing population face fiscal pressure that typically worsens quality of life over time.

Sources

  • Bureau of Economic Analysis (BEA) - Regional Price Parities
  • U.S. Department of Housing and Urban Development (HUD) - Fair Market Rents
  • FBI Uniform Crime Reporting (UCR) - Crime rates per 100K
  • Bureau of Labor Statistics (BLS) - OEWS occupational employment and wages
  • National Center for Education Statistics (NCES) - School data
  • EPA Air Quality System (AQS)
  • HRSA Health Professional Shortage Area (HPSA) designations

This content is for informational purposes only. Relocation is a complex personal decision involving many factors beyond statistical data.

A worked example

Let the live comparison surface test a shortlist against the same current field. A better affordability result is a reason to investigate further, not a relocation recommendation; the other dimensions show which trade-offs come with it.

Where to dig deeper

The methodology page documents exactly which federal series we draw from, how we weight regional differences, and the reference period for each metric. The research section publishes original analyses derived from the same underlying database, useful when you want to see year-over-year shifts or peer-jurisdiction comparisons that the per-page detail views don't surface.

"The strongest decisions come from triangulating multiple data sources against your specific situation, not from chasing the latest headline number."

Frequently asked questions

Where does this data come from?

All figures on this page derive from official federal data, primarily the U.S. Bureau of Labor Statistics, U.S. Census Bureau, U.S. Department of Health and Human Services, and U.S. Department of Labor. We cite the underlying agency and series in the methodology section. No proprietary aggregators are used.

How often are figures updated?

Each series follows its own publication cadence. We rebuild after validated source extracts change. Specific update timestamps appear in the page footer where available; the methodology page documents the cadence per data series.

Can I use this data for my own analysis?

Yes. The underlying federal data is public domain. Our presentation, calculations, and editorial commentary are licensed for individual reference. For commercial republication or large-scale data extraction, contact us at the email listed on the contact page.

What if the figures here disagree with another source?

Different sources use different methodologies, definitions, geographic boundaries, and reference periods, disagreement is normal and informative. Our methodology page documents exactly which series and reference period we use for each metric, so you can reproduce or audit the figures against the upstream agency directly.

What to do with this

Only 33 of 387 metros clear both a safety hard filter AND a schools hard filter - stack your own two highest-weight factors the same way before scoring a shortlist.

  • Pocatello, ID tops the 33 metros clearing both filters - open its page to see the rest of its 8-factor breakdown before assuming it fits every priority. See Pocatello, ID's breakdown
  • Apply Step 2's hard filters to your own two or three highest-weight factors, then move to Step 3's weighted scoring on what survives. Browse rankings
  • Clearing two filters at the field average still leaves the other six factors - purchasing power, jobs, climate - to check on the metro page.

Safety and school-quality scores are recomputed from life_scores (vintage 2026-08-29); the sweet-spot threshold is >=66.7 (top third) on both axes.

Every figure on PlainCompare is loaded directly from BEA, HUD, FBI UCR, BLS OEWS, NCES, DOL, EPA, and the Census Bureau, no number is typed in by an editor. This guide's figures are drawn directly from the same federal sources used across PlainCompare. See our editorial standards & corrections policy, the methodology behind these numbers, or report a data error. Data current as of 2026.