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Travis County – Unemployment History 2024

Unemployment Word Cloud

Unemployment statistics are among the most critical indicators used to assess the health and stability of a local economy. These statistics provide valuable insights into labor market conditions, economic growth, and social well-being, helping policymakers, businesses, and researchers make informed decisions. Understanding unemployment trends allows stakeholders to identify economic strengths, weaknesses, and necessary interventions to foster sustainable development.

  1. Measuring Economic Health Unemployment rates serve as a barometer for the overall economic performance of a local economy. A low unemployment rate typically indicates a robust economy where businesses are expanding, consumer spending is strong, and job opportunities are plentiful. Conversely, high unemployment suggests economic distress, such as business closures, reduced consumer demand, or industrial decline. By tracking these trends, economists and local governments can gauge whether the economy is growing, stagnating, or contracting.

  2. Informing Policy Decisions Governments and policymakers rely on unemployment data to design and implement effective economic strategies. For instance, if a local economy experiences rising unemployment, policymakers might introduce job training programs, tax incentives for businesses, or infrastructure projects to stimulate employment. Conversely, if unemployment is too low, it may signal labor shortages, prompting policies that encourage workforce participation, such as childcare support or immigration adjustments. Without accurate unemployment statistics, policymakers would struggle to address labor market challenges effectively.

  3. Assessing Labor Market Dynamics Unemployment statistics reveal more than just joblessness-they highlight structural issues within the labor market. For example:
    • Frictional Unemployment (short-term joblessness due to workers transitioning between jobs) indicates a dynamic economy with fluid job mobility.
    • Structural Unemployment (mismatches between workers' skills and job openings) suggests a need for education and retraining programs.
    • Cyclical Unemployment (job losses due to economic downturns) calls for stimulus measures to revive demand.


    By analyzing these categories, local leaders can tailor workforce development initiatives to address specific labor market inefficiencies.

  4. Impact on Consumer Spending and Business Confidence Employment levels directly influence consumer spending, which drives local economic activity. High unemployment reduces disposable income, leading to lower retail sales, decreased tax revenues, and potential business cutbacks. Conversely, low unemployment boosts consumer confidence and spending, encouraging business expansion and investment. Businesses also monitor unemployment trends to assess labor availability and plan hiring strategies accordingly.

  5. Identifying Regional Disparities Unemployment statistics help identify disparities between different regions, industries, or demographic groups within a local economy. For example, certain areas may suffer from higher unemployment due to the decline of a dominant industry (e.g., manufacturing), while others thrive in growing sectors (e.g., technology). Similarly, youth or minority unemployment rates may be disproportionately high, signaling the need for targeted social and economic programs.

  6. Influencing Investment and Development Investors and developers use unemployment data to assess the viability of local markets. A high-unemployment region may deter investment due to reduced consumer demand, whereas areas with strong employment growth attract businesses and infrastructure projects. Municipalities can leverage favorable unemployment statistics to promote economic development and attract new industries.


Conclusion

Unemployment statistics are indispensable for understanding the local economy's dynamics, strengths, and challenges. They guide policy formulation, highlight labor market inefficiencies, influence business and consumer behavior, and help address socioeconomic disparities. By continuously monitoring and analyzing unemployment trends, local economies can implement proactive measures to ensure stability, growth, and equitable opportunities for all residents.

 
Quarter
Labor Pool
Employed
Unemployed
    Unemployment Rate %
     
1990 Q1 330,521314,40716,114  4.9  bar
Q2 334,538318,79015,748  4.7  bar
Q3 334,185316,40117,784  5.3  bar
Q4 341,115324,61416,501  4.8  bar
 
1991 Q1 336,917321,21715,700  4.7  bar
Q2 342,090327,54914,541  4.3  bar
Q3 343,857326,70917,148  5.0  bar
Q4 350,841333,67217,169  4.9  bar
 
1992 Q1 352,761335,42417,337  4.9  bar
Q2 359,500344,30615,194  4.2  bar
Q3 362,294345,04617,248  4.8  bar
Q4 370,700355,00215,698  4.2  bar
 
1993 Q1 367,043350,39716,646  4.5  bar
Q2 375,569361,70113,868  3.7  bar
Q3 380,972364,92516,047  4.2  bar
Q4 390,073375,28614,787  3.8  bar
 
1994 Q1 389,232373,59315,639  4.0  bar
Q2 396,615382,86313,752  3.5  bar
Q3 400,255385,03015,225  3.8  bar
Q4 411,439397,62013,819  3.4  bar
 
1995 Q1 406,674392,73213,942  3.4  bar
Q2 414,703402,38012,323  3.0  bar
Q3 417,198403,28913,909  3.3  bar
Q4 427,719414,00113,718  3.2  bar
 
1996 Q1 416,649402,24314,406  3.5  bar
Q2 425,293412,44112,852  3.0  bar
Q3 429,006413,86315,143  3.5  bar
Q4 436,775422,11314,662  3.4  bar
 
1997 Q1 428,258412,29015,968  3.7  bar
Q2 432,874420,20812,666  2.9  bar
Q3 436,788422,11514,673  3.4  bar
Q4 441,136427,68813,448  3.0  bar
 
1998 Q1 437,854423,72514,129  3.2  bar
Q2 446,564435,42311,141  2.5  bar
Q3 450,185436,01414,171  3.1  bar
Q4 459,010446,47812,532  2.7  bar
 
1999 Q1 454,187441,81912,368  2.7  bar
Q2 461,152451,09610,056  2.2  bar
Q3 465,812454,26111,551  2.5  bar
Q4 472,770461,59211,178  2.4  bar
 
2000 Q1 482,775466,16116,614  3.4  bar
Q2 488,423474,73213,691  2.8  bar
Q3 493,297477,49015,807  3.2  bar
Q4 500,003486,21513,788  2.8  bar
 
2001 Q1 492,800477,65615,144  3.1  bar
Q2 493,256475,91817,338  3.5  bar
Q3 495,560472,28123,279  4.7  bar
Q4 496,130470,51925,611  5.2  bar
 
2002 Q1 483,713454,10429,609  6.1  bar
Q2 489,632460,60129,031  5.9  bar
Q3 491,370460,67130,699  6.2  bar
Q4 493,537465,70327,834  5.6  bar
 
2003 Q1 483,852452,67331,179  6.4  bar
Q2 488,662459,83828,824  5.9  bar
Q3 494,097462,29131,806  6.4  bar
Q4 490,515462,78727,728  5.7  bar
 
2004 Q1 485,993457,64028,353  5.8  bar
Q2 490,374466,00724,367  5.0  bar
Q3 497,813471,18926,624  5.3  bar
Q4 500,950476,65324,297  4.9  bar
 
2005 Q1 498,448473,53724,911  5.0  bar
Q2 505,336483,65421,682  4.3  bar
Q3 511,122487,80623,316  4.6  bar
Q4 510,999488,87222,127  4.3  bar
 
2006 Q1 505,739482,73523,004  4.5  bar
Q2 513,552492,46421,088  4.1  bar
Q3 522,414499,02023,394  4.5  bar
Q4 526,876507,69819,178  3.6  bar
 
2007 Q1 525,961505,14920,812  4.0  bar
Q2 529,814512,60717,207  3.2  bar
Q3 535,760514,52121,239  4.0  bar
Q4 535,855517,32218,533  3.5  bar
 
2008 Q1 535,953514,65921,294  4.0  bar
Q2 538,620520,68817,932  3.3  bar
Q3 543,830519,12524,705  4.5  bar
Q4 547,046522,07424,972  4.6  bar
 
2009 Q1 542,151509,44032,711  6.0  bar
Q2 546,833517,18429,649  5.4  bar
Q3 559,601517,10742,494  7.6  bar
Q4 558,789518,74740,042  7.2  bar
 
2010 Q1 569,944527,90642,038  7.4  bar
Q2 577,792539,26238,530  6.7  bar
Q3 577,046536,35040,696  7.1  bar
Q4 581,106542,65038,456  6.6  bar
 
2011 Q1 581,658541,40540,253  6.9  bar
Q2 590,826553,96936,857  6.2  bar
Q3 593,225549,92243,303  7.3  bar
Q4 598,957560,53338,424  6.4  bar
 
2012 Q1 600,900564,52936,371  6.1  bar
Q2 604,859573,84431,015  5.1  bar
Q3 611,221574,84536,376  6.0  bar
Q4 617,985586,45431,531  5.1  bar
 
2013 Q1 617,132581,65635,476  5.7  bar
Q2 624,016593,67830,338  4.9  bar
Q3 629,494595,72033,774  5.4  bar
Q4 630,407599,03631,371  5.0  bar
 
2014 Q1 631,797602,81228,985  4.6  bar
Q2 638,989615,02523,964  3.8  bar
Q3 644,660615,65729,003  4.5  bar
Q4 647,510622,77924,731  3.8  bar
 
2015 Q1 644,078619,33824,740  3.8  bar
Q2 652,583633,06119,522  3.0  bar
Q3 656,733633,50023,233  3.5  bar
Q4 662,687641,50221,185  3.2  bar
 
2016 Q1 663,911642,67821,233  3.2  bar
Q2 674,440655,36419,076  2.8  bar
Q3 682,495658,71923,776  3.5  bar
Q4 685,971663,72922,242  3.2  bar
 
2017 Q1 685,571661,93523,636  3.4  bar
Q2 696,297676,28420,013  2.9  bar
Q3 701,326678,75622,570  3.2  bar
Q4 703,378684,54118,837  2.7  bar
 
2018 Q1 704,982683,70221,280  3.0  bar
Q2 716,959697,79519,164  2.7  bar
Q3 721,840699,80122,039  3.1  bar
Q4 726,001706,45219,549  2.7  bar
 
2019 Q1 726,106702,91123,195  3.2  bar
Q2 731,280714,70316,577  2.3  bar
Q3 739,743718,57221,171  2.9  bar
Q4 745,805727,41918,386  2.5  bar
 
2020 Q1 733,248713,53519,713  2.7  bar
Q2 688,506606,72381,783  11.9  bar
Q3 726,807666,62360,184  8.3  bar
Q4 741,823702,77339,050  5.3  bar
 
2021 Q1 733,428694,24339,185  5.3  bar
Q2 747,452714,66132,791  4.4  bar
Q3 765,099733,35731,742  4.1  bar
Q4 777,760750,82326,937  3.5  bar
 
2022 Q1 778,493752,03526,458  3.4  bar
Q2 789,646769,21020,436  2.6  bar
Q3 801,099776,80824,291  3.0  bar
Q4 810,441786,45823,983  3.0  bar
 
2023 Q1 806,340779,02727,313  3.4  bar
Q2 818,351793,41024,941  3.0  bar
Q3 825,821795,38230,439  3.7  bar
Q4 830,484801,60528,879  3.5  bar
 
2024 Q1 833,674804,04529,629  3.6  bar
Q2 844,971818,61726,354  3.1  bar
Q3 854,774822,69032,084  3.8  bar
Q4 858,061828,15529,906  3.5  bar
 


Sources: STI: Colossus