How Local Economic Conditions Affect School Finances, Teacher Quality, and Student Achievement: Evidence from the Texas Shale Boom.
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Citations
Who Needs a Fracking Education? The Educational Response to Low-Skill Biased Technological Change *
Does locational marginal pricing impact generation investment location decisions? An analysis of Texas’s wholesale electricity market
School District Revenue Shocks, Resource Allocations, and Student Achievement: Evidence from the Universe of U.S. Wind Energy Installations
Pricing Patterns in Wholesale Electricity Markets: Unilateral Market Power or Coordinated Behavior?
The Local Effects of the Texas Shale Boom on Schools, Students, and Teachers
References
Teachers, Schools, and Academic Achievement
Teachers, Schools, and Academic Achievement
Booming Sector and De-Industrialisation in a Small Open Economy
Handbook of the economics of education
Teacher training, teacher quality and student achievement
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Frequently Asked Questions (12)
Q2. Why did Texas school districts spend the money to mitigate the labor market pull on teachers?
Because of greater property tax revenues, Texas school districts had the money to mitigate the labor market pull on teachers, but they spent it elsewhere.
Q3. What is the effect of a shale boom on student achievement?
Despite shale districts benefiting from a revenue windfall caused by an expanded tax base, student achievement in shale districts declined.
Q4. What could be the effect of the decline in attendance on scores?
The decline in attendance could affect scores, with less attendance potentially stemming from some students missing school days to work part-time and take advantage of the higher wages.
Q5. What was the effect of the shale boom on student achievement?
Despite the shale boom increasing the private sector wage, attendance rates only slightly declined and completion rates were unaffected.
Q6. What is the effect of the changes in composition on student achievement?
Although some changes in composition occurred, namely a decline in the percentage of of economically-disadvantaged students, controlling for these changes results in a larger decline in achievement.
Q7. What other dimensions of geology do shale districts have?
other dimensions of geology also matter, including shale thickness, with thicker shale holding more oil and gas (Brown et al., 2016).
Q8. What is the plausible explanation for the decline in the percentage of economically-disadvantaged students?
In addition, the higher wages documented in the prior section are the most plausible explanation for the decline in the percentage of economically-disadvantaged students.
Q9. What is the first approach to determining the outcome of a shale boom?
The first approach uses a district fixed effects model to quantify how outcomes evolved year-by-year based on shale geology:Outcomedy = 2014∑ 2002 βy (Depthd · Y eary) +Districtd +
Q10. What were the trends in pass rates in the Permian and non-shale?
The Permian and non-shale districts (column b) also had similar trends in pass rates prior to the rise of oil prices in the mid-2000s.
Q11. What is the reason for the lower tax base in the gas formations?
The smaller increase in the tax base in the gas formations likely reflects the fewer number of wells drilled and the lower profitability of gas wells.
Q12. Why is the focus on the oil formations due to the small changes in the tax base and?
The focus on the oil formations is due to the small (or non-existent) changes in the tax base and wages observed in the natural gas formations.