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Incidence of Environmental Regulations Who pays for environmental regulations, and how much? Motivation Group Project: Arnold has proposed putting a $1 per gallon gasoline tax in California to pay for habitat conservation and other environmental amenities. Who ultimately pays this tax? Oil companies? The poor? Residents of the inner city? Visitors? Some general rules Only people gain and lose – not organizations. “Corporations” never pay. Corporations are just paper. Corporation is owned by its shareholders – people. Consumers may benefit from improved environment and pay higher price for goods (e.g. pesticide regulation). Impose a regulation, typically who pays: Consumers Owners of inputs to production: • Workers – owners of labor • Shareholders – owners of capital Effects ripple through economy. Example: New regulations on metal fabrication industry Industry costs go up Product price may go up Can industry raise prices, passing on costs? Can industry lower wages to keep competitive? Consumers will pay more Some consumers will do without Conclusion: Consumers and capital owners pay Citizens benefit from better environment Key terms Backward Incidence: inputs pay (wage earners, capital owners, etc) Forward Incidence: consumers pay Example: Regulation only covering California firms Example: Regulation covers all US firms and no foreign competition Incidence by class: income, ethnicity, geographic region, age, education, etc. Example: gasoline tax would fall heavily on the poor Firms vs. consumers First question is whether firms pay or consumers pay If firms pay, next question is which inputs pay? Labor Capital Case 1: Reg. affects few firms in larger competitive market Reg shifts costs up S1 S0 Demand Demand elastic For these few firms Cost to the individual firm: “Backward incidence” Case 2: Regulation covers entire industry $ S1 S0 Regulation inc. costs: Supply shifts up, Price rises, quantity declines: forward and backward incidence Demand Electricity Loss to consumers $ S1 S0 A p1 p0 Old CS: A+B New CS: A Change: B B Demand Electricity Loss to producers $ S1 S0 p1 p0 Demand Electricity $ Old Producer Surplus S1 S0 p1 p0 Demand Electricity New Producer Surplus $ Shift down by wedge, get net change in PS. S1 S0 p1 p0 Demand Electricity If producers pay, will owners of capital or labor end up paying? Do employees have alternative job opportunities? If yes, then producer can’t pass on costs to labor. Is capital mobile (fungible) or application specific? If mobile, then can’t pass on costs to capital. If either capital or labor has few alternatives, then that factor will probably eat the cost. Incidence isn’t always what it appears Suppose we tax house sales in Santa Barbara – who pays? $ S Tax p0 House prices fall p1 D0 D1 Houses If buyer pays tax… Burden is on seller $ p0 p1 They see lower price, buyer gets same CS S D0 D1 Houses If seller pays tax… Burden is on seller $ p0 p1 They see lower price, buyer gets same CS S D0 Houses SB News Press Headline “Goleta Developer Fees May Double” (Feb 11, 2003) Who pays for an increase in development fees? Who benefits from an increase in development fees? If supply not fixed: tax development Who benefits from a development tax? $ S1 S0 Current homeowners benefit from increased house price p1 p0 D Houses Example 1: The Isla Vista cliffs Isla Vista, CA: many houses on eroding sea cliffs; safety concern, eyesore, house stability concern College community, mostly student rentals. Consider a publicly-funded project to shore up the cliffs. Who would benefit from this action? A simple economic model The real question: Are residents (students) better off? $ S p1 p0 Residents: Safety (+) Price (-) Landowners: Price (+) D1 (safe) D0 (risky) Housing Conclusion: Landlords basic beneficiaries Environmental Racism/Justice: A Special Kind of Incidence Environmental Justice (EJ) is the fair treatment and meaningful involvement of all people regardless of race, color, natural origin, or income with respect to the development, implementation, and enforcement of environmental laws, regulations and policies. (EPA) EPA examples: Low-income citizens, and quite often minorities, are more likely to live near landfills, incinerators, and hazardous waste treatment facilities. Low-income and African American children consistently have higher than normal levels of lead in their blood and asthma conditions. 80 percent Hispanic, 65 percent African American, and 57 percent White people live in areas which fail to meet some U.S. EPA air quality standards. Should “income” be included in this definition? If incinerator is choosing between locating in Bel Air or South Central LA, which should it choose and why? Applies to acts of government (eg, regulations) and acts of firms (polluters) South Coast Santa Barbara, Hispanic Population What do we find troubling about this? What should be done differently? Issues with environmental racism Targeting regulations or plant siting based on race or ethnicity clearly wrong. Alesina et al (1999): shares of spending on public goods in U.S. cities are inversely related to the city's ethnic fragmentation Cutler and Glaeser (1997) African Americans in more segregated areas have significantly worse outcomes than African Americans in less segregated areas. Targeting regulations or plant siting based on income is more complex Low land prices often attract low income residents Low environmental quality often depresses land prices What to do with incidence (in evaluating a policy/project) Separately measure incidence and efficiency – two measures of the performance of a policy Adjust cost-benefit analysis using income weights Track costs and benefits to different income groups Weigh lower income groups higher than higher income groups Size of weights difficult to determine Conclusion Examining incidence can provide a different picture of consequences of environmental regulations. Often not what you’d think. Only requires simple analysis. Often regulations can benefit those already in the game (e.g. IV landlords).