Taxing sugar-sweetened beverages (SSBs) has been proposed as a means to improve U.S. dietand health and generate revenue to address obesity-related issues. A related concern is thatchildren’s intake of SSBs, a third that of milk consumption in the late 1970s, now equals milkconsumption....

Throughout its history the North Pacific halibut fishery has experienced dramatic changes in season length—most recently a greater than tenfold decrease during the last fifteen years. This analysis estimates the effect on exvessel halibut demand of season length by incorporating it with...

Taxing sugar-sweetened beverages has been proposed as a means to reduce calorie intake, improve diet and health, and generate revenue that governments can use to address the obesity-caused health and economic burden. Two beverage demand systems were estimated using beverage purchase data for...

A censored demand system estimator is proposed by extending the sample selection model of Heckman. Censoring is governed by a selection mechanism which avoids the restricitve Tobit parameterization. Results of application to household consumption of beverages suggest the estimator produces...

We examine consumer demand for organic and conventional fruits by estimating a censored demand system, using Nielsen's Homescan data. Sociodemographic characteristics and income are found to be significant factors of organic fruit consumption. Consumers are responsive to own-price changes in...

High U.S. obesity rates have prompted calls for a tax on caloric sweetened beverages. Faced with such a tax, consumers are likely to substitute nontaxed beverages, such as bottled water, juice, and milk. A tax that increases the price of caloric sweetened beverages by 20 percent could cause an...

Taxing sugar-sweetened beverages (SSBs) has been proposed as a means to improve U.S. diet and health and generate revenue to address obesity-related issues. A related concern is that children’s intake of SSBs, a third that of milk consumption in the late 1970s, now equals milk consumption....