Much has been written about the modern obesity epidemic, and historical BMIs are low compared to their modern counterparts. However, interpreting BMI variation is difficult because BMIs increase when weight increases or when stature decreases, and the two have different implications for human...

Using data from late 19th and early 20th century US prisons, this study considers how black and mulatto basal metabolic rates and calories varied with economic development. During the 19th century, black physical activity and net nutrition declined during the late 19th and early 20th centuries...

Using data from late 19th and early 20th century US prisons, this study estimates the basal metabolic rates and calories for Americans of European descent. Throughout the 19th century, white basal metabolic rates (BMRs) and calories declined across their respective distributions, and much of the...

When traditional methods for measuring economic welfare are scarce or unreliable, heights and BMIs are now well accepted measurements that represent biological conditions during economic development. Weight, after controlling for height, is an alternative measure to BMI for current net...

The body mass index (BMI) is the primary means of classifying obesity and reflects a complex set of interactions related to the institution of marriage and household characteristics. There is an inverse relationship between BMI and height, and height reflects the cumulative price of net...

When other economic measurements are scarce or unreliable, height and the body mass index (BMI) are now well accepted measures for cumulative and current net nutrition. However, as the ratio of weight to height, BMI is the ratio of current to cumulative net nutrition, therefore, does not fully...

Heights and body mass index values (BMIs) are now well accepted measures that reflect net nutrition during economic development and institutional change. This study uses 19th century weights instead of BMIs to measure factors associated with current net nutrition. Across the weight distribution...