We theoretically examine a farmer’s coverage demand with area and individual insurance plans as either separate or integrated options. The individual and area losses are assumed to be imperfectly and positively correlated. With actuarially fair rates, the farmer will fully insure with the...

We theoretically examine a farmer’s coverage demand with area and individual insurance plans as either separate or integrated options. The individual and area losses are assumed to be imperfectly and positively correlated. With actuarially fair rates, the farmer will fully insure with the...

We theoretically examine a farmer’s coverage demand with area and individual insurance plans as either separate or integrated options. The individual and area losses are assumed to be imperfectly and positively correlated. With actuarially fair rates, the farmer will fully insure with the...

We theoretically examine a farmer’s coverage demand with area and individual insurance plans as either separate or integrated options. The individual and area losses are assumed to be imperfectly and positively correlated. With actuarially fair rates, the farmer will fully insure with the...

Includes cover page, journal info, contents page, and editorial information

NAREA Outstanding Master's Thesis Award, NAREA Master's Thesis Award of Merit, NAREA Distinguished Member Awards, NAREA Award for Outstanding Public Service Through Economics, and NAREA's Journal Article of the Year for 2008

Includes: Front Cover, Editorial Information, Contents Page, Editorial Board, Association Officers, Executive Committee

Regarding the nature of yield data, there are two basic characteristics that needs to be accommodated while we are about to model a yield distribution. The first one is the nonstationary nature of the yield distribution, which causes the heteroscedasticity related problems. The second one is the...