We develop a model of honey bee foraging behavior that can be used to simulate crop yields as functions of honey bee densities. These yield functions help us understand the economic behavior of growers who rely on bees for pollination. One important simulation result for the case of almonds is that the production function facing growers is close to one of fixed proportion in pollination input. Accordingly, the modeling of the foraging behavior of bees provides an explanation for the observed lack of variation in pollinator use and shows how the behavior of bees and growers are connected
Motivated by increasing threats to pollinator health and the resultant impacts on pollination fees, ...
We report new data and estimates of beekeeper costs and revenues, which include data on each activit...
These data were used in a simulation study to examine how honey bees distribute themselves across fo...
We develop a model of honey bee foraging behavior that can be used to simulate crop yields as functi...
Honey bees have garnered much attention in recent years. Concerns about long-term sustainability of ...
Managed honey bee colonies provide pollination services, which are an essential input in the product...
The economic theory of supply and demand can explain the recent drastic changes in the pollination p...
Although Apis mellifera is the dominant managed pollinator used to enhance crop production, the vari...
California\u27s almond industry, valued at $2.3 billion per year, depends on the pollinator services...
The economic problem of a commercial beekeeper is akin to that of a traveling salesman with the impo...
Commercial honey bee (Apis mellifera L.) colonies significantly contribute to agricultural productiv...
The pollination of almonds in February and March attracts more than two million honey bee hives to C...
Pollination by honeybees plays an important role in modern agriculture. Some crops are greatly depe...
abstract: Almonds are California’s second most profitable agricultural product bringing in over 21 b...
Wild pollinators are declining and the number of managed honey bee colonies is growing slower than a...
Motivated by increasing threats to pollinator health and the resultant impacts on pollination fees, ...
We report new data and estimates of beekeeper costs and revenues, which include data on each activit...
These data were used in a simulation study to examine how honey bees distribute themselves across fo...
We develop a model of honey bee foraging behavior that can be used to simulate crop yields as functi...
Honey bees have garnered much attention in recent years. Concerns about long-term sustainability of ...
Managed honey bee colonies provide pollination services, which are an essential input in the product...
The economic theory of supply and demand can explain the recent drastic changes in the pollination p...
Although Apis mellifera is the dominant managed pollinator used to enhance crop production, the vari...
California\u27s almond industry, valued at $2.3 billion per year, depends on the pollinator services...
The economic problem of a commercial beekeeper is akin to that of a traveling salesman with the impo...
Commercial honey bee (Apis mellifera L.) colonies significantly contribute to agricultural productiv...
The pollination of almonds in February and March attracts more than two million honey bee hives to C...
Pollination by honeybees plays an important role in modern agriculture. Some crops are greatly depe...
abstract: Almonds are California’s second most profitable agricultural product bringing in over 21 b...
Wild pollinators are declining and the number of managed honey bee colonies is growing slower than a...
Motivated by increasing threats to pollinator health and the resultant impacts on pollination fees, ...
We report new data and estimates of beekeeper costs and revenues, which include data on each activit...
These data were used in a simulation study to examine how honey bees distribute themselves across fo...