In this study, we estimate increases in producer revenue from the genetic gains of the rice breeding program at the University of Arkansas (UofA) Division of Agriculture from 1983 – 2016. Rice producers are paid based on both the quantity of rice and the quality of rice. Therefore, we implement a cluster specific fixed-effects model based on location and year to identify the contributions of the UofA breeding program for both paddy yields (quantity) and head rice yields (quality attribute) over time. Including spillover benefits from all UofA varieties, we find that on average US rice producers gain 30.9 million USD annually from the adoption of UofA rice varieties
Crop yield distribution estimation has long been a major focus of agricultural policy, insurance, an...
Rice production is distinguished from most other field crops by distinct differences in yields acros...
The welfare benefits from potential rice yield-enhancing and water-saving research programs and thei...
This study estimates the proportion of rice yield increase in University of Arkansas Division of Agr...
As margins are reducing for agricultural producers there is a concerted effort to analyze all costs....
This study quantified the economic impact of the introduction of RiceTec® hybrid rice in the mid-sou...
This is a comprehensive study of the impacts of research and development in Philippine rice producti...
Rice breeders in Asia and elsewhere in the world have long overlooked trying to shorten the time it ...
<div><p>Rice breeders in Asia and elsewhere in the world have long overlooked trying to shorten the ...
The distribution of gains of plant breeding and plant genetic resource exchange has been the source ...
This data repository offers comprehensive resources, including datasets, Python scripts, and models ...
Arkansas is the top domestic rice producer, representing nearly half of total U.S. rice production. ...
Rice production differs from most other field crops by distinct differences in yields across cultiva...
The distribution of gains of plant breeding and plant genetic resource exchange has beenthe source o...
The benefits of developing and releasing salinity-tolerant and phosphorous-deficiency-tolerant rice ...
Crop yield distribution estimation has long been a major focus of agricultural policy, insurance, an...
Rice production is distinguished from most other field crops by distinct differences in yields acros...
The welfare benefits from potential rice yield-enhancing and water-saving research programs and thei...
This study estimates the proportion of rice yield increase in University of Arkansas Division of Agr...
As margins are reducing for agricultural producers there is a concerted effort to analyze all costs....
This study quantified the economic impact of the introduction of RiceTec® hybrid rice in the mid-sou...
This is a comprehensive study of the impacts of research and development in Philippine rice producti...
Rice breeders in Asia and elsewhere in the world have long overlooked trying to shorten the time it ...
<div><p>Rice breeders in Asia and elsewhere in the world have long overlooked trying to shorten the ...
The distribution of gains of plant breeding and plant genetic resource exchange has been the source ...
This data repository offers comprehensive resources, including datasets, Python scripts, and models ...
Arkansas is the top domestic rice producer, representing nearly half of total U.S. rice production. ...
Rice production differs from most other field crops by distinct differences in yields across cultiva...
The distribution of gains of plant breeding and plant genetic resource exchange has beenthe source o...
The benefits of developing and releasing salinity-tolerant and phosphorous-deficiency-tolerant rice ...
Crop yield distribution estimation has long been a major focus of agricultural policy, insurance, an...
Rice production is distinguished from most other field crops by distinct differences in yields acros...
The welfare benefits from potential rice yield-enhancing and water-saving research programs and thei...