Adoption of nitrogen efficient eco-innovations by U.S. corn farmers

<p> Anthropogenically introduced nitrogen has compromised environmental quality, but is an essential element for crop production, particularly corn production. Increasing nitrogen use efficiency by adopting eco-innovations such as nitrogen soil testing, plant tissue testing and nitrogen transf...

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Main Author: Weber, Catharine Elizabeth
Language:EN
Published: University of Missouri - Columbia 2016
Subjects:
Online Access:http://pqdtopen.proquest.com/#viewpdf?dispub=10180883
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spelling ndltd-PROQUEST-oai-pqdtoai.proquest.com-101808832016-11-20T04:06:38Z Adoption of nitrogen efficient eco-innovations by U.S. corn farmers Weber, Catharine Elizabeth Environmental economics|Agriculture <p> Anthropogenically introduced nitrogen has compromised environmental quality, but is an essential element for crop production, particularly corn production. Increasing nitrogen use efficiency by adopting eco-innovations such as nitrogen soil testing, plant tissue testing and nitrogen transformation inhibitors can ameliorate this problem. Data from the 2010 USDA Agricultural Resource Management Survey of corn producers was used to examine the factors affecting adoption of these practices. Twenty-one percent of the 1840 corn farmers had adopted nitrogen soil testing, three percent had adopted plant tissue testing and ten percent had adopted nitrogen inhibitors. A multivariate probit regression found significant results for each category of explanatory variable that was examined. Older farmers were less likely to adopt nitrogen soil testing and nitrogen inhibitors. Farmers who did not obtain external nitrogen recommendations were less likely to adopt all three practices than farmers who received recommendations from a crop consultant. Those who received recommendations from fertilizer dealers were less likely to adopt nitrogen soil testing. Those who indicated that high prices influenced their decision to plant corn on that field were more likely to adopt plant tissue testing but less likely to adopt the other two practices. All regions were more likely to adopt nitrogen soil testing than the Midwest. Those who adopted conservation tillage were more likely to adopt nitrogen inhibitors and those who received conservation payments were more likely to adopt nitrogen soil testing and plant tissue testing. Adoption was also associated with the adoption of several other technologies.</p> University of Missouri - Columbia 2016-11-18 00:00:00.0 thesis http://pqdtopen.proquest.com/#viewpdf?dispub=10180883 EN
collection NDLTD
language EN
sources NDLTD
topic Environmental economics|Agriculture
spellingShingle Environmental economics|Agriculture
Weber, Catharine Elizabeth
Adoption of nitrogen efficient eco-innovations by U.S. corn farmers
description <p> Anthropogenically introduced nitrogen has compromised environmental quality, but is an essential element for crop production, particularly corn production. Increasing nitrogen use efficiency by adopting eco-innovations such as nitrogen soil testing, plant tissue testing and nitrogen transformation inhibitors can ameliorate this problem. Data from the 2010 USDA Agricultural Resource Management Survey of corn producers was used to examine the factors affecting adoption of these practices. Twenty-one percent of the 1840 corn farmers had adopted nitrogen soil testing, three percent had adopted plant tissue testing and ten percent had adopted nitrogen inhibitors. A multivariate probit regression found significant results for each category of explanatory variable that was examined. Older farmers were less likely to adopt nitrogen soil testing and nitrogen inhibitors. Farmers who did not obtain external nitrogen recommendations were less likely to adopt all three practices than farmers who received recommendations from a crop consultant. Those who received recommendations from fertilizer dealers were less likely to adopt nitrogen soil testing. Those who indicated that high prices influenced their decision to plant corn on that field were more likely to adopt plant tissue testing but less likely to adopt the other two practices. All regions were more likely to adopt nitrogen soil testing than the Midwest. Those who adopted conservation tillage were more likely to adopt nitrogen inhibitors and those who received conservation payments were more likely to adopt nitrogen soil testing and plant tissue testing. Adoption was also associated with the adoption of several other technologies.</p>
author Weber, Catharine Elizabeth
author_facet Weber, Catharine Elizabeth
author_sort Weber, Catharine Elizabeth
title Adoption of nitrogen efficient eco-innovations by U.S. corn farmers
title_short Adoption of nitrogen efficient eco-innovations by U.S. corn farmers
title_full Adoption of nitrogen efficient eco-innovations by U.S. corn farmers
title_fullStr Adoption of nitrogen efficient eco-innovations by U.S. corn farmers
title_full_unstemmed Adoption of nitrogen efficient eco-innovations by U.S. corn farmers
title_sort adoption of nitrogen efficient eco-innovations by u.s. corn farmers
publisher University of Missouri - Columbia
publishDate 2016
url http://pqdtopen.proquest.com/#viewpdf?dispub=10180883
work_keys_str_mv AT webercatharineelizabeth adoptionofnitrogenefficientecoinnovationsbyuscornfarmers
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