Subject
- Botany 33
- Agriculture 32
- Plant Pathology 32
- Soil Science 12
Creator
- Wad D. Crochet 12
- J.R. Wilcox 9
- Gary Nowling 7
- Sara Peel 7
- T. Scott Abney 7
- Guohong Cai 6
- Ronald F. Turco, 0000-0002-1794-1486 5
- Megan Heller Haas 4
- Jeffrey J. Volenec, 0000-0002-5455-6157 3
- Megan Haas 3
Type
Date
subject: Agronomy subject: Crop Science
Total is 47 Results
Biological, chemical and flow characteristics of five river sampling sites in the Wabash River watershed near Lafayette, Indiana – 2009.
10.4231/R7CC0XM3
Megan Heller Haas
,
Ronald F. Turco
,
Sara Peel
03/10/2014
Water quality data collected from the Lafayette area watershed in 2009. There are five samples sites located on Little Pine Creek, Elliot Ditch, Little Wea Creek and two sites on the Wabash River.
Agronomy Algae Ammonia Crop Science Discharge Dissolved Oxygen Elliot Ditch Enterococci Escherichia coli Flow Forestry and Natural Resources Indiana Lafayette Little Pine Creek Little Wea Creek Orthophosphate pH Soil Science Specific Conductivity Temperature Total Coliforms Turbidity Wabash River Water Quality Watershed
Maize grain yield record for the WQFS (1995-2012)
10.4231/R7RN35SJ
Jeffrey J. Volenec
,
Nicole S. De Armond
,
Ronald F. Turco
,
Sylvie M. Brouder
03/03/2014
The data included here are for the WQFS maize grain yields only; see companion publications for other data including yields of rotation crops, maize stover biomass, nitrate loss in drainage water and other environmental impact data.
Agronomy Continuous Corn Corn Soybean Rotation Crop Science Grain Yield Nitrogen Fertilizer Soil Science Swine Manure Water Quality Field Station
Biological, chemical and flow characteristics of five river sampling sites in the Wabash River watershed near Lafayette, Indiana – 2010.
10.4231/R77P8W9J
Megan Heller Haas
,
Ronald F. Turco
,
Sara Peel
03/13/2014
Water quality data collected from the Lafayette area watershed in 2010. There are five samples sites located on Little Pine Creek, Elliot Ditch, Little Wea Creek and two sites on the Wabash River.
Agronomy Algae Ammonia Crop Science Discharge Dissolved Oxygen Elliot Ditch Enterococci Escherichia coli Flow Forestry and Natural Resources Indiana Lafayette Little Pine Creek Little Wea Creek Orthophosphate pH Soil Science Specific Conductivity Temperature Total Coliforms Turbidity Wabash River Water Quality Watershed
Biological, chemical and flow characteristics of five river sampling sites in the Wabash River watershed near Lafayette, Indiana – 2011.
10.4231/R73X84K6
Megan Heller Haas
,
Ronald F. Turco
,
Sara Peel
03/13/2014
Water quality data collected from the Lafayette area watershed in 2011. There are five samples sites located on Little Pine Creek, Elliot Ditch, Little Wea Creek and two sites on the Wabash River.
Agronomy Algae Ammonia Crop Science Discharge Dissolved Oxygen Elliot Ditch Enterococci Escherichia coli Flow Forestry and Natural Resources Indiana Lafayette Little Pine Creek Little Wea Creek Orthophosphate pH Soil Science Specific Conductivity Temperature Total Coliforms Turbidity Wabash River Water Quality Watershed
Biological, chemical and flow characteristics of five river sampling sites in the Wabash River watershed near Lafayette, Indiana – 2012.
10.4231/R7GT5K3J
Megan Heller Haas
,
Ronald F. Turco
,
Sara Peel
07/03/2014
Water quality data collected from the Lafayette area watershed in 2012. There are three samples sites located on Little Pine Creek, Elliot Ditch, Little Wea Creek and two sites on the Wabash River.
Agronomy Algae Ammonia Crop Science Discharge Dissolved Oxygen Elliot Ditch Enterococci Escherichia coli Flow Forestry and Natural Resources Indiana Lafayette Little Pine Creek Little Wea Creek Orthophosphate pH Soil Science Specific Conductivity Temperature Total Coliforms Turbidity Wabash River Water Quality Watershed
Data For Relationships of Nitrous Oxide Emissions to Fertilizer Nitrogen Recovery Efficiencies in Rain-fed Corn Systems: Research Foundation Building
10.4231/NSKN-0502
07/23/2019
Tillage affected relationships between N2O and NRE; stronger negative linear relationships under no-till and strip-till compared to moldboard. Ecological intensification increased grain yield without significant increase of N2O emission.
4R 4R N management Agronomy Climate Change Corn Crop Science Ecological Intensification Emission Factor Farmer's Practice Grain Nitrogen Uptake IPNI Purdue N Timing Nitrogen Recovery Efficiency Nitrogen Use Efficiency Nitrous Oxide Split N application Tillage Total Nitrogen Uptake Yield-Scaled N2O
Uniform Soybean Tests Northern Region 2018
10.4231/6MHS-FZ56
05/01/2019
This dataset contains tables prepared for the 2018 Uniform Soybean Tests Northern Region Report.
Uniform Soybean Tests Northern Region 2016
10.4231/R7X0659D
Brandon Schemerhorn , Gary Nowling , Guohong Cai , Steve Scofield
11/30/2018
This dataset contains tables prepared for the 2016 Uniform Soybean Tests Northern Region Report.
Agriculture Agronomy Botany Crop Science Plant Pathology Soybeans USDA-ARS
Uniform Soybean Tests Northern Region 2017
10.4231/R7GQ6W1Q
12/03/2018
This dataset contains tables prepared for the 2017 Uniform Soybean Tests Northern Region Report.
Agriculture Agronomy Botany Crop Science Plant Pathology Soybeans USDA-ARS
Uniform Soybean Tests Northern Region 1989
10.4231/R72805NM
10/03/2018
This dataset contains tables prepared for the 1989 Uniform Soybean Tests Northern Region Report.
Agriculture Agronomy Botany Crop Science Plant Pathology Soybeans USDA-ARS
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Results 11 - 20 of 47