Datasets

Subject
Creator
Type
Date

subject: Forestry and Natural Resources subject: Temperature

Total is 12 Results
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 ORCID logo , 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 ORCID logo , 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 ORCID logo , 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

Growth Chamber Temperature Acclimation Dataset

10.4231/R77H1GKS

Nicholas Smith ORCID logo

04/27/2017

Temperature response data for photosynthetic and respiratory processes of 22 species acclimated to temperatures ranging from 15-35°C. Data contains raw values and temperature response parameters for each individual along with plant type descriptors.

Acclimation Forestry and Natural Resources jmax photosynthesis Rd respiration Temperature Vcmax warming

Biological, chemical and flow characteristics of five river sampling sites in the Wabash River watershed near Lafayette, Indiana – 2013.

10.4231/R71834GS

Megan Haas , Ronald F. Turco Jr. ORCID logo , Sara Peel

12/09/2016

Water quality data collected from the Lafayette area watershed in 2013. 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 – 2014.

10.4231/R7WH2N0H

Megan Haas , Ronald F. Turco ORCID logo , Sara Peel

12/09/2016

Water quality data collected from the Lafayette area watershed in 2014. 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 – 2015.

10.4231/R7RR1W7B

Megan Haas , Ronald Turco ORCID logo , Sara Peel

12/09/2016

Water quality data collected from the Lafayette area watershed in 2015. 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

Biophysical consequences of temperature acclimation for climate data

10.4231/R7V69GK9

Nicholas G Smith ORCID logo

02/08/2017

Data from coupled CAM-CLM analyses examining the biophysical consequences of photosynthetic temperature acclimation for climate

CESM Climate CLM Forestry and Natural Resources latent heat flux photosynthesis Precipitation sensible heat flux Temperature

LIS-Noah daily hydroclimatic dataset for ten U.S. Midwest sites 1980-2012

10.4231/806P-DA90

Elin M Jacobs ORCID logo

02/15/2019

Simulated dataset with air temperature, precipitation, ET, soil water content (4 layers) and soil temperature (4 layers) at a daily time scale (1980-2012) for ten 4 by 4 km grids across the U.S. Midwest.

Climate Evapotranspiration Forestry and Natural Resources Hydroclimate Land Surface Model LDAS Midwest Precipitation Soil Water Content Temperature

2020 Purdue FNR Ecological Sensors Class Air Quality Data

10.4231/VF0B-B644

Amanda N. Heltzel , Aziz Ebrahimi , Benjamin Rivera , Brandon M. Sosa , Calen Cunningham , David Savage , Grace Walker , Jacob Daniel Hosen ORCID logo , Joseph Hale , Kimberly Gulbranson , Molly Barrett , Seth Williams , Sylvia Park , Taylor Hayes

11/25/2020

Air quality sensor data collected by Purdue Forestry & Natural Resources students using Arduino-compatible microcontrollers and sensors to detect volatile organic compounds and 2.5 µm particulates.

air pressure Forestry and Natural Resources indoor air quality outdoor air quality particulate air quality Teaching and learning Temperature VOCs

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