Data Package Metadata   View Summary

Canopy Trimming Experiment (CTE) Hourly Air Temperature data

General Information
Data Package:
Local Identifier:knb-lter-luq.197.87
Title:Canopy Trimming Experiment (CTE) Hourly Air Temperature data
Alternate Identifier:DOI PLACE HOLDER
Abstract:

Hourly air temperature measured by sensors in 3 points within each of the 12 CTE Plots from 2003 to 2009.

Publication Date:2018-03-31
Language:English

Time Period
Begin:
2003-01-01
End:
2009-12-31

People and Organizations
Contact:Ramirez, Alonso (University of Puerto Rico, Rio Piedras Campus) [  email ]
Creator:Ramirez, Alonso (University of Puerto Rico, Rio Piedras Campus)
Associate:Matta, Samuel 
Associate:Bithorn, John (University of Puerto Rico, Rio Piedras Campus, field crew)

Data Entities
Data Table Name:
CTE Hourly Air Temperature 2003 - 2004
Description:
Air Temperature measured every hour in 3 places within a Canopy Trimming Experiment Plot 2003 - 2004
Data Table Name:
CTE Hourly Air Temperature 2005 - 2007
Description:
Air Temperature measured every hour in 3 places within a Canopy Trimming Experiment Plot 2005 - 2007
Data Table Name:
CTE Hourly Air Temperature 2008 - 2009
Description:
Air Temperature measured every hour in 3 places within a Canopy Trimming Experiment Plot from 2008 - 2009
Detailed Metadata

Data Entities


Data Table

Data:https://pasta-s.lternet.edu/package/data/eml/knb-lter-luq/197/87/cd75a86f438096c45567c49fd31ea571
Name:CTE Hourly Air Temperature 2003 - 2004
Description:Air Temperature measured every hour in 3 places within a Canopy Trimming Experiment Plot 2003 - 2004
Number of Records:631584
Number of Columns:5

Time Period
Begin:
2003-01-01
End:
2004-12-31
Methods and protocols used in the collection of this data package
Description:

A wide Excel spreadsheet was converted into a long-formatted one with the following R functions:
library(reshape2)mydata = read.csv("CTEAirTempSensor2003-04.csv")mydataTransposed <- melt(mydata, id.vars = c("Year", "Day", "Time"), variable.name = "PointofMeasurement", value.name = "AirTemperature(in C)") write.csv(mydataTransposed, file = "CTEAirTempsensor2005-07Transposed.csv")


Table Structure
Object Name:CTEAirTempSensor2003-04Transposed.csv
Size:15793772
Text Format:
Number of Header Lines:1
Record Delimiter:\r\n
Orientation:column
Simple Delimited:
Field Delimiter:,

Table Column Descriptions
 YearDayTimePointofmeasurementAirTemperature(inC)
Column Name:Year of Measurement  
Julian day of measurement  
Time of measurement in integer  
Point of measurement  
Air Temperature (in celsius)  
Definition:The year in YYYY format when the measurement was recordedDay of measurement expressed in integers from 1 to 366.A 3 to 4 digits integer representing the time of measurement expressed in hhmm using the 24 hours formatLabel of location where the air temperature was recorded within a plotAir temperature read at the point of measurement within a plot
Storage Type:date  
string  
date  
string  
 
Measurement Type:dateTimenominaldateTimenominalratio
Measurement Values Domain:
FormatYYYY
Precision
DefinitionDay of measurement expressed in integers from 1 to 366.
Formathhmm
Precision
Allowed Values and Definitions
Enumerated Domain 
Code Definition
CodeA1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A1
Source
Code Definition
CodeA1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A1
Source
Code Definition
CodeA1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A1
Source
Code Definition
CodeA2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A2
Source
Code Definition
CodeA2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A2
Source
Code Definition
CodeA2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A2
Source
Code Definition
CodeA3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A3
Source
Code Definition
CodeA3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A3
Source
Code Definition
CodeA3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A3
Source
Code Definition
CodeA4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A4
Source
Code Definition
CodeA4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A4
Source
Code Definition
CodeA4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A4
Source
Code Definition
CodeB1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B1
Source
Code Definition
CodeB1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B1
Source
Code Definition
CodeB1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B1
Source
Code Definition
CodeB2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B2
Source
Code Definition
CodeB2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B2
Source
Code Definition
CodeB2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B2
Source
Code Definition
CodeB3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B3
Source
Code Definition
CodeB3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B3
Source
Code Definition
CodeB3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B3
Source
Code Definition
CodeB4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B4
Source
Code Definition
CodeB4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B4
Source
Code Definition
CodeB4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B4
Source
Code Definition
CodeC1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C1
Source
Code Definition
CodeC1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C1
Source
Code Definition
CodeC1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C1
Source
Code Definition
CodeC2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C2
Source
Code Definition
CodeC2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C2
Source
Code Definition
CodeC2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C2
Source
Code Definition
CodeC3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C3
Source
Code Definition
CodeC3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C3
Source
Code Definition
CodeC3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C3
Source
Code Definition
CodeC4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C4
Source
Code Definition
CodeC4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C4
Source
Code Definition
CodeC4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C4
Source
Unitcelsius
Precision0.01
Typereal
Missing Value Code:          
Accuracy Report:          
Accuracy Assessment:          
Coverage:          
Methods:          

Data Table

Data:https://pasta-s.lternet.edu/package/data/eml/knb-lter-luq/197/87/22e925aed4468ffc33be10bbe3ba47c2
Name:CTE Hourly Air Temperature 2005 - 2007
Description:Air Temperature measured every hour in 3 places within a Canopy Trimming Experiment Plot 2005 - 2007
Number of Records:26280
Number of Columns:5

Time Period
Begin:
2005-01-01
End:
2007-12-31
Methods and protocols used in the collection of this data package
Description:

A wide Excel spreadsheet was converted into a long-formatted one with the following R functions:
library(reshape2)mydata = read.csv("CTEAirTempSensor2005-07.csv")mydataTransposed <- melt(mydata, id.vars = c("Year", "Day", "Time"), variable.name = "PointofMeasurement", value.name = "AirTemperature(in C)") write.csv(mydataTransposed, file = "CTEAirTempsensor2005-07Transposed.csv")


Table Structure
Object Name:CTEAirTempsensor2005-07Transposed.csv
Size:631295
Text Format:
Number of Header Lines:1
Number of Foot Lines:0
Record Delimiter:\r\n
Orientation:column
Simple Delimited:
Field Delimiter:,

Table Column Descriptions
 YearDayTimePointofmeasurementAirTemperature(inC)
Column Name:Year of Measurement  
Julian day of measurement  
Time of measurement in integer  
Point of measurement  
Air Temperature (in celsius)  
Definition:The year in YYYY format when the measurement was recordedDay of measurement expressed in integers from 1 to 366.A 3 to 4 digits integer representing the time of measurement expressed in hhmm using the 24 hours formatLabel of location where the air temperature was recorded within a plotAir temperature read at the point of measurement within a plot
Storage Type:date  
string  
date  
string  
 
Measurement Type:dateTimenominaldateTimenominalratio
Measurement Values Domain:
FormatYYYY
Precision
DefinitionDay of measurement expressed in integers from 1 to 366.
Formathhmm
Precision
Allowed Values and Definitions
Enumerated Domain 
Code Definition
CodeA1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A1
Source
Code Definition
CodeA1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A1
Source
Code Definition
CodeA1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A1
Source
Code Definition
CodeA2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A2
Source
Code Definition
CodeA2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A2
Source
Code Definition
CodeA2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A2
Source
Code Definition
CodeA3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A3
Source
Code Definition
CodeA3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A3
Source
Code Definition
CodeA3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A3
Source
Code Definition
CodeA4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A4
Source
Code Definition
CodeA4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A4
Source
Code Definition
CodeA4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A4
Source
Code Definition
CodeB1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B1
Source
Code Definition
CodeB1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B1
Source
Code Definition
CodeB1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B1
Source
Code Definition
CodeB2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B2
Source
Code Definition
CodeB2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B2
Source
Code Definition
CodeB2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B2
Source
Code Definition
CodeB3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B3
Source
Code Definition
CodeB3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B3
Source
Code Definition
CodeB3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B3
Source
Code Definition
CodeB4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B4
Source
Code Definition
CodeB4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B4
Source
Code Definition
CodeB4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B4
Source
Code Definition
CodeC1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C1
Source
Code Definition
CodeC1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C1
Source
Code Definition
CodeC1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C1
Source
Code Definition
CodeC2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C2
Source
Code Definition
CodeC2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C2
Source
Code Definition
CodeC2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C2
Source
Code Definition
CodeC3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C3
Source
Code Definition
CodeC3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C3
Source
Code Definition
CodeC3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C3
Source
Code Definition
CodeC4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C4
Source
Code Definition
CodeC4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C4
Source
Code Definition
CodeC4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C4
Source
Unitcelsius
Precision0.01
Typereal
Missing Value Code:          
Accuracy Report:          
Accuracy Assessment:          
Coverage:          
Methods:          

Data Table

Data:https://pasta-s.lternet.edu/package/data/eml/knb-lter-luq/197/87/1bfb283aae14ed29f795371c44e9dab5
Name:CTE Hourly Air Temperature 2008 - 2009
Description:Air Temperature measured every hour in 3 places within a Canopy Trimming Experiment Plot from 2008 - 2009
Number of Records:610380
Number of Columns:5

Time Period
Begin:
2008-01-01
End:
2009-12-31
Methods and protocols used in the collection of this data package
Description:

A wide Excel spreadsheet was converted into a long-formatted one with the following R functions:
library(reshape2)mydata = read.csv("CTEAirTempSensor2008-09.csv")mydataTransposed <- melt(mydata, id.vars = c("Year", "Day", "Time"), variable.name = "PointofMeasurement", value.name = "AirTemperature(in C)") write.csv(mydataTransposed, file = "CTEAirTempsensor2005-07Transposed.csv")


Table Structure
Object Name:CTEAirTempsensor2008-09Transposed.csv
Size:15579423
Text Format:
Number of Header Lines:1
Number of Foot Lines:0
Record Delimiter:\r\n
Orientation:column
Simple Delimited:
Field Delimiter:,

Table Column Descriptions
 YearDayTimePointofmeasurementAirTemperature(inC)
Column Name:Year of Measurement  
Julian day of measurement  
Time of measurement in integerTIME  
Point of measurement  
Air Temperature (in celsius)  
Definition:The year in YYYY format when the measurement was recordedDay of measurement expressed in integers from 1 to 366.A 3 to 4 digits integer representing the time of measurement expressed in hhmm using the 24 hours formatLabel of location where the air temperature was recorded within a plotAir temperature read at the point of measurement within a plot
Storage Type:date  
string  
date  
string  
 
Measurement Type:dateTimenominaldateTimenominalratio
Measurement Values Domain:
FormatYYYY
Precision
DefinitionDay of measurement expressed in integers from 1 to 366.
Formathhmm
Precision
Allowed Values and Definitions
Enumerated Domain 
Code Definition
CodeA1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A1
Source
Code Definition
CodeA1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A1
Source
Code Definition
CodeA1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A1
Source
Code Definition
CodeA2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A2
Source
Code Definition
CodeA2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A2
Source
Code Definition
CodeA2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A2
Source
Code Definition
CodeA3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A3
Source
Code Definition
CodeA3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A3
Source
Code Definition
CodeA3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A3
Source
Code Definition
CodeA4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot A4
Source
Code Definition
CodeA4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot A4
Source
Code Definition
CodeA4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot A4
Source
Code Definition
CodeB1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B1
Source
Code Definition
CodeB1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B1
Source
Code Definition
CodeB1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B1
Source
Code Definition
CodeB2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B2
Source
Code Definition
CodeB2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B2
Source
Code Definition
CodeB2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B2
Source
Code Definition
CodeB3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B3
Source
Code Definition
CodeB3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B3
Source
Code Definition
CodeB3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B3
Source
Code Definition
CodeB4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot B4
Source
Code Definition
CodeB4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot B4
Source
Code Definition
CodeB4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot B4
Source
Code Definition
CodeC1TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C1
Source
Code Definition
CodeC1TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C1
Source
Code Definition
CodeC1TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C1
Source
Code Definition
CodeC2TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C2
Source
Code Definition
CodeC2TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C2
Source
Code Definition
CodeC2TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C2
Source
Code Definition
CodeC3TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C3
Source
Code Definition
CodeC3TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C3
Source
Code Definition
CodeC3TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C3
Source
Code Definition
CodeC4TA1
DefinitionAir temperature taken at Measuring point 1 in Plot C4
Source
Code Definition
CodeC4TA2
DefinitionAir temperature taken at Measuring point 2 in Plot C4
Source
Code Definition
CodeC4TA3
DefinitionAir temperature taken at Measuring point 3 in Plot C4
Source
Unitcelsius
Precision0.01
Typereal
Missing Value Code:          
Accuracy Report:          
Accuracy Assessment:          
Coverage:          
Methods:          

Data Package Usage Rights

Data Policies

LTER Network Data Access Policy, Data Access Requirements, and General Data Use Agreement
approved by the LTER Coordinating Committee April 6, 2005

Long Term Ecological Research Network Data Access Policy

The LTER data policy includes three specific sections designed to express shared network policies regarding the release of LTER data products, user registration for accessing data, and the licensing agreements specifying the conditions for data use.

LTER Network Data Release Policy

Data and information derived from publicly funded research in the U.S. LTER Network, totally or partially from LTER funds from NSF, Institutional Cost-Share, or Partner Agency or Institution where a formal memorandum of understanding with LTER has been established, are made available online with as few restrictions as possible, on a nondiscriminatory basis. LTER Network scientists should make every effort to release data in a timely fashion and with attention to accurate and complete metadata.

Data[current-user:created]

There are two data types:

Type I – data are to be released to the general public according to the terms of the general data use agreement (see Section 3 below) within 2 years from collection and no later than the publication of the main findings from the dataset and,

Type II - data are to be released to restricted audiences according to terms specified by the owners of the data. Type II data are considered to be exceptional and should be rare in occurrence. The justification for exceptions must be well documented and approved by the lead PI and Site Data Manager. Some examples of Type II data restrictions may include: locations of rare or endangered species, data that are covered under prior licensing or copyright (e.g., SPOT satellite data), or covered by the Human Subjects Act. Researchers that make use of Type II Data may be subject to additional restrictions to protect any applicable commercial or confidentiality interests.

While the spirit of this document is to promote maximum availability for ecological data in either Type I or II status, there are criteria by which priority for data release may be determined. Primary observations collected for core research activities directly supported by LTER research must receive the highest priority for data release. Data collected by other sources to which LTER supported research has added value is also a high priority Other types of data including non-LTER data that was acquired for LTER research, student thesis data, schoolyard LTER data, or legacy data that already suffer from inadequate documentation or format obsolescence may be ranked a lower priority by a site with justifications provided in their data management policy. Finally, some data may be determined of lowest priority for archiving on the grounds that they are interim data that led to final products that carry the scientific value. These might include data files created during stages within an analytic workflow, raw or replicate data values that were subsequently aggregated or processed for release, or individual outputs from stochastic models.

Metadata

Metadata documenting archived/online data sets of all types listed above will be made available when, or before, the dataset itself is released according to the terms above.
All metadata will be publicly available regardless of any restrictions on access to the data.
All metadata will follow LTER recommended standards and will minimally contain adequate information on proper citation, access, contact information, and discovery. Complete information including methods, structure, semantics, and quality control/assurance is expected for most datasets and is strongly encouraged.
LTER Network Data Access Requirements

The access to all LTER data is subject to requirements set forth by this policy document to enable data providers to track usage, evaluate its impact in the community, and confirm users' acceptance of the terms of acceptable use. These requirements are standardized across the LTER Network to provide contractual exchange of data between Site Data Providers, Network Data Providers, and Data Users that can be encoded into electronic form and exchanged between computers. This will allow direct access to data via a common portal once these requirements have been fulfilled. The following information may be required directly or by proxy prior to the transference of any data object:

Registration

1. Name

2. Affiliation

3. Email Address

4. Full Contact Information

Acceptance of the General Public Use Agreement or Restricted Data Use Agreement, as applicable.
A Statement of Intended Use that is compliant with the above agreements. Such statements may be made submitted explicitly or made implicitly via the data access portal interface.

General Data Use Agreement

LUQ  data and metadata is released under public domain:  CC BY – Attribution.

Conditions of Use

The consumer of these data (“Data User” herein) has an ethical obligation to cite it appropriately in any publication that results from its use. The Data User should realize that these data may be actively used by others for ongoing research and that coordination may be necessary to prevent duplicate publication. The Data User is urged to contact the authors of these data if any questions about methodology or results occur. Where appropriate, the Data User is encouraged to consider collaboration or coauthorship with the authors. The Data User should realize that misinterpretation of data may occur if used out of context of the original study. While substantial efforts are made to ensure the accuracy of data and associated documentation, complete accuracy of data sets cannot be guaranteed. All data are made available “as is.” The Data User should be aware, however, that data are updated periodically and it is the responsibility of the Data User to check for new versions of the data. The data authors and the repository where these data were obtained shall not be liable for damages resulting from any use or misinterpretation of the data. Thank you.
Disclaimer

While substantial efforts are made to ensure the accuracy of data and documentation contained in this Data Set, complete accuracy of data and metadata cannot be guaranteed. All data and metadata are made available "as is". The Data User holds all parties involved in the production or distribution of the Data Set harmless for damages resulting from its use or interpretation.[current-user:name]

Keywords

By Thesaurus:
Core Areasdisturbance
LTER Controlled Vocabularydisturbances, disturbance properties, air temperature

Methods and Protocols

These methods, instrumentation and/or protocols apply to all data in this dataset:

Methods and protocols used in the collection of this data package
Description:

Data Management: The original wide-format Excel data files was divided into 3 files by years and transformed into a long-format Data file using an R-script. Each script is displayed in the methods section of their corresponding data source.

These methods, instrumentation, and/or protocols apply to the data table CTE Hourly Air Temperature 2003 - 2004:

Methods and protocols used in the collection of this data package
Description:

A wide Excel spreadsheet was converted into a long-formatted one with the following R functions:
library(reshape2)mydata = read.csv("CTEAirTempSensor2003-04.csv")mydataTransposed <- melt(mydata, id.vars = c("Year", "Day", "Time"), variable.name = "PointofMeasurement", value.name = "AirTemperature(in C)") write.csv(mydataTransposed, file = "CTEAirTempsensor2005-07Transposed.csv")

These methods, instrumentation, and/or protocols apply to the data table CTE Hourly Air Temperature 2005 - 2007:

Methods and protocols used in the collection of this data package
Description:

A wide Excel spreadsheet was converted into a long-formatted one with the following R functions:
library(reshape2)mydata = read.csv("CTEAirTempSensor2005-07.csv")mydataTransposed <- melt(mydata, id.vars = c("Year", "Day", "Time"), variable.name = "PointofMeasurement", value.name = "AirTemperature(in C)") write.csv(mydataTransposed, file = "CTEAirTempsensor2005-07Transposed.csv")

These methods, instrumentation, and/or protocols apply to the data table CTE Hourly Air Temperature 2008 - 2009:

Methods and protocols used in the collection of this data package
Description:

A wide Excel spreadsheet was converted into a long-formatted one with the following R functions:
library(reshape2)mydata = read.csv("CTEAirTempSensor2008-09.csv")mydataTransposed <- melt(mydata, id.vars = c("Year", "Day", "Time"), variable.name = "PointofMeasurement", value.name = "AirTemperature(in C)") write.csv(mydataTransposed, file = "CTEAirTempsensor2005-07Transposed.csv")

People and Organizations

Creators:
Individual: Alonso Ramirez
Organization:University of Puerto Rico, Rio Piedras Campus
Address:
North Carolina State University,
Raleigh, NC 27695 US
Email Address:
aramirez@ramirezlab.net
Web Address:
https://twitter.com/AlonsoRamirezU
Contacts:
Individual: Alonso Ramirez
Organization:University of Puerto Rico, Rio Piedras Campus
Address:
North Carolina State University,
Raleigh, NC 27695 US
Email Address:
aramirez@ramirezlab.net
Web Address:
https://twitter.com/AlonsoRamirezU
Associated Parties:
Individual: Samuel Matta
Address:
University of Puerto Rico at Rio Piedras, Ponce de Leon Ave.,Anexo Facundo Bueso Office 207,
San Juan, PR 00931 US
Phone:
(787) 772-1481 (facsimile)
Email Address:
smatta@ites.upr.edu
Role:field crew
Individual: John Bithorn
Organization:University of Puerto Rico, Rio Piedras Campus
Address:
HC 02 Buzon 5125,
Luquillo, 00773 PR
Phone:
(787) 410-1437 (voice)
Email Address:
fambithorn@yahoo.com
Role:field crew
Metadata Providers:
Individual: Alonso Ramirez
Organization:University of Puerto Rico, Rio Piedras Campus
Address:
North Carolina State University,
Raleigh, NC 27695 US
Email Address:
aramirez@ramirezlab.net
Web Address:
https://twitter.com/AlonsoRamirezU

Temporal, Geographic and Taxonomic Coverage

Temporal, Geographic and/or Taxonomic information that applies to all data in this dataset:

Time Period
Begin:
2003-01-01
End:
2009-12-31
Sampling Site: 
Description:Puerto Rico 186 Bosque Nacional El Yunque, Rio Grande, Rio Grande 00745, Puerto Rico ‎ 467 m NO
Site Coordinates:
Longitude (degree): -65.8183Latitude (degree): 18.3239
Altitude (meter):343
Sampling Site: 
Description:CTE Block A Plot 2 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8177Latitude (degree): 18.324
Altitude (meter):358
Sampling Site: 
Description:CTE Block A Plot 3 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8179Latitude (degree): 18.3248
Altitude (meter):356
Sampling Site: 
Description:CTE Block A Plot 4 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8175Latitude (degree): 18.3245
Altitude (meter):358
Sampling Site: 
Description:CTE Block B Plot 1 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8141Latitude (degree): 18.3215
Altitude (meter):443
Sampling Site: 
Description:CTE Block B Plot 2 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8136Latitude (degree): 18.3214
Altitude (meter):456
Sampling Site: 
Description:CTE Block B Plot 3 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8132Latitude (degree): 18.3208
Altitude (meter):470
Sampling Site: 
Description:CTE Block B Plot 4 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8127Latitude (degree): 18.3202
Altitude (meter):490
Sampling Site: 
Description:CTE Block C Plot 1 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8136Latitude (degree): 18.3226
Altitude (meter):443
Sampling Site: 
Description:CTE Block C Plot 2 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.813Latitude (degree): 18.3226
Altitude (meter):443
Sampling Site: 
Description:CTE Block C Plot 3 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8124Latitude (degree): 18.3226
Altitude (meter):464
Sampling Site: 
Description:CTE Block C Plot 4 in the Quebrada Prieta Research Area
Site Coordinates:
Longitude (degree): -65.8115Latitude (degree): 18.3232
Altitude (meter):476

Temporal, Geographic and/or Taxonomic information that applies to Data Table: CTE Hourly Air Temperature 2003 - 2004


Time Period
Begin:
2003-01-01
End:
2004-12-31

Temporal, Geographic and/or Taxonomic information that applies to Data Table: CTE Hourly Air Temperature 2005 - 2007


Time Period
Begin:
2005-01-01
End:
2007-12-31

Temporal, Geographic and/or Taxonomic information that applies to Data Table: CTE Hourly Air Temperature 2008 - 2009


Time Period
Begin:
2008-01-01
End:
2009-12-31

Project

Other Metadata

EDI is a collaboration between the University of New Mexico and the University of Wisconsin – Madison, Center for Limnology:

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