cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.10884192
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.10905915
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.11100182
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.12615370
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.13159611
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.13626126
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.13876435
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.14027232
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.14585924
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.14788191
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.14954722
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.
DOI: 10.5281/zenodo.10823037
title: UArizona Campus Living Lab Green Stormwater Infrastructure Data

description: Meteorological dataset from UA Campus Living Lab Green Stormwater Infrastructure (GSI) initiatve.  To request access to the most recent data, fill out this form: GSI Living Lab Data Request Form. 

Data are generated at three sites on campus: Old Main, Gould Simpson, and Physics and Atmospheric Sciences. These sites represent various green stormwater infrastructure designs to capture and water plants. Old Main represents a native xeroscape rain garden with the primary water source being rooftop runoff. Gould Simpson is a Resilience Garden sponsored by the University of Arizona Arboretum featuring legume trees that receives water from two rooftops and surrounding hardscapes. Physics and Atmospheric Sciences features a classic southwest landscape with slight grading for stormwater collection and desert vegetation. For more information, visit the University of Arizona's GSI Campus Living Lab website.

In collaboration with the University of Arizona's Department of Communications & Cyber Tech Data Science Institute, we created an interactive dashboard to display current micrometeorological data, to view the data dashboard visit the GSI Campus Living Lab Dashboard.
description: Datasets within zip file include: site_info.csv provides details about the sensor location, height of the ATMOS weather station, depth of soil sensors and whether they are located within or outside of a water catchment basin.

gsi_living_lab_data.csv contains data from the loggers and is joined with site info by device number. View the gsi_living_lab_data_metadata.docx for more information.

gsi_living_lab_ETo.csv is the daily evapotranspiration data calculated using the Penman-Monteith method and downloaded directly from Zentra Cloud. View the gsi_living_lab_ETo_metadata for more information.

Funding provided by the University of Arizona Provost Investment Funds.