x_tags

• Source: http://daac.ornl.gov/data/bluangel_harvest/RGED/QC/metadata/fluxtower/hapex-mobihly.xml
• simpleSaveXMLlength: 21662
• OME_version: Version 4.7.5, Revision Date: 04 Apr 2006
• DTD_version: metadata24.dtd
• Creation_datetime: 20020610 163418
• Creation_IP: 206.246.119.6
• File_revision: 20081205 171206

Data_Originator

Investigator
• Name: Mahrt, Larry
• Email: mahrt@oce.orst.edu

Metadata_Author
• Name: Curtis, Carroll
• Email: cncurtis@crosslink.net
• Phone: +1-804-769-2495

Data_Set_Information
• Data_Set_Title: Hydrological Atmospheric Pilot Experiment / Modelisation du Bilan Hydrique (HAPEX MOBILHY) Database, 1986
• Project: Project for Intercomparison of Land-surface Parameterization Schemes (PILPS)

Site_Information
• Site: Caumont, France
• Westernmost_Longitude: -0.06722
• Easternmost_Longitude: 0.07222
• Northernmost_Latitude: 43.68333
• Southernmost_Latitude: -43.68333

Time_Period

Temporal_Coverage
• Start_Date: 19850401
• End_Date: 19870116
• Temporal_Resolution:

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC TEMPERATURE
• Parameter: AIR TEMPERATURE
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: LAND SURFACE
• Term: LAND TEMPERATURE
• Parameter: LAND SURFACE TEMPERATURE
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: HEAT FLUX
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: INCOMING LONGWAVE RADIATION
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: INCOMING SOLAR RADIATION
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WATER VAPOR
• Parameter: HUMIDITY
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WATER VAPOR
• Parameter: MOISTURE FLUX
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: LAND SURFACE
• Term: SURFACE RADIATIVE PROPERTIES
• Parameter: THERMAL PROPERTIES
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: NET RADIATION
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: BIOSPHERE
• Term: VEGETATION
• Parameter: VEGETATION INDEX
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: OUTGOING LONGWAVE RADIATION
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: OUTGOING SOLAR RADIATION
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC TEMPERATURE
• Parameter: POTENTIAL TEMPERATURE
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: LAND SURFACE
• Term: SURFACE RADIATIVE PROPERTIES
• Parameter: SURFACE RADIATIVE TEMPERATURE
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WINDS
• Parameter: VERTICAL WIND MOTION
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WINDS
• Parameter: WIND SPEED
• Sensor:
• Source: NCAR KING AIR AIRCRAFT

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: FRICTION VELOCITY
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: INCOMING SOLAR RADIATION
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: HEAT FLUX
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: NET RADIATION
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: PRECIPITATION
• Parameter: RAIN
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: REFLECTANCE
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC TEMPERATURE
• Parameter: DRY BULB TEMPERATURE
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC PRESSURE
• Parameter: WET BULB DEPRESSION
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WINDS
• Parameter: WIND DIRECTION
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WINDS
• Parameter: WIND SPEED
• Sensor:
• Source: FOREST TOWER

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC TEMPERATURE
• Parameter: DEW POINT TEMPERATURE
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term:
• Parameter: MIXING RATIO
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WATER VAPOR
• Parameter: HUMIDITY
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC TEMPERATURE
• Parameter: PSEUDO-ADIABATIC WET BULB TEMPERATURE
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC PRESSURE
• Parameter: PRESSURE
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC TEMPERATURE
• Parameter: TEMPERATURE
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WINDS
• Parameter: WIND DIRECTION
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WINDS
• Parameter: WIND SPEED
• Sensor:
• Source: RADIOSONDE

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC TEMPERATURE
• Parameter: AIR TEMPERATURE
• Sensor:
• Source: SAMER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: HEAT FLUX
• Sensor:
• Source: SAMER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: INCOMING SOLAR RADIATION
• Sensor:
• Source: SAMER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: NET RADIATION
• Sensor:
• Source: SAMER

Parameter_Description
• Topic: ATMOSPHERE
• Term: RADIATION BUDGET
• Parameter: OUTGOING SOLAR RADIATION
• Sensor:
• Source: SAMER

Parameter_Description
• Topic: ATMOSPHERE
• Term: PRECIPITATION
• Parameter: PRECIPITATION AMOUNT
• Sensor:
• Source: SAMER

Parameter_Description
• Topic: ATMOSPHERE
• Term: ATMOSPHERIC WINDS
• Parameter: WIND SPEED
• Sensor:
• Source: SAMER
• Spatial_Reference_Method: Point
• Keywords: Air temperature
• Keywords: Dew point temperature
• Keywords: Dry bulb temperature
• Keywords: Friction velocity
• Keywords: Ground temperature
• Keywords: Heat flux
• Keywords: Incoming long-wave radiation
• Keywords: Incoming solar radiation
• Keywords: Latent heat flux
• Keywords: Mixing ratio
• Keywords: Moisture flux
• Keywords: Momemtum flux
• Keywords: NDVI
• Keywords: Net radiation
• Keywords: Normalized vegetation index
• Keywords: Outgoing long-wave radiation
• Keywords: Outgoing solar radiation
• Keywords: Potential temperature
• Keywords: Pressure
• Keywords: Rain
• Keywords: Relative humidity
• Keywords: Sensible heat flux
• Keywords: Specific humidity
• Keywords: Surface radiative temperature
• Keywords: Vertical wind
• Keywords: Wet bulb depression
• Keywords: Wind direction
• Keywords: Wind speed
• Abstract: The Hydrological Atmospheric Pilot Experiment - Mode'lisation du Bilan Hydrique (HAPEX-MOBILHY) program is aimed at studying the hydrological budget and evaporation fluxes at the scale of a GCM (general circulation model) grid square, i.e. 104 km2. It consists of measuring, at pertinent scales in time and space, the evaporation flux in conjunction with the radiative, and meteorological and hydrological parameters which may be applied to calculate the evaporation flux. It is thus possible to test existing parameterizations of the evaporation flux as well as to develop new ones. Data from the Hydrological and Atmospheric Pilot Experiment (HAPEX) consists of aircraft flights over Les Landes Forest and agricultural regions in Southwest France. The HAPEX-MOBILHY Database was used in PILPS Phase 2b to intercompare and validate 14 land surface models [see Shao Y and Henderson-Sellers A (1996) Validation of soil moisture simulation in landsurface parameterisation schemes with HAPEX data. Global and Planetary Change 13:11-46].

Data_Access_Information
• Data_Set_Status: Final
• Data_Set_Restrictions: Public
• Data_Set_Location: Boundary-Layer Group, College of Oceanic and Atmospheric Sciences, Oregon State University, Corvallis, Oregon, USA

Data_Contact_Person
• Name: Mahrt, Larry
• Email: mahrt@oce.orst.edu
• Phone: +1-541-737-5691
• Data_Center_URL: http://blg.oce.orst.edu/
• Data_Set_Citation: Goutorbe, J.P. and C. Tarrieu. 1991. HAPEX-MOBILHY Database. In: Schmugge and Andre (eds), Land Surface Evaporation. Springer, Berlin, pp 403-410.

Data_Set_Link
• URL: http://blg.oce.orst.edu/hapex/data/aircraft/
• Label: HAPEX-MOBILHY NCAR King Air Aircraft Data
• Link_Note:

Data_Set_Link
• URL: http://blg.oce.orst.edu/hapex/data/forest_tower/
• Label: HAPEX-MOBILHY Forest Tower Data
• Link_Note:

Data_Set_Link
• URL: http://blg.oce.orst.edu/hapex/data/radiosondes/
• Label: HAPEX-MOBILHY Radiosonde Data
• Link_Note:

Data_Set_Link
• URL: http://blg.oce.orst.edu/hapex/data/SAMER/
• Label: HAPEX-MOBILHY SAMER Data
• Link_Note:

Alternate_Data_Access
• Data_Set_Status:
• Data_Set_Restrictions:
• Data_Set_Location:

Data_Contact_Person
• Name:
• Email:
• Phone:
• Data_Center_URL:
• Data_Set_Citation:

Data_Set_Link
• URL:
• Label:
• Link_Note:

Search_Text_Link
• URL: http://blg.oce.orst.edu/hapex/data/data.html
• Label: General Information about the Instruments and Data for HAPEX-MOBILHY

Other_Link
• URL:
• Label:

Guide_Document_Information

Abstract_Guide_Document
• Data_Format:

Full_Guide_Document

Data_Set_Overview
• Data_Set_Contents:
• Related_Data_Sets:
• Title_of_Investigation:

Technical_Contact
• Name:
• Email:
• Phone:
• Future_Modifications_and_Plans:

Data_Characteristics

Study_Area
• Free_Form_Style_Spatial_Description:

Additional_Temporal_Information
• Free_Form_Style_Temporal_Description:

Data_Organization

Data_Granule
• Granule_Name_or_Description:
• Granule_Data_Format:
• Sample_Data_Record:

Variable_Characteristics
• Variable_Name:
• Variable_Description:
• Unit_of_Measurement:
• Instrument:
• Variable_Range:
• Footnote:

Data_Application_and_Derivation
• Typical_Application_of_Data:
• Theory_of_Measurements:

Derivation_Techniques_and_Algorithms
• Free_Form_Style_Technique_Description:

Quality_Assessment

Data_Usage_Guidance
• Free_Form_Style_Data_Usage_Guidance:

Quality_Assessment_Activities
• Free_Form_Style_QA_Activities:
• Other_Relevant_Info_about_the_Study:

Data_Acquisition_Materials_and_Methods

Field
• Field_Collection_Environment:
• Field_Campaign_Mission_Objectives:
• Field_Campaign_Program_Management:

Sensor_or_Instrument_Descriptions
• Key_Variables:
• Principles_of_Operation:
• Sensor_or_Instrument_Measurement_Geom:
• Manufacturer_of_Sensor_or_Instrument:

Calibration
• Specifications:
• Tolerance:
• Frequency_of_Calibration:
• Other_Calibration_Information:
• Field_Notes:
• Glossary:
• Acronyms:
• References:

Web_Page_Information
• Gdoc_creation_datetime:
• URL:
• Org_Center:
• Entry_ID: