Climate

Climate dataset or project

Dataset: 

Study number: 

338

Data set ID: 

210338002

Date range: 

2010-06-06 to 2011-09-30

Original investigator: 

Ryan Templeton

Abstract: 

Precipitation at 1 minute intervals for rain gauges 2-5 with R1 excluded due to periods of interruption.  Spatially averaged rainfall over the watershed is calculated in this dataset based on relative coverage of each rain gauge determined from a Theissen polygon map.

Precipitation at 1 minute intervals for rain gauges 2-5 with R1 excluded due to periods of interruption.  Spatially averaged rainfall over the watershed is calculated in this dataset based on relative coverage of each rain gauge determined from a Theissen polygon map.

Data download: 

Keywords: 

Dataset: 

Study number: 

16

Data set ID: 

2100169002

Date range: 

1983-12-05 to 2000-12-26

Original investigator: 

William H Schlesinger

Data contact: 

Abstract: 

Wet atmospheric fallout (wetfall occurring as precipitation) is collected monthly using an Aerochem Metrics wetfall/dryfall collector located at the LTER weather station. Each sample is analyzed for NO3, NH4, Cl, SO4, Ca, Mg, Na, K, Total N, & Total P.
Wet atmospheric fallout (wetfall occurring as precipitation) is collected monthly using an Aerochem Metrics wetfall/dryfall collector located at the LTER weather station. Each sample is analyzed for NO3, NH4, Cl, SO4, Ca, Mg, Na, K, Total N, & Total P.

Project: 

Study Number: 425

Project ID: 

210425000

Abstract: 

The principal purpose is to provide daily precipitation at specific sites to assist the study of vegetation response over time.

Estimated daily precipitation is calculated for each of 15 aboveground net primary productivity (ANPP) sites located in the 5 dominant vegetation zones on the Jornada Basin. The 15 sites were formally established in 1989 as LTER Study 268, but these rainfall estimates begin in 1980 using the closest rain gauge that provides a minimum resolution of daily precipitation data.

Funding Source: 

LTER V

Research Area: 

Data Category: 

Dataset: 

Study number: 

425

Data set ID: 

210425001

Date range: 

1980-01-01 to 2010-12-31

Original investigator: 

Jin Yao

Abstract: 

Estimated daily precipitation is calculated for each of 15 aboveground net primary productivity (ANPP) sites located in the 5 dominant vegetation zones on the Jornada Basin. The 15 sites were formally established in 1989 as LTER Study 268, but these rainfall estimates begin in 1980 using the closest rain gauge that provides a minimum resolution of daily precipitation data.

The Methodology section describes this in detail. The rain gauges are detailed inthe file raingauge_picks.csv.

Data download: 

Keywords: 

Project: 

Study Number: 127

Project ID: 

210127000

Abstract: 

Surface evaporation is measured weekly to twice weekly using an evaporation pan compatible with standard National Weather Service evaporation measurements.

Measurements are made twice per week during hot periods because of high evaporation rate. The following data is collected: number of days between measurements, beginning and ending measurement period, current, minimum, and maximum water temperature; initial water level; final water level; rainfall since last evaporation measurement, and calculated evaporation (inches).

Funding Source: 

Jornada NSF/LTER

Research Area: 

Data Category: 

Project: 

Study Number: 380

Project ID: 

210380000

Abstract: 

The objective of this long-term project is to measure the precipitation across the entire Jornada Experimental Range.

This is achieved by using a network of standard-can rain gages to continually collect the precipitation as it occurs. The collected precipitation is then measured monthly and the results are recorded on a data sheet which is later entered into a spreadsheet.

Funding Source: 

N/A

Research Area: 

Data Category: 

Dataset: 

Study number: 

38

Data set ID: 

2100380001

Date range: 

1915-01-01 to 2011-09-30

Original investigator: 

USDA ARS Jornada Experimental Range (JER)

Data contact: 

Abstract: 

The objective of this long-term project is to measure the precipitation across the entire Jornada Experimental Range. This is achieved by using a network of standard-can rain gauges to continually collect the precipitation as it occurs. The collected precipitation is then measured monthly and the results are recorded on a data sheet which is later entered into a spread sheet.

The objective of this long-term project is to measure the precipitation across the entire Jornada Experimental Range. This is achieved by using a network of standard-can rain gauges to continually collect the precipitation as it occurs. The collected precipitation is then measured monthly and the results are recorded on a data sheet which is later entered into a spread sheet.

Data download: 

Keywords: 

Dataset: 

Study number: 

37

Data set ID: 

2100379003

Date range: 

1953-01-01 to 1979-08-31

Original investigator: 

Fred N Ares

Data contact: 

Abstract: 

Monthly total of pan evaporation data collected daily from standard U.S. climatological service instruments located at USDA Jornada Experimental Range Headquarters.

Monthly total of pan evaporation data collected daily from standard U.S. climatological service instruments located at USDA Jornada Experimental Range Headquarters.

Dataset: 

Study number: 

37

Data set ID: 

2100379002

Date range: 

1914-06-01 to 1998-05-31

Original investigator: 

Elmer Ottis Wooton

Data contact: 

Abstract: 

Monthly summary of precipitation and air temperature data collected daily from standard U.S. climatological service instruments located at USDA Jornada Experimental Range Headquarters.

Monthly summary of precipitation and air temperature data collected daily from standard U.S. climatological service instruments located at USDA Jornada Experimental Range Headquarters.

Keywords: 

Dataset: 

Study number: 

16

Data set ID: 

2100169001

Date range: 

1983-12-05 to 2001-01-02

Original investigator: 

William H Schlesinger

Data contact: 

Abstract: 

Dry atmospheric fallout (dryfall) is collected monthly using an Aerochem Metrics wetfall/dryfall collector located at the LTER weather station. Each sample is analyzed for NO3, NH4, Cl, SO4, Ca, Mg, Na, K, Total N, & Total P.

Dry atmospheric fallout (dryfall) is collected monthly using an Aerochem Metrics wetfall/dryfall collector located at the LTER weather station. Each sample is analyzed for NO3, NH4, Cl, SO4, Ca, Mg, Na, K, Total N, & Total P.

Pages

Subscribe to RSS - Climate