Pydap server: B0n35w%2Enc

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Downloading data

In the form below you can specify desired variables and their dimensions, and have the data downloaded in different formats depending on the server configuration.

rad

Retrieve this variable at indices (start, step, stop):

time:

units: W.m-2
long_name: Downgoing shortwave radiation

salinity_q

Retrieve this variable at indices (start, step, stop):

time:

depth_s:

long_name: Salinity quality

rh_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Relative humidity quality

salinity_s

Retrieve this variable at indices (start, step, stop):

time:

depth_s:

long_name: Salinity source

qsen_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Sensible heat flux quality

rh_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Relative humidity source

depth_s

Retrieve this variable at indices (start, step, stop):

depth_s:

units: m
long_name: depth

rain_percent

Retrieve this variable at indices (start, step, stop):

time:

units: %
long_name: Percent time raining

depth_t

Retrieve this variable at indices (start, step, stop):

depth_t:

units: m
long_name: depth

bp_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Barometric pressure source

bp_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Barometric pressure quality

temperature

Retrieve this variable at indices (start, step, stop):

time:

depth_t:

units: Degree Celsius
long_name: Temperature

rad_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Downgoing shortwave radiation source

lw

Retrieve this variable at indices (start, step, stop):

time:

units: W.m-2
long_name: Longwave radiation

airt

Retrieve this variable at indices (start, step, stop):

time:

units: Degree Celsius
long_name: Air temperature

rain_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Precipitation source

latitude

Retrieve this variable at indices (start, step, stop):

time:

units: degrees_north
long_name: Latitude

rain_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Precipitation quality

rh

Retrieve this variable at indices (start, step, stop):

time:

units: %
long_name: Relative humidity

temperature_s

Retrieve this variable at indices (start, step, stop):

time:

depth_t:

long_name: Temperature source

rain_std

Retrieve this variable at indices (start, step, stop):

time:

units: mm.hr-1
long_name: Precipitation standard deviation

ws_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Wind speed source

lon_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Longitude quality

wd

Retrieve this variable at indices (start, step, stop):

time:

units: Degrees from north
long_name: Wind direction

qlat_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Latent heat flux quality

ws_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Wind speed quality

rain

Retrieve this variable at indices (start, step, stop):

time:

units: mm.hr-1
long_name: Precipitation

rad_peak

Retrieve this variable at indices (start, step, stop):

time:

units: W.m-2
long_name: Downgoing shortwave radiation peak

bp

Retrieve this variable at indices (start, step, stop):

time:

units: hPa
long_name: Barometric pressure

airt_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Air temperature source

airt_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Air temperature quality

lat_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Latitude quality

qsen

Retrieve this variable at indices (start, step, stop):

time:

units: W.m-2
long_name: Sensible heat flux

rad_std

Retrieve this variable at indices (start, step, stop):

time:

units: W.m-2
long_name: Downgoing shortwave radiation standard deviation

wd_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Wind direction quality

wd_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Wind direction source

qlat

Retrieve this variable at indices (start, step, stop):

time:

units: W.m-2
long_name: Latent heat flux

lw_s

Retrieve this variable at indices (start, step, stop):

time:

long_name: Longwave radiation source

lw_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Longwave radiation quality

salinity_id

Retrieve this variable at indices (start, step, stop):

time:

depth_s:

long_name: Salinity instrument code

rad_q

Retrieve this variable at indices (start, step, stop):

time:

long_name: Downgoing shortwave radiation quality

longitude

Retrieve this variable at indices (start, step, stop):

time:

units: degrees_east
long_name: Longitude

salinity

Retrieve this variable at indices (start, step, stop):

time:

depth_s:

units: PSU
long_name: Salinity

time

Retrieve this variable at indices (start, step, stop):

time:

units: days since 0001-01-01 00:00:00.0
long_name: Time
calendar: gregorian

ws

Retrieve this variable at indices (start, step, stop):

time:

units: m.s-1
long_name: Wind speed

temperature_q

Retrieve this variable at indices (start, step, stop):

time:

depth_t:

long_name: Temperature quality

Downloading data with Ferret

To access this dataset with the Ferret visualization and analysis environment from PMEL:

$ ferret
yes? use "http://goosbrasil.org:8080/pirata/B0n35w.nc"
yes? show data

Downloading data with GrADS

To access this dataset with the GrADS data analysis and visualization software developed by COLA:

$ gradsdap
ga-> sdfopen http://goosbrasil.org:8080/pirata/B0n35w.nc
ga-> query file

Downloading data with IDL

To access this dataset with the OPeNDAP IDL Client, a tool for the IDL data analysis and visualization package:

IDL> url = 'http://goosbrasil.org:8080/pirata/B0n35w.nc'
IDL> stat = opendap_get(url, def, mode='dds')
IDL> help, def, /structures

Downloading data with Pydap

To access this dataset using the Pydap Python module:

$ python
>>> from pydap.client import open_url
>>> dataset = open_url("http://goosbrasil.org:8080/pirata/B0n35w.nc")
>>> import pprint
>>> pprint.pprint( dataset.keys() )
['rad',
 'salinity_q',
 'rh_q',
 'salinity_s',
 'qsen_q',
 'rh_s',
 'depth_s',
 'rain_percent',
 'depth_t',
 'bp_s',
 'bp_q',
 'temperature',
 'rad_s',
 'lw',
 'airt',
 'rain_s',
 'latitude',
 'rain_q',
 'rh',
 'temperature_s',
 'rain_std',
 'ws_s',
 'lon_q',
 'wd',
 'qlat_q',
 'ws_q',
 'rain',
 'rad_peak',
 'bp',
 'airt_s',
 'airt_q',
 'lat_q',
 'qsen',
 'rad_std',
 'wd_q',
 'wd_s',
 'qlat',
 'lw_s',
 'lw_q',
 'salinity_id',
 'rad_q',
 'longitude',
 'salinity',
 'time',
 'ws',
 'temperature_q']

Downloading data with other Opendap clients

There are other Opendap clients that can access this dataset, including Matlab and several command line utilities. You should know that the URL for this dataset is http://goosbrasil.org:8080/pirata/B0n35w.nc (i.e., the .html extension should be omitted when opening this dataset on an Opendap client).

Download data from B0n35w%2Enc

Global attributes

Downloading data

Downloading data with Ferret

Downloading data with GrADS

Downloading data with IDL

Downloading data with Pydap

Downloading data with other Opendap clients

Download data from `B0n35w%2Enc`