indeso full catalogue

8/16/2019 Indeso Full Catalogue

1/19

INDESO CATALOGUE

CATCH_DATA

CATCH AND EFFORT DATA

FISHING EFFORT, CATCH, LENGTH_FREQUENCIES, OBSERVATIONS, CLIMATOLOGY

Available observed effort, catch and size distributions of catch (length frequencies) for skipjack,

yellowfin and bigeye tuna populations and several fisheries defined by their efficiency and target

species.


2/19

OIL_SPILL

OIL SPILL DETECTIONRADAR, OIL_SPILL, POLLUTION, DETECTION

Oil spill detection reports are based on satellite radar imagery and additional processing. If a

potential oil spill is detected, geo-referenced polygon of the spill, area, length and width are

provided.


3/19

RADAR0_MOD

RADAR LEVEL 0RADAR, SATELLITE IMAGE, RADARSAT-2, OIL_SPILL, SHIP_DETECTION, LEVEL_0,WIND, SAR, POLLUTION, IUU_FISHING, SATELLITE_RADAR_IMAGERY

The Radar level 0 or Radar raw data product is sensor data from a remote sensing satellite, and

any auxiliary data required to produce remote sensing products from the sensor data, that have

not been transformed into a remote sensing product.


4/19

RADAR1_MOD

RADAR LEVEL 1RADAR, SATELLITE IMAGE, RADARSAT-2, OIL_SPILL, SHIP_DETECTION, LEVEL_1,

WIND, SAR, POLLUTION, IUU_FISHING, SATELLITE_RADAR_IMAGERY

The Radar level 1 or level-1 Radar product is the image generated from the satellite signal.


5/19

OPTICAL_LEVEL1

OPTICAL LEVEL-1

OPTICAL IMAGES, SATELLITE_IMAGES, CORAL_REEF_MONITORING,

MANGROVE_MONITORING, SHRIMP_FARM_MONITORING, SEAWEED_PRODUCTION,

GEO-EYE, DIGITALGLOBE, IKONOS

This product is a radiometrically and geometrically corrected high-precision digital imagery

product.


6/19

VESSEL_MOD

VESSEL DETECTION

RADAR, VESSEL_DETECTION

The vessel detection report is based on satellite radar imagery and additional processing. For

all vessels detected, position, size, speed and heading are included in the report.


7/19

VAL_FILES

VALIDATION FILESU, V, VELOCITIES, CURRENT, DRIFTERS, OCEAN, MODEL, PHYSICAL, VALIDATION,TEMPERATURE, SALINITY, OBSERVATIONS, PROFILES, SST, TEMPERATURE,

SURFACE, ERROR, REGION, TRANSPORT, VOLUME, SECTIONS

Validation data are composed by 4 datasets: 1/Daily Ocean volume transports across INDESO

sections, 2/Daily Model Sea Surface Temperature error ratio and error mean time series per

region, 3/Enriched in situ temperature and salinity profiles with physical ocean model collocated

T/S variables, 4/Enriched UV drifters files with physical ocean model collocated and filtered UV

variables.


8/19

WINDRADAR_MOD

WIND RADARRADAR, SATELLITE_IMAGE, WIND

The wind radar product is the wind derived from the roughness of SAR images.


9/19

BIOGEOCHEMICAL_MOD

BIOGEOCHEMICAL MODELS OUTPUTSOCEAN, BIOGEOCHEMICAL, ANALYSIS, FORECAST

This product includes daily mean fields of 18 biogeochemical parameters: Chlorophyll,

Phytoplankton, Phosphate, Nitrate, Ammonium, Silicate, Oxygen, Iron, pH…, to name only a

few, and validation metrics. These fields are produced by the Operational INDESO ocean

biogeochemical 3D forecast system.


10/19

PHYS_MOD

PHYSICAL MODELS OUTPUTSOCEAN, PHYSICS, ANALYSIS, FORECAST

This product includes daily mean fields of atmospheric fluxes, physical parameters

(temperature, salinity, currents, sea level…), hourly surface variables (SST, SSH, currents), as

well as hourly values of all fields at selected mooring sites and validation metrics produced by

the Operational INDESO physical 3D ocean forecast system.


11/19

SKIPJACK_MODE

SKIPJACK MODEL OUTPUTS OCEAN, TUNA, SKIPJACK, BIOMASS_DISTRIBUTION, CATCH, ANALYSIS, FORECAST

This product is a 10-day forecast/two weeks hindcast of skipjack tuna (Katsuwonus Pelamis)

biomass distribution. It includes daily mean fields of skipjack tuna biomass structured by life

stage and predicted catch by fishery for eleven Indonesian Fisheries Management Areas.


12/19

BIGEYE_MOD

BIGEYE MODELS OUTPUTSOCEAN, TUNA, BIGEYE, BIOMASS_DISTRIBUTION, CATCH, ANALYSIS, FORECAST

This product is a 10-day forecast/two-weeks hindcast of bigeye tuna biomass distribution. It

includes daily mean fields of bigeye tuna biomass structured by life stage and predicted catch

by fishery for eleven Indonesian Fisheries Management Areas.


13/19

ALTIMETRY_SAT_OBS

ALTIMETER SATELLITE OBSERVATIONSSEA_LEVEL, ALTIMETER, REMOTE-SENSING

Multi-satellite sea level anomaly (SLA) fields, computed in Near Real Time for the INDESO

area.


14/19

MICRONEKTON_MOD

MICRONEKTON MODELS OUTPUTSOCEAN, ZOOPLANKTON, MICRONEKTON, BIOMASS_DISTRIBUTION, ANALYSIS,FORECAST

This product provides daily mean fields of zooplankton and micronekton biomass distribution

and validation metrics.


15/19

INSITU_OBS

IN SITU OBSERVATIONSTEMPERATURE, SALINITY, CURRENTS, TIDE, OBSERVATIONS, INSITU

This product includes real-time and historical, in-situ temperature and salinity profiles, surface

velocities, and sea level.


16/19

METEOROLOGICAL_DATA

METEOROLOGICAL DATAMETEOROLOGICAL, ANALYSIS, FORECAST

This product consists of a 2 weeks hindcast and a 10-day meteorological forecast for the

INDESO area to be read for the ocean model on an ORCA grid at 1/12° with a temporal

resolution of 3 hours.


17/19

SST_CHLA_COMP_SAT_OBS

SST AND CHLA COMPOSITE SATELLITE OBSERVATIONSSEA SURFACE TEMPERATURE, CHLOROPHYLL-A, REMOTE-SENSING

High resolution (1/50°) composite satellite Sea Surface Temperature and Chlorophyll-a

concentration fields.


18/19

SST_CHLA_NPP_CLOUDLESS_SAT_OBS

SST CHLA AND NPP CLOUDLESS (OA) SATELLITE OBSERVATIONSSEA SURFACE TEMPERATURE, CHLOROPHYLL-A, NET PRIMARY PRODUCTION,EUPHOTIC LAYER DEPTH, REMOTE-SENSING

This product covers four parameters computed from satellite sensors. Cloudless satellite Sea

Surface Temperature, Chlorophyll-a concentration, Net Primary Production and Euphotic layer

depth fields.


19/19

YELLOWFIN_MOD

YELLOWFIN MODELS OUTPUTSOCEAN, TUNA, YELLOWFIN, BIOMASS_DISTRIBUTION, CATCH, ANALYSIS, FORECAST

The Operational INDESO tuna Yellowfin biomass distribution analysis and forecast system, at

1/12° horizontal resolution, is providing 10 days of 3D ocean forecast and ocean analysis

updated weekly. This product includes daily mean fields of tuna Yellowfin biomass distribution

structured by age, predicted catch and validation metrics.z

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