数据命名
数据命名
本系统中数据文件命名格式为:
生产单位_卫星_传感器_起始时间(天或小时)_级别_区域_空间分辨率_产品种类_算法/版本号
Creator _ Satellite _ Sensor _ Time range _ Level _ Region _ Spatial resolution _ Parameter _ Algorithm/version
示例一:
SIO_HY1B_COCTS_20110111003600_L3A_NODEF_1KM_SDD_HE2018
SIO表示由自然资源部第二海洋研究所生产制作;HY1B_COCTS表示原始数据来自HY-1B卫星上搭载的COCTS传感器;成像时间为2011年1月11日00点36分00秒(GMT);产品级别为L3A;该产品为单轨数据覆盖区域以NODEF表示,文件中包含具体的经纬度信息;空间分辨率为1km;产品种类为海水透明度(SDD);HE2018表示采用He等人提出的算法于2018年生产。
示例二:
NASA_SNPP_VIIRS_20130401TO20130430_L3B_GLOBAL_9KM_RRS443_V2017
NASA表示数据来源于美国国家航空航天局;SNPP_VIIRS表示原始数据来自SNPP卫星上搭载的VIIRS传感器;成像时间为2013年4月1日至2013年4月30日,该产品为月平均数据;产品级别为L3B;GLOBAL表示其空间范围为全球;空间分辨率为9km;产品种类为443nm波段遥感反射率(RRS443);数据版本为2017,即NASA 2017年更新版本。

主要索引字段及含义如下:
1. 生产单位(Creator)


Creator Full Name
CMEMS Copernicus marine Environment Monitoring Service
BEC SMOS Barcelona Expert Center, ESA
ESA European Space Agency
      ESACCI    Climate Change Initiative, European Space Agency
NASA National Aeronautics and Space Administration, U.S.
NCEP      National Centers for Environmental Prediction, NOAA       
NOAA National Oceanic and Atmospheric Administration, U.S.
OBPG Ocean Biology Processing Group, NASA
OSU Oregon State University
RSS Remote Sensing System
SIO Second Institute of Oceanography, MNR, China  

2. 区域 (Region)
Region Full Name
AER Asian and Europe Region
BOH Bohai Sea
CJE Changjiang River Estuary
EAMS East Asian Marginal Seas
EAMSL East Asian Marginal Seas
EIO East Indian Ocean
GLOBAL Global oceans
NODEF Orbit Data
NYS North Yellow Sea
PACIND Pacific Ocean and Indian Ocean
SCS South China Sea
SKC South Korea Coast
WPO West Pacific Ocean
TWS Taiwan Strait
ZJC Zhejiang Coast

3. 卫星及传感器(Satellite and Sensor)
Satellite Sensor Full Name/Note
Aqua MODIS Moderate Resolution Imaging Spectroradiometer
Aquarius Aquarius NASA's 'Salt of the Earth' Aquarius
COMS GOCI Communication, Ocean and Meteorological Satellite, Geostationary Ocean Color Imager
GF4 CCD GaoFen-4, Charge-Coupled Device
HY1B COCTS Haiyang-1B, Chinese Ocean Color and Temperature Scanner
MERGE MERGE Derived from Multi-satellites/sensors
MODEL MODEL Derived from numerical model
MODEL MERGE The same as MODEL_MODEL
MODIS MODIS The same as Aqua_MODIS
NCEP MERGE The same as MODEL_MODEL
NOAA AVHRR Advanced Very High-Resolution Radiometer
SAT MERGE The same as MERGE_MERGE
SAT SENSOR The same as MERGE_MERGE
SeaWiFS SeaWiFS Sea-viewing Wide Field-of-view Sensor
SMAP SMAP Soil Moisture Active Passive
SMOS SMOS Soil Moisture and Ocean Salinity
SMOS MERGE The same as SMOS_SMOS
SNPP VIIRS Suomi National Polar-orbiting Partnership, Visible and Infrared Imager/Radiometer Suite

4. 级别 (Product Level)
            L3A            Single Orbit Data
  L3B                 Composite data from multiple orbit data              

5. 产品种类 (Parameter)
Parameter Full Name Unit
ACD Absorption coefficient of the Colored Dissolved Organic Matter and detritus at 443nm m-1
ACP Atmospheric pCO2 μatm
CHL Chlorophyll-a mg/m3
CP Coefficient of Attenuation Particle m-1
CPOM Coefficient of Attenuation Organic Particle m-1
DSW The Total Days of Disastrous wave count
HUM Relative Humidity %
KD3 Diffuse Attenuation Coefficient at 490nm m-1
LWN412 Normalized Water-Leaving Radiance at 412nm mW/cm2/μm/Sr
LWN443 Normalized Water-Leaving Radiance at 443nm mW/cm2/μm/Sr
LWN490 Normalized Water-Leaving Radiance at 490nm mW/cm2/μm/Sr
LWN519 Normalized Water-Leaving Radiance at 519nm mW/cm2/μm/Sr
LWN520 Normalized Water-Leaving Radiance at 520nm mW/cm2/μm/Sr
LWN550 Normalized Water-Leaving Radiance at 550nm mW/cm2/μm/Sr
LWN565 Normalized Water-Leaving Radiance at 565nm mW/cm2/μm/Sr
LWN628 Normalized Water-Leaving Radiance at 628nm mW/cm2/μm/Sr
LWN670 Normalized Water-Leaving Radiance at 670nm mW/cm2/μm/Sr
LWN769 Normalized Water-Leaving Radiance at 769nm mW/cm2/μm/Sr
MLD Mixed Layer Thickness/Depth m
NAP Non-Algal Particle m-1
NPP Net primary Production mg C/m2/day
PAR Photosynthetically Active Radiation Einstein/ m2/d
PIC Sea Surface Particle Inorganic Carbon mol/m3
POC Sea Surface Particle Organic Carbon mg/m3
PRESS Mean Sea Level Pressure Pa
RRS410 Remote Sensing Reflectance at 410nm sr-1
RRS412 Remote Sensing Reflectance at 412nm sr-1
RRS443 Remote Sensing Reflectance at 443nm sr-1
RRS469 Remote Sensing Reflectance at 469nm sr-1
RRS486 Remote Sensing Reflectance at 486nm sr-1
RRS488 Remote Sensing Reflectance at 488nm sr-1
RRS490 Remote Sensing Reflectance at 490nm sr-1
RRS510 Remote Sensing Reflectance at 510nm sr-1
RRS531 Remote Sensing Reflectance at 531nm sr-1
RRS547 Remote Sensing Reflectance at 547nm sr-1
RRS551 Remote Sensing Reflectance at 551nm sr-1
RRS555 Remote Sensing Reflectance at 555nm sr-1
RRS645 Remote Sensing Reflectance at 645nm sr-1
RRS667 Remote Sensing Reflectance at 667nm sr-1
RRS670 Remote Sensing Reflectance at 670nm sr-1
RRS671 Remote Sensing Reflectance at 671nm sr-1
RRS678 Remote Sensing Reflectance at 678nm sr-1
SDD Secchi Disk Depth m
SIC Sea Ice Concentration %
SLA Sea Level Anomaly m
SSC Suspended Particulate Matter Concentration mg/L
SSS Sea Surface Salinity psu
SST Sea Surface Temperature
SSW Sea Surface Wind Field m/s
SWH Significant Wave Height m
TAU Aerosol Optical Thickness -
TSM Total Suspended Matter mg/L
VIS Visibility at Sea Surface km
WCP Aquatic pCO2 μatm