New Approaches to Microwave Remote Sounding of Atmospheric ...
Recent Progress of Microwave Marine Remote...
Transcript of Recent Progress of Microwave Marine Remote...
Recent Progress of Microwave Marine Remote Sensing (ID. 10412)
YANG Jingsong
LIU Antony, HAN Guoqi, ZHEN Gang, REN Lin, WANG Juan, LOU Xiulin, WANG He, HE Shuanyan, DING Xianwen, CHEN Nan, et al.
2015-6-24
Microwave Remote Sensing of China Seas and Coastal Zones and Application in Ocean Renewable
Resource Evaluation (ID. 10412)
1 Project's partners
1 Project's partners
2 Project's objectives
(1) To investigate winds, waves, currents and other mesoscale processes (internal waves, fronts, eddies, etc) in China Seas with multiple satellite sensors (SAR, Altimetry and Scatterometry) from China, ESA and TPM.
2 Project's objectives
(2) To develop ocean wave energy resource evaluation method with remote sensing data. To get ocean wave energy resource distribution map of China Seas.
Global wave energy resource map
2 Project's objectives
(3) To analyze coastlines changes in the China coastal zones especially Yangzi River Estuary due to reclamation.
Coastlines changes of Hangzhou Bay
2 Project's objectives
(4) To prepare CFOSAT by using SAR and Scatterometry data. A wave-scatterometer spectrometer (SWIM: Surface Waves Investigation and Monitoring) and a scatterometer (SCAT) are on board CFOSAT. It is scheduled to begin orbital operations in 2015.
Geometry of observations of SWIM
3 Main progresses
(1) Retrieval Algorithm for HY-2A Calibration Microwave Radiometer.
3 Main progresses
(1) Retrieval Algorithm for HY-2A Calibration Microwave Radiometer.
3 Main progresses
(1) Retrieval Algorithm for HY-2A Calibration Microwave Radiometer.
3 Main progresses
(1) Retrieval Algorithm for HY-2A Calibration Microwave Radiometer.
CMR vs. JMR and AMR: RMS - 9.1mm, 0.15g/cm2, 0.08kg/m2, and 1.7 m/s respectively for PD, WV, CL, and WS.
3 Main progresses
(2) Calibration and Data Fusion of HY-2A Altimetry data.
3 Main progresses
(2) Calibration and Data Fusion of HY-2A Altimetry data.
3 Main progresses
(2) Calibration and Data Fusion of HY-2A Altimetry data.
3 Main progresses
(2) Calibration and Data Fusion of HY-2A Altimetry data.
3 Main progresses
(2) Calibration and Data Fusion of HY-2A Altimetry data.
3 Main progresses
(3) Other Algorithm Development and Validation.
3 Main progresses
(3) Other Algorithm Development and Validation.
3 Main progresses
(3) Other Algorithm Development and Validation.
3 Main progresses
(3) Other Algorithm Development and Validation.
3 Main progresses
(3) Other Algorithm Development and Validation.
3 Main progresses
(3) Other Algorithm Development and Validation.
3 Main progresses
(4) Typhoon Eye observed by SAR and optical sensors .
3 Main progresses
(4) Typhoon Eye observed by SAR and optical sensors .
3 Main progresses
SAR, 1:24UTC
FY-2, 1:30UTC MTSAT , 1:30UTC
3D structure ? Top of the cloud
Sea surface
Typhoon Megi (2010/10/17)
optical
SAR
(4) Typhoon Eye observed by SAR and optical sensors .
3 Main progresses
Typhoon Megi (2010/10/17)
SAR
FY-2 MTSAT
CMA JMA JTWC
3D structure of Typhoon Megi - Eye difference: 24 / 23 km
optical
SAR
(4) Typhoon Eye observed by SAR and optical sensors .
3 Main progresses
(4) Typhoon Eye observed by SAR and optical sensors .
Typhoon Name
Date dd/mm/yyyy
Time
Envisat SAR
FY-2/IR (4 km) Distance btw
Eyes (km) MTSAT/IR (4 km)
Lat (°N) Lon (°N) Lat (°N) Lon (°N)
Talim 30/08/2005 1:23 21.44 129.15 21.38 129.50 30
21.45 129.36 22
Khanun 11/09/2005 1:45 27.48 122.29 27.59 122.32 13
27.69 122.17 26
Megi 17/10/2010 1:24 18.67 127.05 18.46 127.12 24
18.54 127.23 23
3D structure of typhoons
3 Main progresses
(4) Typhoon and Typhoon Induced Ocean Waves.
108oE 120oE 132oE 144oE 156oE 0o
9oN
18oN
27oN
36oN
45oN
108oE 120oE 132oE 144oE 156oE 0o
9oN
18oN
27oN
36oN
45oN
longitude
latit
ude
MORAKOT,2009080412-080700
108oE 120oE 132oE 144oE 156oE 0o
9oN
18oN
27oN
36oN
45oN
108oE 120oE 132oE 144oE 156oE 0o
9oN
18oN
27oN
36oN
45oN
longitude
latit
ude
Krosa,2007100212-100600
Tracks of 17 Typhoons (.) and the induced typhoon waves (*)
12.4%
87.6% 24.2%
0.46%
11.9% 63.4%
II
III
I
IV
Track
219 cases
3 Main progresses
(5) Storm Surges Observed by HY-2A Satellite Altimetry
3 Main progresses
(5) Storm Surges Observed by HY-2A Satellite Altimetry
3 Main progresses
(5) Storm Surges Observed by HY-2A Satellite Altimetry
3 Main progresses
(6) Nonlinear internal waves in the South China
2013
3 Main progresses
(6) Nonlinear internal waves in the South China
3 Main progresses
(7) Distribution of eddies in China Seas and adjacent waters.
2:41 later Envisat ASAR MODIS Chl-a
3 Main progresses
106 eddies are observed on 56 SAR (ERS-2 and Envisat) images from 2005 to 2011. Yellow: cyclonic eddies Red: anticyclonic eddies
(7) Distribution of eddies in China Seas and adjacent waters.
3 Main progresses
(8) Ocean wave energy resource evaluation
Spring Summer Autumn Winter
Seasonal Averaged SWH from SAR Imagery
3 Main progresses
(8) Ocean wave energy resource evaluation
Guangdong Province Guangdong Province Guangdong Province Guangdong Province
Spring Summer Autumn Winter
Seasonal Averaged SWH from SAR Imagery
3 Main progresses
The obtained coastlines are from SAR images. Projected coordinate system: WGS84 UTM zone 51N; unit: m.
(9) Coastlines changes of Lingang New City, Shanghai from 1998 to 2006 due to reclamation
Lingang New City, Shanghai
3 Main progresses
(10) Principle and simulation study of CFOSAT SWIM
),()(2)),((),( 222 MTDSII kFkL
XmTFkPmy
x
z
y
:X look direction
:Y azimuth direction
I
O
ET
Scan over 360o
Linear relation
measurement principle of Spectrometer
4 Other presentations in this Symposium
(1) Wave Energy Resources Assessment for the China Sea Based on AVISO Altimeter Data and ERA Reanalysis Data (Oral) Jun Min Meng, Jie Zhang, Yong Wan, Collard Fabrice (2) Wave Energy Assessment in the East China Sea and the South China Sea Based on ERA-Interim High Resolution Data (Oral) Yong Wan, Jie Zhang, Jun Min Meng, Jing Wang (3) Comparisons of Wind Speed Retrieval Methods on C-band Multi-polarization SAR Measurements (Poster) Lin Ren, Jingsong Yang (4) The Propagation and Sources Analysis of the Internal Waves in the Northwestern Part of South China Sea Based on Satellite Remote Sensing (Poster) Juan Wang, Jingsong Yang, Lin Ren, Gang Zheng (5) Hurricane Sandy Storm Surges Observed by HY-2A Satellite Altimetry and Tide Gauges (Poster) Nan Chen, Guoqi Han, Jingsong Yang, Dake Chen (6) Estimating Sea Surface Currents from High Temporal Resolution Optical Images (Poster) Xiulin Lou, Aiqin Shi, Peng Chen, Jingsong Yang
Thanks for your attention