Add to ORKGMethods for measuring fish target strength are intercompared. The consistency of results obtained on the same or related species by different methods is noted
Using acoustics for biomass evaluation, the back scattering cross section of species has to be deter...
This thesis deals with in situ estimates of fish target strength distribution which are important in...
This paper discusses of Target Strength (TS) for the Selar boops (Oxeye scad) and Megalaspis cordyla...
Methods for measuring fish target strength are intercompared. The consistency of results obtained o...
Journal home page: http://scitation.aip.org/jasa/In situ measurements of fish target strength are se...
During the summer of 1971, target strength measurements of fish were made at two frequencies, 38 kHz...
In situ target strength measurements of ideally resolved haddock have been made using the ES-400 sp...
Author Posting. © Acoustical Society of America, 1986. This article is posted here by permission of...
Journal home page: http://scitation.aip.org/jasa/Data derived with a 38-kHz split-beam echo sounder ...
Journal home page: http://scitation.aip.org/jasa/Data derived with a 38-kHz split-beam echo sounder ...
Target strength (TS) of marine fish is a key factor for target identification and stock quantificati...
Journal home page: http://scitation.aip.org/jasa/In situ measurements of fish target strength are se...
WOS: 000174792400002Two methods to measure target strength (TS) are introduced and compared with eac...
Data derived with a 38-kHz split-beam echo sounder have been analyzed to yield target strengths suit...
Measuring fish target strength (TS) in the wild is challenging because: (i) TS varies versus physica...
Using acoustics for biomass evaluation, the back scattering cross section of species has to be deter...
This thesis deals with in situ estimates of fish target strength distribution which are important in...
This paper discusses of Target Strength (TS) for the Selar boops (Oxeye scad) and Megalaspis cordyla...
Methods for measuring fish target strength are intercompared. The consistency of results obtained o...
Journal home page: http://scitation.aip.org/jasa/In situ measurements of fish target strength are se...
During the summer of 1971, target strength measurements of fish were made at two frequencies, 38 kHz...
In situ target strength measurements of ideally resolved haddock have been made using the ES-400 sp...
Author Posting. © Acoustical Society of America, 1986. This article is posted here by permission of...
Journal home page: http://scitation.aip.org/jasa/Data derived with a 38-kHz split-beam echo sounder ...
Journal home page: http://scitation.aip.org/jasa/Data derived with a 38-kHz split-beam echo sounder ...
Target strength (TS) of marine fish is a key factor for target identification and stock quantificati...
Journal home page: http://scitation.aip.org/jasa/In situ measurements of fish target strength are se...
WOS: 000174792400002Two methods to measure target strength (TS) are introduced and compared with eac...
Data derived with a 38-kHz split-beam echo sounder have been analyzed to yield target strengths suit...
Measuring fish target strength (TS) in the wild is challenging because: (i) TS varies versus physica...
Using acoustics for biomass evaluation, the back scattering cross section of species has to be deter...
This thesis deals with in situ estimates of fish target strength distribution which are important in...
This paper discusses of Target Strength (TS) for the Selar boops (Oxeye scad) and Megalaspis cordyla...