|
| 2018/22 | 29/06/2018 |
This document summarises the data inputs used in the 2017 stock assessment of blackfoot paua (Haliotis iris) around Stewart Island (PAU 5B). The sets of data available for the assessment included: three standardised CPUE series, a standardised research diver survey index, research diver proportions-at-length series, commercial catch sampling length frequency series, tag-recapture length increment data, and maturity-at-length data. Catch history was also an input to the model.
|
FAR:
2018/22;
ISSN:
1179-5352;
ISBN:
978-1-77665-911-1;
Species:
PAU;
Stock:
PAU 5B;
Author:
Marsh;
McKenzie;
|
| 2018/21 | 29/06/2018 |
Relationships between paua maturity and length (and other morphometric measurements) were investigated. Additionally, growth increment models were fitted to tag release-recapture data. Both sets of analyses were conducted at the site level for all available growth and maturity data. For sites that had both maturity and growth data, yield and spawning per recruit analyses were conducted to evaluate the trade-off in yield and spawning potential resulting from the current and alternative MLSs.
|
FAR:
2018/21;
ISSN:
1179-5352;
ISBN:
978-1-77665-910-4;
Species:
PAU;
Author:
Haist;
|
| 2017/54 | 04/10/2017 |
The pāua data-logger system provides high-resolution information on spatial resource use and catch-per-unit-effort in the pāua fisheries around New Zealand. This report presents a stocktake of the current state of the programme, including areas for improvement and recommendations for its future application in the Integrated Electronic Monitoring and Reporting System.
|
FAR:
2017/54;
ISSN:
1179-5352;
ISBN:
978-1-77665-689-9;
ScienceStock:
Shellfish;
Species:
PAU;
ResearchField:
Spatial, CPUE, data, electronic monitoring;
|
| 2017/33 | 07/07/2017 |
This report summarises the stock assessment for paua (Haliotis iris) in PAU 5D, which included fishery data up to the 2015–16 fishing year. The reference case stock assessment model estimated that the spawning stock population in 2016 (B2016) to be 28–43% (values are 95% CIs) of unfished spawning stock biomass (B0). All three models taken to projections concluded that the stock is very unlikely to fall below the soft and hard limit, and that the stock will increase under current catch levels.
|
FAR:
2017/33;
ISBN:
978-1-77665-616-5;
ISSN:
1179-5352;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU 5D;
ResearchField:
Stock assessment;
Author:
Fu;
Marsh;
|
| 2017/32 | 07/07/2017 |
This document summarises data inputs for the 2016 stock assessment of blackfoot paua in PAU 5D: (1) a standardised CPUE series based on CELR data (2) a standardised CPUE series based on PCELR data (3) a standardised research diver survey index (RDSI) (4) a research diver survey proportions-at-lengths series (RDLF) (5) a commercial catch sampling length frequency series (CSLF) (6) tag-recapture length increment data (7) maturity-at-length data and (8) catch history.
|
FAR:
2017/32;
ISSN:
1179-5352;
ISBN:
978-1-77665-615-8;
Species:
PAU;
Stock:
PAU 5D;
ResearchField:
CPUE, length frequency, maturity-at-length, tag-recapture;
Author:
Fu;
Marsh;
McKenzie;
|
| 2017/10 | 07/06/2017 |
Length at maturity was estimated at five sites in PAU 7, and four sites in each of PAU 2, PAU 5B, and PAU 5D.The lengths at which 50% and 95% of samples were mature were generally about 90 mm and 100 mm respectively. Shell length/height ratios varied between sites and ranged between 3.40 and 3.87. There was a strong linear relationship between length at maturity and length/height ratio.
|
FAR:
2017/10;
ISSN:
1179-5352;
ISBN:
978-1-77665-510-6;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU 2;
PAU 5B;
PAU 5D;
Author:
Naylor;
Parker;
Notman;
|
| 2017/25 | 02/06/2017 |
Length at maturity was estimated at five sites in PAU 3 and at four sites in PAU 5A. It varied slightly between sites within both QMAs, but the lengths at which 50% and 95% of samples were mature were usually about 90 mm and 100 mm, respectively. Examination of gonads indicated that visual assessment of maturity was adequate. Shell length, width, and height were examined to see if they are useful predictors of length at maturity. Shell width explained slightly more of the variance in maturity, but not much more than length.
|
FAR:
2017/25;
ISSN:
1179-5352;
ISBN:
978-1-77665-589-2;
Species:
PAU;
PAU;
Stock:
PAU 3;
PAU 5A;
PAU 3;
PAU 5A;
Author:
Naylor;
Notman;
Parker;
Naylor;
Notman;
Parker;
|
| 2016/38 | 18/07/2016 |
This report summarises the data inputs for the 2015 stock assessment of blackfoot paua in PAU 7 (upper South Island). The six sets of data fitted in the assessment model were: (1) a standardised CPUE series based on the early CELR data, (2) a standardised CPUE series based on recent PCELR data, (3) commercial catch sampling length frequency series (CSLF), (4) tag-recapture length increment data, (5) maturity-at-length data (6) length frequency data from the Fighting Bay fish-down experiment. The assessment covers only Statistical Areas 017 and 038 where the catch was predominantly taken.
|
FAR:
2016/38;
ISSN:
1179-5352;
ISBN:
978-1-77665-310-2;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU 7;
FishingMethod:
Diving;
ResearchField:
blackfoot paua;
CPUE;
PAU 7;
stock assessment;
Author:
Fu;
McKenzie;
Naylor;
|
| 2016/39 | 14/07/2016 |
Protein layer deposition at the shell spire of paua is clearly not driven by either temperature or spawning activity. The deposition of protein layers on the inner surface of shells appears to be a continuous process. A dramatic fall in the gonad index between August and October 2014 was highly likely to indicate a spawning event in the area over that period. A sharp decline in water temperature at this time may have provided a cue for spawning.
|
FAR:
2016/39;
ISSN:
1179-5352;
ISBN:
978-1-77665-313-3;
ScienceStock:
Shellfish;
Species:
Haliotis iris;
Paua;
FishingMethod:
diving;
ResearchField:
ageing;
growth rings;
haliotis iris;
paua;
spawning;
Author:
Naylor;
Notman;
|
| 2016/35 | 16/06/2016 |
This report summarises the stock assessment for PAU 7 which includes fishery data up to the 2014–15 fishing year. The base case model estimated that the spawning stock population in 2015 was 18% (16–21%) of B0. The model projection made for three years using recruitment re-sampled from a period with both high and low recruitment (2002–2011), suggested that the spawning stock abundance will increase to 22% (16–29%) of in 2018 if the future catch remains at the current level, or 24% (18–31%) of B0 if the future catch is reduced to 50% of the TACC.
|
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU 7;
ResearchField:
PAU;
PAU7;
Spawning stock;
Stock Assessment;
Author:
Fu;
|
| 2016/23 | 02/05/2016 |
Length at maturity of paua (Haliotis iris) was estimated from four sites around the Taranaki coast in 1998 and in 2015–16. Lengths at maturity are low compared with most commercial paua fishery areas. The length distributions at the sites were similar between sampling times. The length distribution, the shape of the larger shells, and the relatively low lengths at maturity indicate that paua at the Taranaki sites don’t grow as large as other paua populations around New Zealand
|
FAR:
2016/23;
ISSN:
1179-5352;
ISBN:
978-1-77665-238-9;
ScienceStock:
Shellfish;
Species:
Paua;
ResearchField:
;
Length frequency;
Shell shape;
Author:
Fu;
Naylor;
Notman;
|
| 2016/16 | 15/04/2016 |
Objective 2 of the Ministry for Primary Industries’ project PAU 2008-02 involved timed-swim surveys of PAU 5D to estimate the abundance of paua in the commercial fishery. After two reviews of the timed-swim methodology it was concluded that the relationship between abundance and the survey indices was unlikely to be linear. The Shellfish Working Group decided to discontinue these surveys and to trial lead-line transect survey methods within part of PAU 5D to assess whether the variance associated with density estimates was low enough for the estimates to usefully inform the stock assessment model. The Shellfish Working Group discussed and agreed upon a survey methodology, which included the random selection of sites and a means of ensuring that transects were traversed perpendicular to the shore. To facilitate the design of surveys NIWA developed a survey design tool available to use in the open source GIS application QGIS. This document describes the survey design, the survey tool, and provides instructions of the use of the survey tool which is available from the standard QGIS plugin repository as “Survey design plugin”.
|
FAR:
2016/16;
ISSN:
1179-5352;
ISBN:
978-1-77665-214-3;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU 5D;
FishingMethod:
Transect survey;
ResearchField:
Abundance;
Author:
Wood;
|
| 2016/14 | 30/03/2016 |
The document provides a literature review of paua growth and length at maturity. The collation of growth and length at maturity data into a database is also summarised and documented. Regions of potentially different growth are suggested based on industry perception, available growth information, geographic location, and the results of tree regression analyses of commercial length frequencies. Protocols for the collection of growth and length at maturity data by industry are also provided.
|
Literature review:
Paua;
FAR:
2016/14;
ISSN:
1179-5352;
ISBN:
978-1-77665-208-2;
ScienceStock:
Inshore;
Species:
Paua;
Stock:
PAU 5A, PAU 5B, PAU 5D, PAU 2, PAU 3, PAU 5, PAU 7;
ResearchField:
Growth;
Author:
Naylor;
|
| 2015/77 | 08/12/2015 |
The estimation of age in abalone using shell growth rings has been achieved using two main techniques. These are the counting of external growth checks on the shell and the counting of internal growth checks within sections of the shell. Stable oxygen isotope analyses appear to be the most reliable method of validating the timing of growth check deposition.
|
FAR:
2015/77;
ISSN:
1179-5352;
ISBN:
978-1-77665-125-2;
ScienceStock:
Shellfish;
Species:
abalone;
haliotis iris;
Paua;
ResearchField:
external growth checks;
internal growth checks;
paua ageing;
shellfish;
stable oxygen isotope;
validating;
Author:
Naylor;
|
| 2015/71 | 20/11/2015 |
The pāua data-logger data collection programme is an industry-led initiative to achieve monitoring of the fishery. The loggers collect fine-scale dive and position data from free-diving fishers. In this study, we provide a first analysis of the data obtained from the programme, characterising its uptake and coverage in the fishery and use linear mixed models to investigate the importance of dive patterns for reported catch. Bottom time was found to be the best predictor of catches within QMAs.
|
FAR:
2015/71;
ISSN:
1179-5352;
ISBN:
978-1-77665-103-0;
ScienceStock:
Shellfish;
Species:
Haliotis iris;
Paua;
ResearchField:
Bayesian linear model;
dive logger;
GPS logger data;
Paua;
perfomance;
Author:
Abraham;
Knox;
Neubauer;
Richard;
|
| 2015/69 | 09/11/2015 |
Several techniques to estimate age in paua have recently been investigated, including the counting of protein layers in the shell, oxygen isotope ratio techniques and radiocarbon dating. In three of the nine shells examined the estimate of age was similar across all three techniques. In the other six shells the number of protein layers in the shell and the estimated isotopic ages were much more similar than the radiocarbon dating results.
|
FAR:
2015/69;
ISSN:
1179-5352;
ISBN:
978-1-77665-095-8;
ScienceStock:
Shellfish;
Species:
Paua;
ResearchField:
generalised linear model;
oxygen isotope analysis;
protein layers;
radiocarbon analysis;
Author:
Fu;
Max;
Naylor;
Neil;
Turnbull;
|
| 2015/69 | 09/11/2015 |
Several techniques to estimate age in paua have recently been investigated, including the counting of protein layers in the shell, oxygen isotope ratio techniques and radiocarbon dating. In three of the nine shells examined the estimate of age was similar across all three techniques. In the other six shells the number of protein layers in the shell and the estimated isotopic ages were much more similar than the radiocarbon dating results.
|
FAR:
2015/69;
ISSN:
1179-5352;
ISBN:
978-1-77665-095-8;
ScienceStock:
Shellfish;
Shellfish;
Species:
Paua;
Paua;
ResearchField:
generalised linear model;
generalised linear model;
oxygen isotope analysis;
oxygen isotope analysis;
protein layers;
protein layers;
radiocarbon analysis;
radiocarbon analysis;
Author:
Fu;
Fu;
Max;
Max;
Naylor;
Naylor;
Neil;
Neil;
Turnbull;
Turnbull;
|
| 2015/68 | 09/11/2015 |
Summarises the data inputs for the 2014 stock assessment of blackfoot paua in PAU 5A. Separate assessments were conducted for two subareas: a southern area (Chalky and South Coast), and a northern area (Milford, George, Central, and Dusky). The data collated for the assessment model were: (1) standardised CPUE based on CELR data (2) standardised CPUE based on PCELR data (3) a standardised research diver survey index (RDSI) (4) research diver survey proportions-at-lengths (5) commercial catch sampling length frequency (CSLF) (6) tag-recapture length increment data and (7) maturity-at-length.
|
FAR:
2015/68;
ISSN:
1179-5352;
ISBN:
978-1-77665-094-1;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU 5A;
ResearchField:
blackfoot paua;
paua;
standardised CPUE based on CELR data;
standardised CPUE based on PCELR data;
Author:
Fu;
McKenzie;
Naylor;
|
| 2015/65 | 28/10/2015 |
Title: FAR 2015/ 65 The 2014 stock assessment of paua (Haliotis iris) for Milford, George, Central, and Dusky in PAU 5A.
FAR_2015_65_PAUA5A_North.pdf
(1.9 MB)
This report summarises the stock assessment for Milford, George, Centre, and Dusky in PAU 5A which includes fishery data up to the 2013–14 fishing year. The base case model (1.5) estimated that the spawning stock population in 2014 was 47% (40–54%) of B0. The projection indicated that the probability of the spawning stock biomass being above the target (40% ) will be higher than 90% over the next three years, and that the stock status is extremely unlikely to be below the soft (20% B0)) and hard limits (10% B0)
|
FAR:
2015/65;
ISSN:
1179-5352;
ISBN:
978-1-77665-084-2;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU 5A;
ResearchField:
Centre;
Dusky;
George;
Milford;
standardised CPUE series;
Author:
Fu;
|
| 2015/64 | 28/10/2015 |
Title: FAR 2015/64 The 2014 stock assessment of paua (Haliotis iris) for Chalky and South Coast in PAU 5A.
FAR_2015_64_PAU5A_South.pdf
(2.8 MB)
This report summarises the stock assessment for Chalky and South Coast in PAU 5A which includes fishery data up to the 2013–14 fishing year. The base case model estimated that the spawning stock population in 2014 was 41% (33–50%) of B0. The projection indicated that the probability of the spawning stock biomass being above the target (40% B0) will increase from 55% in 2014 to 67% in 2016, and that the stock status is very unlikely to be below the soft (20% B0) and hard limits (10% B0)
|
FAR:
2015/64;
ISSN:
1179-5352;
ISBN:
978-1-77665-083-5;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU 5A;
ResearchField:
Chalky;
length based Bayesian estimation model;
PAU 5A;
Paua;
South Coast;
Author:
Fu;
|
| 2015/63 | 28/10/2015 |
This project aimed to determine whether protein layers in the shells of paua could reliably be used to estimate age in paua. There appeared to be a relationship between the number of protein layers in the shell and the age indicated by stable oxygen analyses in many of the shells examined; however, there was no evidence that the protein layers were laid down on an annual basis.
|
FAR:
2015/63;
ISSN:
1179-5352;
ISBN:
978-1-77665-082-8;
ScienceStock:
Shellfish;
Species:
;
Paua;
ResearchField:
abalone ageing techniques;
Oxygen isotope ratio;
Paua;
Author:
Naylor;
Neil;
|
| 2015/04 | 17/09/2015 |
An independent, external, expert panel was convened, in March 2015, to review the efficacy of New Zealand’s paua stock assessment models and associated data collection programmes.
|
FAR:
2015/04;
ISSN:
2382-2406;
ISBN:
978-1-77665-007-1;
ScienceStock:
Shellfish;
Species:
Haliotis iris;
Paua;
ResearchField:
growth;
mortality;
population dynamics;
priors;
Author:
Butterworth;
Haddon;
Haist;
Helidoniotis;
|
| 2014/45 | 19/08/2014 |
This report summarises the stock assessment for PAU 5B which includes fishery data up to the 2012–13 fishing year. The base case model (0.1) estimated that the spawning stock population in 2013 was about 44% (36–53%) of B0. The model projection made for three years assuming current catch levels and using recruitments re-sampled from the recent model estimates, suggested that the spawning stock abundance will increase to about 48% (38–61%) of B0 over the next three years
|
FAR:
2014/45;
ISSN:
1179-5352;
ISBN:
978-0-478-43726-3;
ScienceStock:
PAU;
PAU;
Species:
Paua;
Paua;
Stock:
PAU5B;
PAU5B;
ResearchField:
Stock assessment;
Stock assessment;
Author:
Fu;
Fu;
|
| 2014/44 | 19/08/2014 |
This report summarises the stock assessment for PAU 3 which includes fishery data up to the 2012–13 fishing year. The base case model estimated that B0 was about 2670 t (2470–2960 t) and the current biomass was about 52% (45–60%) of B0. The base case model may not have encompassed the uncertainty in the estimate of stock status associated with the growth.
|
FAR:
2014/44;
ISSN:
1179-5352;
ISBN:
978-0-478-43725-6;
ScienceStock:
PAU;
Species:
Paua;
Stock:
PAU3;
ResearchField:
Stock assessment;
Author:
Fu;
|
| 2014/43 | 19/08/2014 |
This document summarises the data inputs for the 2013 stock assessment of blackfoot paua in PAU 5B. The five sets of data fitted in the assessment model were: (1) a standardised CPUE series based on CELR data (2) a standardised CPUE series based on PCELR data (3) a commercial catch sampling length frequency series (4) tag-recapture length increment data and (5) maturity-at-length data. Catch history was an input to the model encompassing commercial, recreational, customary, and illegal catch.
|
FAR:
2014/43;
ISSN:
1179-5352;
ISBN:
978-0-478-43724-9;
ScienceStock:
PAU;
Species:
paua;
Stock:
PAU5B;
Author:
Fu;
McKenzie;
Naylor;
|
| 2014/42 | 19/08/2014 |
This report summarises the data inputs for the 2013 stock assessment of blackfoot paua in PAU 3. The four sets of data fitted in the assessment model were: (1) a standardised CPUE series based on CELR data (2) a standardised CPUE series based on PCELR data (3) a commercial catch sampling length frequency series (4) maturity-at-length data. Catch history was an input to the model encompassing commercial, recreational, customary, and illegal catch.
|
FAR:
2014/42;
ISSN:
1179-5352;
ISBN:
978-0-478-43723-2;
ScienceStock:
PAU;
Species:
Paua;
Stock:
PAU3;
Author:
Fu;
McKenzie;
Naylor;
|
| 2014/31 | 04/08/2014 |
Data from the industry-led pāua data logger programme were used to assess changes in standardised catches between the 2012–13 and 2013–14 fishing years in the pāua (Haliotis iris) fishery in quota management area PAU 7. We applied qualitative comparisons of temporal trends in catch as well as modelling of catch data to obtain indications of potential changes between fishing years. We found that the combined evidence did not support a decline in CPUE and overall performance of the fishery.
|
FAR:
2014/31;
ISSN:
1179-5352;
ISBN:
978-0-478-43712-6;
ScienceStock:
PAU;
Species:
Paua;
Stock:
PAU7;
Author:
Abraham;
Neubauer;
|
| 2013/57 | 21/10/2013 |
This report summarises the stock assessment for PAU 5D which includes fishery data up to the 2011–12 fishing year. The base case model estimated that the spawning stock population in 2012 (B2012) was about 35% (28–44%) of B0. The model projection made for three years assuming current catch levels and using recruitments re-sampled from the recent model estimates, suggested that the spawning stock abundance will increase to about 39% (27–54%) of B0 over the next three years.
|
FAR:
2013/57;
ISSN:
1179-5352;
ISBN:
978-0-478-42075-3;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU 5D;
FishingMethod:
Diver;
ResearchField:
PAU 5D;
paua;
stock assessment;
Author:
Fu;
|
| 2013/56 | 21/10/2013 |
This document summarises the data inputs for the 2012 stock assessment of blackfoot paua in PAU 5D. The seven sets of data collated for the assessment model were:
(1) a standardised CPUE series based on CELR data
(2) a standardised CPUE series based on PCELR data
(3) a standardised research diver survey index
(4) a research diver survey proportions-at-lengths series
(5) a commercial catch sampling length frequency series
(6) tag-recapture length increment data and
(7) maturity-at-length data.
|
FAR:
2013/56;
ISSN:
1179-5352;
ISBN:
978-0-478-42074-6;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU 5D;
FishingMethod:
diver;
ResearchField:
blackfoot;
CELR;
CPUE;
PAU 5D;
paua;
PCELR;
stock assessment;
Author:
Fu;
McKenzie;
Naylor;
|
| 2013-03 | 07/06/2013 |
Paua catch per unit effort from logger data
|
Author:
Abraham;
ResearchField:
catch per unit effort;
CPUE;
logger data;
PAU;
paua;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU;
|
| 2012/27 | 16/07/2012 |
Title: The 2011 stock assessment of paua (Haliotis iris) for PAU 7
12_27_FAR.pdf
(1.0 MB)
This report summarises the stock assessment for PAU 7 with the inclusion of data up to the 2010–11 fishing year. It describes the model structure and output, including current and projected stock status. The stock assessment is implemented as a length-based Bayesian estimation model, with point estimates of parameters based on the mode of the joint posterior distribution and uncertainty of model estimates investigated using the marginal posterior distributions generated from MCMC simulation.
|
FAR:
2012/27;
ISSN:
1179-5352;
ISBN:
978-0-478-38889-3;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAu 7;
FishingMethod:
Shelving;
ResearchField:
2011 stock assessment;
Author:
Fu;
|
| 2012/26 | 16/07/2012 |
Title: Summary of input data for the 2011 PAU 7 stock assessment
12_26_FAR.pdf
(1.1 MB)
This report summarises the data inputs for the 2011 stock assessment of blackfoot paua in PAU 7 (upper South Island): (1) standardised CPUE based on FSU/CELR data (2) standardised CPUE based on PCELR data (3) research diver survey index (RDSI) (4) research diver survey proportions-at-lengths (5) commercial catch sampling length frequency (6) tag-recapture length increment data and (7) maturity-at-length data. Catch history encompassed commercial, recreational, customary, and illegal catch.
|
FAR:
2012/26;
ISSN:
1179-5352;
ISBN:
978-0-478-38881-7;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU 7;
FishingMethod:
Shelving;
ResearchField:
2011 stock assessment;
standardised CPUE;
Author:
Fu;
McKenzie;
Naylor;
|
| 2010/46 | 01/12/2010 |
Title: The 2010 stock assessment of paua (Haliotis iris) for Milford, George, Central, and Dusky in PAU 5A
10_46_FAR.pdf
(1.9 MB)
The 2010 stock assessment of paua (Haliotis iris) for Milford, George, Central, and Dusky in PAU 5A
|
FAR:
2010/46;
ISSN:
1179-5352;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU5A;
FishingMethod:
Diving;
ResearchField:
Stock Assessment;
FMA:
FMA7;
Author:
Fu;
McKenzie;
|
| 2010/38 | 01/12/2010 |
Title: Paua research diver survey: review of data collected and simulation study of survey method
10_38_FAR.pdf
(1.7 MB)
Paua research diver survey: review of data collected and simulation study of survey method.
|
FAR:
2010/38;
ISSN:
1179-5352;
ScienceStock:
Shellfish;
Species:
Paua;
Stock:
PAU;
Author:
Haist;
|
| 2010/36 | 11/11/2010 |
Title: The 2010 stock assessment of paua (Haliotis iris) for Chalky and South Coast in PAU 5A
10_36_FAR.pdf
(2.5 MB)
This report summarises the stock assessment for the southern area of PAU 5A with the includsion of fishery data from Chalky and South Coast up to 2008-09 fishing year.
|
FAR:
2010/36;
ISSN:
1179-5352;
ScienceStock:
Shellfish;
Species:
PAU;
Paua;
Stock:
PAU5A;
FishingMethod:
diving;
ResearchField:
stock assessment;
FMA:
FMA5;
FMA7;
Author:
Fu;
McKenzie;
|
| 2010/35 | 11/11/2010 |
Title: Summary of input data for the 2010 PAU 5A stock assessment
10_35_FAR.pdf
(3.1 MB)
The stock assessments for PUA 5A were previously carried out at the QMA level. The Shellfish Working Group suggested conducting the 2010 stock assessment for two subareas of PAU 5A separately: a southern area including Chalky and South Coast, and a northern area including Milford, George, Central, and Dusky. This report summarises the data inputs for the 2010 stock assessment of blackfoot paua for the two subareas
|
FAR:
2010/35;
ISSN:
1179-5352;
ScienceStock:
Shellfish;
Species:
Paua;
PUA;
Stock:
PAU5A;
FishingMethod:
diving;
ResearchField:
stock assessment;
FMA:
FMA5;
FMA7;
Author:
Fu;
McKenzie;
Naylor;
|
| 2010/16 | 19/08/2010 |
Title: Summary of catch and effort data and standardised CPUE analyses for paua (Haliotis iris) in PAU 4, 1989-90 to 2007-08
10_16_FAR.pdf
(3.1 MB)
Summary of catch and effort data and standardised CPUE analyses for paua (Haliotis iris) in PAU 4, 1989-90 to 2007-08
|
FAR:
2010/16;
ISSN:
1179-5352;
ScienceStock:
shellfish;
Species:
PAU;
Stock:
PAU 4;
FishingMethod:
diving;
ResearchField:
;
CPUE;
FMA:
FMA4;
Author:
Fu;
|
| 2009/34 | 01/07/2009 |
Title: The 2008 stock assessment of paua (Haliotis iris) in PAU 7
09_34_FAR.pdf
(2.5 MB)
The 2008 stock assessment of paua (Haliotis iris) in PAU 7
|
Project code:
PAU2007/04;
FAR:
2009/34;
ISSN:
1175-1584;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU7;
FishingMethod:
diving;
ResearchField:
Biomass;
Stock assessment;
FMA:
FMA7;
Author:
McKenzie;
|
| 2009/33 | 01/07/2009 |
Title: Data inputs for the PAU 7 stock assessment in 2008
09_33_FAR.pdf
(648.9 kb)
Data inputs for the PAU 7 stock assessment in 2008
|
Project code:
PAU2007/04;
FAR:
2009/33;
ISSN:
1175-1584;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU7;
FishingMethod:
diving;
ResearchField:
Analytical methods;
Biomass;
FMA:
FMA7;
Author:
McKenzie;
Smith;
|
| 2008/06 | 01/01/2008 |
Title: Data used in the 2007 assessment for paua ( Haliotis iris) stock PAU 5B (Stewart Island)
\2008 FARs\08_06_FAR.pdf
(1.7 MB)
Data used in the 2007 assessment for paua (Haliotis iris) stock PAU 5B (Stewart Island)
|
ISSN:
1175-1584;
Project code:
PAU2006/03;
FAR:
2008/06;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU5B;
FishingMethod:
Diving;
ResearchField:
Stock assessment;
FMA:
FMA5;
Author:
Breen;
Smith;
|
| 2008/05 | 01/01/2008 |
The 2007 assessment for paua (Haliotis iris) stock PAU 5B (Stewart Island)
|
ISSN:
1175-1584;
Project code:
PAU2006/03;
FAR:
2008/05;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU5B;
FishingMethod:
Diving;
ResearchField:
Stock assessment;
FMA:
FMA5;
Author:
Breen;
Smith;
|
| PAU2003-01 | 01/03/2007 |
Paua shell length information from catches in PAU2,3,4,5A,5B,5D and 7 in 2005-06. Objective 3
|
Author:
Notman;
FMA:
FMA2;
FMA3;
FMA4;
FMA5;
FMA7;
PAU2003-01:
Objective 3;
ResearchField:
Population model;
stock assessment;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU2;
PAU3;
PAU4;
PAU5A;
PAU5B;
PAU5D;
PAU7;
|
| 2007/09 | 01/03/2007 |
Title: The 2006 stock assessment for paua ( Haliotis iris) stocks PAU 5A (Fiordland) and PAU 5D (Otago).
\2007 FARs\07_09_FAR.pdf
(11.6 MB)
The 2006 stock assessment for paua (Haliotis iris) stocks PAU 5A (Fiordland) and PAU 5D (Otago).
|
ISSN:
1175-1584;
Project code:
PAU2005/02;
PAU2005/03;
FAR:
2007/09;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU5A;
PAU5D;
FishingMethod:
Diving;
ResearchField:
Biomass;
CPUE;
Stock assessment;
FMA:
FMA3;
FMA5;
Author:
Breen;
Kim;
|
| 2005/47 | 01/09/2005 |
The 2005 stock assessment of paua (Haliotis iris) in PAU 7
|
ISSN:
1175-1584;
Project code:
PAU2004/01;
FAR:
2005/47;
ScienceStock:
Shellfish;
Shellfish;
Species:
PAU;
PAU;
Stock:
PAU7;
PAU7;
FishingMethod:
Diving;
Diving;
ResearchField:
Stock assessment;
Stock assessment;
FMA:
FMA7;
FMA7;
Author:
Breen;
Kim;
Breen;
Kim;
|
| 2004/55 | 01/11/2004 |
The 2004 stock assessment of paua (Haliotis iris) in PAU 4
|
Author:
Breen;
Kim;
FMA:
FMA4;
ISSN:
1175-1584;
Project code:
PAU2001/01;
ResearchField:
Stock assessment;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU4;
|
| 2004/48 | 01/09/2004 |
Title: Fishery-independent surveys of the relative abundance and size-structure of paua ( Haliotis iris) in PAU 5D
\2004 FARs\04_48_FAR.pdf
(323.8 kb)
Fishery-independent surveys of the relative abundance and size-structure of paua (Haliotis iris) in PAU 5D
|
Author:
Kim;
Naylor;
FMA:
FMA3;
FMA5;
ISSN:
1175-1584;
Project code:
PAU2001/01;
ResearchField:
Biomass;
Population structure;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU5D;
|
| 2004/40 | 01/08/2004 |
The 2004 stock assessment of paua (Haliotis iris) in PAU 5A
|
Author:
Breen;
Kim;
FishingMethod:
Diving;
FMA:
FMA5;
FMA7;
ISSN:
1175-1584;
Project code:
PAU2003/02;
ResearchField:
Stock assessment;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU5A;
|
| 2004/31 | 01/05/2004 |
Productivity and response to fishing of stunted paua stocks
|
Author:
Andrew;
Naylor;
FMA:
FMA7;
ISSN:
1175-1584;
Project code:
PAU2001/02;
ResearchField:
Biomass;
Effects of fishing;
Life-history characteristics;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU7;
|
| 2003/56 | 01/12/2003 |
Title: Incidental fishing mortality of paua ( Haliotis iris) in the PAU 7 commercial fishery
\2003 FARs\03_56_FAR.pdf
(279.9 kb)
Incidental fishing mortality of paua (Haliotis iris) in the PAU 7 commercial fishery
|
Author:
Andrew;
Gerring;
Naylor;
FMA:
FMA7;
ISSN:
1175-1584;
Project code:
PAU2001/03;
ResearchField:
Effects of fishing;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU7;
|
| 2003/35 | 01/09/2003 |
The 2003 stock assessment of paua (Haliotis iris) in PAU 7
|
Author:
Breen;
Kim;
FMA:
FMA7;
ISSN:
1175-1584;
Project code:
PAU2002/01;
ResearchField:
Stock assessment;
ScienceStock:
Shellfish;
Species:
PAU;
Stock:
PAU7;
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