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Revised Translocation Proposal for the Endemic Freshwater Crab Somanniathelphusa zanklon Formal
Submission Veolia Environmental Services Hong Kong Ltd. |
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Document Control
Document Information
Project Title |
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Document Title |
Revised Translocation Proposal for the Endemic Freshwater Crab Somanniathelphusa zanklon |
Fugro Project No. |
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Fugro Document No. |
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Issue Number |
00 |
Issue Status |
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Fugro Legal Entity |
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Issuing Office Address |
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Client Information
Client |
Veolia Environmental Services Hong Kong
Ltd. |
Client Address |
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Client Contact |
Mr. William Wan |
Client Document No. |
NENTX-FUG-RP-E-EM-I01 Revised Translocation Proposal |
Document History
Issue |
Date |
Status |
Comments on Content |
Prepared By |
Checked By |
Approved By |
00 |
16 June 2022 |
For Review |
Awaiting comments |
KJB |
FN |
CY |
Project Team
Initials |
Name |
Role |
CY |
Colin Yung |
Project Manager |
FN |
Fenelyn Nabuab |
Ecologist |
JT |
Jacky Tam |
Ecologist |
KJB |
Kalvin Jay Boregon |
Ecologist |
SMR |
Sheila Marie Rabi |
GIS Specialist |
JPT |
Jhomar Tillo |
Ecologist |
RL |
Ray Li |
Environmental Consultant |
Contents
2.2 The
Capture-Translocation Area
2.5.1 Background
of the Recipient Site
2.5.2 Translocation
to Recipient Site
Appendices
A.1 Survey Area (within NENTX) for the
Endemic Freshwater Crab Somanniathelphusa zanklon
A.2 Photos of the Collections Sites (May
2022)
B.1 Recipient Site (outside NENTX) for the
Endemic Freshwater Crab Somanniathelphusa zanklon
B.2 Photos of the Recipient Site (May 2022)
Figures in the Main Text
Figure 2.1: Net
for kick sampling
Figure 2.2:
Plastic container for translocation
Tables in the Main Text
Table 3.1:
Data sheet for aquatic fauna translocation survey
This document was prepared to update the Translocation Proposal (V4) prepared by ERM. This revised Translocation Proposal will include the post-translocation monitoring to fulfil FEP conditions 2.6 and 2.8 of FEP-01/292/2007 and the EIA Report Approval Condition no. 4.
n Section 2 details the methodology of the capture-translocation activities;
n Section 3 details the reporting requirements of the capture-translocation activities; and
n Section 4 post-translocation monitoring programme.
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Figure 2.1: Net for kick sampling |
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Figure 2.2: Plastic container for translocation |
1. Introduction
2. Methodology
3. Survey Results
4. Summary and Conclusions
Table 3.1: Data sheet for aquatic fauna translocation survey
Information |
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Description |
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Date: |
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Capture Site1: |
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Weather: |
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Capture Site2: |
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Start Time: |
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Capture Site2: |
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Finish Time: |
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Recipient Site: |
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Remarks: |
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Qualified Ecologists: |
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Individual Number |
Abundance |
Size (Carapace width, cm) |
Sex (M/F) |
Remarks |
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Bell, M.C., D.R. Eaton, R.C.A. Bannister, J.T.
Addison. 2003. A mark-recapture approach to estimating population density from
continuous trapping data: application to edible crabs, Cancer pagurus, on the east coast of England. Fisheries Research
(65):361–378.
Black & Veatch (2020). Approved
Environmental Monitoring and Audit Manual 198172/B&V/034 for the
Development at San Hing Road and Hong Po Road, Tuen Mun accessed at https://www.epd.gov.hk/eia/register/report/eiareport/eia_2632020/EM&A/02%20PDF/EMA_2.pdf
Eaton, D.R., J.T. Addison, S.P. Milligan, J.
Brown and L.J. Fernand. 2001. Larvae surveys of edible crab (Cancer pagurus) off the east coast of
England: implications for stock structure and management. ICES CM 2001/J:14.
10pp.
ERM. 2022. Translocation Proposal (version
4.0).
Lettink, M. and D.P. Armstrong. 2003. An
introduction to using mark-recapture analysis for monitoring threatened
species. Pp. 5-32 in: Department of Conservation 2003: Using mark-recapture
analysis for monitoring threatened species: introduction and case study.
Department of Conservation Technical Series 28, 63 p.