Seral Stage and Patch Size Distribution Analyses for the North Coast Timber Supply Area March 25, 2008 Funded by: Forest Investment Account through Triumph Timber Ltd. Project # 6609001 Contract Admin #: 6609001-2007-Patch/Seral Prepared by: Rick Brouwer, RPF Ltd. Limited 2803 Kenney Street Terrace, BC Canada V8G 3E6 Tel: 250 638 0337 Fax: 250 638 0227 Web: www.nwtimber.ca
Acknowledgements Thanks to Shannon Pearce at Triumph Timber for her patience with this project. Thanks to Wendy Rolston and Jim Knox of Magellan Digital Mapping for their work with the dataset. Thanks also to the representativies of local licencees for their interest in this project, and for providing block data, thereby making this project applicable and useable. Ref: NC Patch & Seral Report - (Mar 25 2008).doc ii
Executive Summary An analysis of the forest cover information was conducted to determine the seral and patch distributions for s within the North Coast Timber Supply Area. This analysis was carried out at two points in time: at the end of 2006, and then at the end of 2011, after aging the forest cover and including projected harvesting. There are instances where seral stage imbalances exist on a proportional basis for licensees who have Forest Development Units that do not fully overlap with s. These cases should be reviewed to address the imbalances and ensure that they do not affect other licensees. Information is provided on mid-seral and old seral constraints for Site Series Surogates as defined in the Central and North Coast Order. In addition, analyses to support the implementation of objectives for important fisheries watersheds and for upland streams are also provided, identifying areas that should be reviewed in more depth. Patch size distribution results for the North Coast TSA are provided. This information should limit conflicts between licencees when proceeding with block development, and will inform both licencee and Ministry of Forests and Range staff when considering the potential for cumulative impacts on the forest landbase. Information is also provided for the seral stage, special resource management zones, and patch size distribution results for licencee Forest Development Units within Landscapoe Units, and tables are provided for licencees to review their specific situations. Ref: NC Patch & Seral Report - (Mar 25 2008).doc iii
Table of Contents Executive Summary... iii 1. Introduction...5 2. Methodology...6 3. Results and Discussion...7 3.1. Seral Stage...7 3.1.1. Consolidated seral stage information (All s, all licensees)...7 3.1.2. Seral Stage information for Licencee Forest Development Units that overlap with Landscape Units...49 3.2. Ecosystem-Based Management (Central and North Coast Order)...50 3.2.1. Important Fisheries Watersheds...50 3.2.2. Upland Streams...51 3.2.3. Critical Grizzly Bear Habitat...53 3.3. Patch Size...53 3.3.1. Overall patch size distribution results (all s, all licensees)...53 3.3.2. Consolidated patch size distribution information (all s, all licensees)...55 3.3.3. Patch Size Distribution information for Licencee Forest Development Units that overlap with s...56 4. Conclusions...57 Sources of Information:...58 Appendix A: Process algorithm for Seral stage and Patch size distribution analysis (North Coast Forest District)...59 Appendix B: Patch Size and Seral Stage Procedure...2 Appendix C: Seral Stage Tables by Licencee FDU...6 Appendix D: Central and North Coast Order Tables by Licencee...7 Appendix E: Patch Size Distribution Tables by Licencee...1 Appendix F: A guide for using the Seral Stage and Patch Size Distribution Analysie for the North Coast Timber Supply Area (March 2008)...1 Ref: NC Patch & Seral Report - (Mar 25 2008).doc iv
1. Introduction This project is a roll-up and update of information that was prepared in support of implementation of the Central and North Coast Order (CNCO), and for measurement of cumulative forest impacts within the North Coast Forest District. The project involves updating the age, attribute, activity, and opening fields in a forest cover data set to make it current to December 31, 2006, and then carrying out patch and seral stage distribution analysis by landscape unit and forest development unit. This data is then trended forward for a five year period, and projected harvesting is added in. This analysis will allow licensees to evaluate their situation in achieving the targets for Landscape Units (LU) in accordance with the CNCO. No licensee is obligated to roll this information up across the Forest District this would be something that the Ministry of Forests and Range (MoFR) or the Integrated Land Management Bureau (ILMB) of the Ministry of Agriculture and Lands might do. The benefit of rolling the information up across the Forest District is that all parties in the District end up with a similar data set and a reproducible process for ongoing monitoring and evaluation of the LU targets. This will also be of benefit to MoFR and ILMB for monitoring purposes. Seral stage data is separated into four age ranges: early, mid-seral, mature, and old. These seral stages have slightly different age parameters, depending on the biogeoclimatic variant and Natural Disturbance Type (NDT) that an area falls within. The target distribution amounts for the mid and old seral stages within each LU are based on the CNCO. Patch size distribution is evaluated against three patch size ranges: small (less than 40 ha), mid-sized (40 to 80 ha), and large (80-250 ha). Patches are groupings of similarly aged openings that are adjacent to another. Adjacent is defined as contiguous, or separated by less than 200 m of forest of a different seral stage, or by natural non-forested features less than 75 m wide. The targets for patch size distribution are the same for NDTs 1 and 2 in the North Coast Forest District. There is no NCT 3 or NDT 4 within the North Coast Forest District. NDT 5 is alpine forest and will not be impacted by forest operations, so it is not included in this report. The data is also used to measure consistency with Objectives identified in the CNCO for Important Fisheries Watersheds and for Upland Forests. Ref: NC Patch & Seral Report - (Mar 25 2008).doc 5
2. Methodology In general, the steps required to carry out this project are Review and clean base data set Update data with information from licensees, ILMB, and MoFR to a common time frame Perform Seral stage analysis Perform Patch Size Distribution analysis Summarize results in tabular format The base data set used for this project is a combination of data for the North Coast Forest District, starting with the Vegetation Resource Inventory data downloaded from the Land and Resource Data Warehouse, and augmented and updated with information from the timber supply review dataset prepared by the Defined Forest Area Management group for the North Coast, as well as a further refinement of the same TSR dataset provided by the BC Ministry of Forests and Range. Review, cleaning, and updating of the data set was performed by Magellan Digital Mapping, and involved the acquisition of information from affected licensees and BC Timber Sales. This information included data on logging history, proposed harvest units for the period 2007 2011 for all licensees, and Forest Development Unit (FDU) boundaries where they were available. FDU boundaries were provided by licensees: BC Timber Sales, Coast Tsimshian Resources Limited Partnership, Metlakatla Development Corporation, Sonora Logging Ltd, and Triumph Ttimber Ltd. Seral analyses included overlapping licensee FDU boundaries with s (LU), and determining the areas of mid and old seral stages in both BEC variants and Natural Disturbance Types that fall within the FDUs in a. The seral data was also used to compare watershed-level information with targets set out in the CNCO for Important Fisheries Watersheds and for Upland Forest areas within 1:50,000 forest atlas watersheds. Patch analyses included calculating the area of patches that fall within similar groupings, by both FDU and LU. Tables are produced to summarise the areas by both, and by FDU for both the Seral and the Patch analyses. A detailed algorithm process is provided in Appendices A and B. Ref: NC Patch & Seral Report - (Mar 25 2008).doc 6
3. Results and Discussion The primary products from this project are tables that summarise the distribution of seral stages and patch sizes for s, and for watersheds identified in the Central and North Coast Order (CNCO). In addition, patch and seral information is provided regarding the portions of FDUs that fall with the LUs. This will allow licensees and the MoFR to monitor and evaluate whether CNCO targets are being achieved, or whether progress is being made towards achieving the targets. 3.1. Seral Stage The following tables provide information on the distribution of seral stages across landscape units. s are red-flagged as not achieving the seral stage targets. 3.1.1. Consolidated seral stage information (All s, all licensees) The following tables provide data for three seral stage groupings (early, mature plus old, and old) by biogeoclimatic (BGC) variant within a. A variance is calculated between the targetted seral stage limit, and the actual seral stage distribution.a red flag is identified where the variance is within 100 ha of the target or the BGC variant and NDT type within a. When the target threshold has been exceeded (early) or is in deficit (mature + old, old), negative numbers are denoted (in red with parentheses). A blank cell means that there is no red flag for this BEC variant.this data is presented at two stages (end of 2006, and end of 2011). To determine if the trend is in the right direction, specific red flag variants can be compared between 2006 and 2011. When comparing the 2006 with the 2011 data, there will be a few instances when a BEC variant is in one table and not the other. This is due to there being no area in that variant at that time. For example, if there were no early forests in an area in 2006, but there was logging projected for the period 2006-2011, then the variant will show up in the 2011 table. Ref: NC Patch & Seral Report - (Mar 25 2008).doc 7
Table 1: All LUs, -Seral situation as of Dec 31, 2006 Table 1: All LUs, -Seral situation as of Dec 31, 2006 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 8 Anyox CWH wm AU13 94.2 50 (44.2) (29.3) Yes Anyox CWH wm AU6 5.6 50 44.4 230.5 Anyox CWH wm AU7 100.0 50 (50.0) (9.4) Yes Anyox CWH wm AU8 62.6 50 (12.6) (153.7) Yes Anyox CWH wm AU9 21.9 50 28.1 2183.8 Anyox MH mm 1 AU6 48.4 50 1.6 0.1 Anyox MH mm 1 AU9 78.2 50 (28.2) (479.7) Yes Aristazabal CWH vh 2 AU5 10.8 50 39.2 19.3 Aristazabal CWH vh 2 AU8 0.6 50 49.4 95.9 Banks CWH vh 2 AU13 78.7 50 (28.7) (3.0) Yes Belle Bay CWH wm AU13 47.3 50 2.7 0.6 Belle Bay CWH wm AU8 1.2 50 48.8 841.6 Belle Bay CWH wm AU9 4.4 50 45.6 3703.0 Belle Bay MH mm 1 AU9 11.0 50 39.0 1350.6 Belle Bay MH wh 1 AU9 0.1 50 49.9 624.9 Big Falls CWH vm 1 AU5 15.1 50 34.9 57.1 Big Falls CWH vm 1 AU7 3.5 50 46.5 310.1 Big Falls CWH vm 1 AU8 6.1 50 43.9 728.7 Big Falls CWH vm 2 AU13 65.6 50 (15.6) (7.4) Yes Big Falls CWH vm 2 AU9 0.5 50 49.5 1929.2 Big Falls MH mm 1 AU8 0.1 50 49.9 68.4 Big Falls MH mm 1 AU9 9.1 50 40.9 997.0 Bishop CWH vh 2 AU13 100.0 50 (50.0) (11.9) Yes Bishop CWH vh 2 AU5 5.8 50 44.2 28.7 Bishop CWH vh 2 AU7 65.8 50 (15.8) (2.6) Yes Bishop CWH vh 2 AU8 53.5 50 (3.5) (15.4) Yes Bishop CWH vm 1 AU10 42.8 50 7.2 9.5 Bishop CWH vm 1 AU13 59.7 50 (9.7) (2.7) Yes Bishop CWH vm 1 AU4 59.5 50 (9.5) (9.3) Yes Bishop CWH vm 1 AU5 6.6 50 43.4 221.0 Bishop CWH vm 1 AU6 0.2 50 49.8 2235.9 Bishop CWH vm 1 AU7 9.5 50 40.5 291.3 Bishop CWH vm 1 AU8 6.1 50 43.9 1052.8 Bishop CWH vm 1 AU9 1.1 50 48.9 371.7 Bishop CWH vm 2 AU4 2.1 50 47.9 0.5 Bishop CWH vm 2 AU5 9.3 50 40.7 18.3 Bishop CWH vm 2 AU6 0.1 50 49.9 2406.5 Bishop CWH vm 2 AU8 7.4 50 42.6 476.5 Bishop CWH vm 2 AU9 0.4 50 49.6 1071.9 Bishop MH mm 1 AU6 5.2 50 44.8 338.9 Bishop MH mm 1 AU8 38.5 50 11.5 3.9 Bishop MH mm 1 AU9 0.9 50 49.1 169.5 Brown CWH vh 2 AU13 100.0 50 (50.0) (2.1) Yes Brown CWH vm 1 AU11 5.0 50 45.0 30.8 Brown CWH vm 1 AU13 100.0 50 (50.0) (1.4) Yes Brown CWH vm 1 AU5 15.1 50 34.9 44.6 Brown CWH vm 1 AU7 35.4 50 14.6 12.3 Brown CWH vm 1 AU8 3.8 50 46.2 400.2 Brown CWH vm 1 AU9 2.4 50 47.6 379.0 Brown CWH vm 2 AU9 0.1 50 49.9 1231.7 Brown MH mm 1 AU6 1.4 50 48.6 233.0 Brown MH mm 1 AU9 7.5 50 42.5 801.1 Brown MH wh 1 AU6 0.4 50 49.6 38.8 Brown MH wh 1 AU9 3.4 50 46.6 69.5 Captain CWH vh 2 AU13 90.1 50 (40.1) (12.3) Yes Captain CWH vh 2 AU9 0.4 50 49.6 1744.1 Captain MH wh 1 AU6 5.0 50 45.0 524.6 Captain MH wh 1 AU9 15.0 50 35.0 126.1
Table 1: All LUs, -Seral situation as of Dec 31, 2006 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 9 Chambers CWH vm 1 AU8 0.7 50 49.3 626.8 Chambers CWH vm 2 AU9 0.8 50 49.2 2021.9 Chambers MH mm 1 AU9 4.6 50 45.4 1580.2 Chapple CWH vh 2 AU13 99.3 50 (49.3) (25.3) Yes Chapple CWH vh 2 AU6 0.0 50 50.0 5807.8 Chapple CWH vh 2 AU7 70.7 50 (20.7) (3.9) Yes Chapple CWH vh 2 AU8 4.1 50 45.9 583.5 Chapple MH wh 1 AU6 1.1 50 48.9 247.8 Chapple MH wh 1 AU9 0.0 50 50.0 459.1 Dundas CWH vh 2 AU12 0.1 50 49.9 3573.8 Dundas CWH vh 2 AU5 100.0 50 (50.0) (1.6) Yes Gil CWH vh 2 AU13 96.1 50 (46.1) (43.9) Yes Gil CWH vh 2 AU8 2.1 50 47.9 828.5 Gil CWH vh 2 AU9 0.1 50 49.9 1676.2 Gil MH wh 1 AU13 99.9 50 (49.9) (0.0) Yes Gil MH wh 1 AU9 1.8 50 48.2 96.6 Gribbell CWH vh 2 AU10 27.0 50 23.0 8.4 Gribbell CWH vh 2 AU13 54.6 50 (4.6) (3.4) Yes Gribbell CWH vh 2 AU5 0.5 50 49.5 136.0 Gribbell CWH vh 2 AU6 1.3 50 48.7 3788.5 Gribbell CWH vh 2 AU7 0.3 50 49.7 177.9 Gribbell CWH vh 2 AU8 5.4 50 44.6 809.5 Gribbell CWH vh 2 AU9 2.9 50 47.1 883.8 Gribbell MH wh 1 AU5 51.4 50 (1.4) (0.1) Yes Gribbell MH wh 1 AU6 12.1 0 37.9 343.7 Gribbell MH wh 1 AU7 100.0 50 (100.0) (3.9) Yes Gribbell MH wh 1 AU8 49.5 50 0.5 0.3 Gribbell MH wh 1 AU9 9.9 50 40.1 136.7 Hartley CWH vh 2 AU10 14.4 50 35.6 12.3 Hartley CWH vh 2 AU13 47.5 50 2.5 1.3 Hartley CWH vh 2 AU5 3.9 50 46.1 210.0 Hartley CWH vh 2 AU6 0.5 50 49.5 12389.2 Hartley CWH vh 2 AU7 65.1 50 (15.1) (8.1) Yes Hartley CWH vh 2 AU8 5.3 50 44.7 1502.5 Hartley CWH vh 2 AU9 1.2 50 48.8 4536.5 Hartley MH wh 1 AU6 0.6 50 49.4 287.3 Hartley MH wh 1 AU8 86.4 50 (36.4) (6.1) Yes Hartley MH wh 1 AU9 1.8 50 48.2 390.8 Hawkes CWH vh 2 AU7 2.3 50 47.7 34.8 Hawkes CWH vh 2 AU8 0.2 50 49.8 1004.0 Hawkes CWH vh 2 AU9 0.7 50 49.3 1579.0 Hawkes MH wh 1 AU6 1.4 50 48.6 169.6 Hawkes MH wh 1 AU9 1.5 50 48.5 546.5 Helmcken CWH vh 2 AU13 64.3 50 (14.3) (1.7) Yes Helmcken CWH vh 2 AU6 0.1 50 49.9 16030.8 Helmcken CWH vh 2 AU8 2.6 50 47.4 209.1 Helmcken MH wh 1 AU6 2.8 50 47.2 437.1 Hevenor CWH vh 2 AU13 48.6 50 1.4 0.7 Hevenor CWH vh 2 AU8 0.1 50 49.9 1372.7 Hevenor CWH vh 2 AU9 0.1 50 49.9 3010.5 Hevenor MH wh 1 AU6 0.6 50 49.4 207.4 Hevenor MH wh 1 AU9 3.7 50 46.3 598.9 Johnston CWH vm 1 AU10 17.4 50 32.6 23.1 Johnston CWH vm 1 AU11 1.6 50 48.4 109.0 Johnston CWH vm 1 AU13 50.4 50 (0.4) (1.4) Yes Johnston CWH vm 1 AU5 2.0 50 48.0 48.3 Johnston CWH vm 1 AU7 15.3 50 34.7 30.9 Johnston CWH vm 1 AU9 1.1 50 48.9 1076.9 Johnston CWH vm 2 AU13 29.4 50 20.6 8.9 Johnston CWH vm 2 AU8 0.3 50 49.7 299.7
Table 1: All LUs, -Seral situation as of Dec 31, 2006 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 10 Johnston CWH vm 2 AU9 0.4 50 49.6 3024.7 Johnston MH mm 1 AU9 5.0 50 45.0 603.6 Kaien CWH vh 2 AU12 0.4 50 49.6 1001.4 Kaien CWH vh 2 AU13 75.4 50 (25.4) (135.3) Yes Kaien CWH vh 2 AU6 0.1 50 49.9 10803.3 Kaien CWH vh 2 AU7 16.2 50 33.8 89.4 Kaien CWH vh 2 AU8 4.4 50 45.6 1727.5 Kaien MH wh 1 AU13 99.9 50 (49.9) (0.0) Yes Kaien MH wh 1 AU9 4.4 50 45.6 780.0 Khtada CWH vm 1 AU11 1.5 50 48.5 39.3 Khtada CWH vm 1 AU13 84.7 50 (34.7) (149.2) Yes Khtada CWH vm 1 AU7 15.4 50 34.6 46.6 Khtada CWH vm 1 AU8 0.3 50 49.7 1080.3 Khtada CWH vm 2 AU7 100.0 50 (50.0) (1.3) Yes Khtada MH mm 1 AU9 4.2 50 45.8 820.9 Khutzeymateen Park CWH vm 1 AU10 2.3 50 47.7 61.9 Khutzeymateen Park CWH vm 1 AU13 63.2 50 (13.2) (11.4) Yes Khutzeymateen Park CWH vm 1 AU8 4.3 50 45.7 143.8 Khutzeymateen Park CWH vm 1 AU9 0.2 50 49.8 165.1 Khutzeymateen Park CWH vm 2 AU9 4.7 50 45.3 260.5 Khutzeymateen Park CWH wm AU13 40.1 50 9.9 13.5 Khutzeymateen Park CWH wm AU8 0.9 50 49.1 958.1 Khutzeymateen Park CWH wm AU9 2.3 0 47.7 1843.2 Khutzeymateen Park MH mm 1 AU11 100.0 50 (100.0) (2.9) Yes Khutzeymateen Park MH mm 1 AU8 5.6 50 44.4 30.9 Khutzeymateen Park MH mm 1 AU9 10.4 50 39.6 978.6 Khyex CWH vm 1 AU13 50.9 50 (0.9) (1.9) Yes Khyex CWH vm 1 AU6 0.8 50 49.2 482.0 Khyex CWH vm 1 AU7 39.1 50 10.9 13.1 Khyex CWH vm 1 AU8 7.0 50 43.0 807.1 Khyex CWH vm 1 AU9 0.1 50 49.9 1362.5 Khyex CWH vm 2 AU13 100.0 50 (50.0) (3.2) Yes Khyex CWH vm 2 AU9 0.2 50 49.8 2105.0 Khyex MH mm 1 AU9 8.7 50 41.3 1104.8 Kitkiata CWH vm 1 AU9 0.0 50 50.0 1668.5 Kitkiata MH mm 1 AU9 1.8 50 48.2 378.5 Kitsault CWH wm AU8 68.0 50 (18.0) (10.6) Yes Kitsault CWH ws 1 AU13 20.3 50 29.7 116.7 Kitsault CWH ws 1 AU7 8.1 50 41.9 314.5 Kitsault CWH ws 1 AU8 6.4 50 43.6 1410.5 Kitsault CWH ws 1 AU9 13.9 50 36.1 547.3 Kitsault CWH ws 2 AU13 100.0 50 (50.0) (0.7) Yes Kitsault CWH ws 2 AU8 0.6 50 49.4 1906.1 Kitsault CWH ws 2 AU9 0.5 50 49.5 3045.2 Kitsault MH mm 2 AU8 5.0 50 45.0 458.0 Kitsault MH mm 2 AU9 1.0 50 49.0 6028.0 Klekane CWH vm 1 AU13 100.0 50 (50.0) (1.1) Yes Klekane CWH vm 1 AU6 0.6 50 49.4 156.2 Klekane CWH vm 1 AU9 25.3 50 24.7 12.6 Klekane CWH vm 2 AU6 0.4 50 49.6 217.3 Klekane CWH vm 2 AU9 30.3 50 19.7 24.1 Klekane MH mm 1 AU9 59.5 50 (9.5) (9.1) Yes Kshwan CWH wm AU13 20.4 50 29.6 72.4 Kshwan CWH wm AU9 1.0 50 49.0 1244.7 Kshwan MH mm 1 AU9 13.3 50 36.7 501.9 Kumealon CWH vh 2 AU10 14.2 50 35.8 32.0 Kumealon CWH vh 2 AU13 43.4 50 6.6 7.8 Kumealon CWH vh 2 AU5 0.3 50 49.7 261.6 Kumealon CWH vh 2 AU7 13.3 50 36.7 129.5 Kumealon CWH vh 2 AU8 1.9 50 48.1 2091.3
Table 1: All LUs, -Seral situation as of Dec 31, 2006 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 11 Kumealon CWH vh 2 AU9 0.8 50 49.2 2638.3 Kumealon MH mm 1 AU9 0.3 50 49.7 11.2 Kumealon MH wh 1 AU9 0.3 50 49.7 1358.5 Kwinamass CWH vm 1 AU13 21.7 50 28.3 26.2 Kwinamass CWH vm 1 AU9 0.0 50 50.0 1120.7 Kwinamass CWH vm 2 AU9 1.6 50 48.4 2519.0 Kwinamass MH mm 1 AU9 11.5 50 38.5 1264.7 Laredo CWH vh 2 AU13 57.1 50 (7.1) (1.4) Yes Laredo CWH vh 2 AU5 11.3 50 38.7 75.4 Laredo CWH vh 2 AU6 0.0 50 50.0 6966.6 Laredo CWH vh 2 AU8 0.2 50 49.8 428.0 Laredo CWH vh 2 AU9 0.6 50 49.4 657.4 Laredo MH wh 1 AU6 3.5 50 46.5 393.2 Laredo MH wh 1 AU8 19.5 50 30.5 7.4 Laredo MH wh 1 AU9 0.0 50 50.0 115.5 Marmot CWH wm AU13 53.7 50 (3.7) (2.7) Yes Marmot CWH wm AU8 12.7 50 37.3 1721.9 Marmot CWH wm AU9 0.3 50 49.7 2917.2 Marmot MH mm 1 AU8 1.0 50 49.0 273.1 Marmot MH mm 1 AU9 2.9 50 47.1 2218.6 McCauley CWH vh 2 AU13 100.0 50 (50.0) (2.2) Yes Monckton CWH vh 2 AU13 68.9 50 (18.9) (8.4) Yes Monckton CWH vh 2 AU9 0.2 50 49.8 1685.5 Monckton MH wh 1 AU6 2.7 50 47.3 42.3 Observatory East CWH wm AU9 0.2 50 49.8 3240.5 Observatory East MH mm 1 AU9 3.3 50 46.7 684.8 Observatory West CWH vh 2 AU13 20.9 50 29.1 17.3 Observatory West CWH vh 2 AU9 0.3 50 49.7 1254.6 Observatory West CWH wm AU12 100.0 50 (50.0) (3.6) Yes Observatory West CWH wm AU13 23.5 50 26.5 21.8 Observatory West CWH wm AU6 25.6 50 24.4 51.6 Observatory West CWH wm AU8 45.9 50 4.1 51.8 Observatory West CWH wm AU9 26.6 50 23.4 1124.9 Observatory West MH mm 1 AU8 98.8 50 (48.8) (5.4) Yes Observatory West MH mm 1 AU9 26.6 50 23.4 233.4 Observatory West MH wh 1 AU9 11.3 50 38.7 291.2 Olh CWH wm AU13 27.6 50 22.4 72.0 Olh CWH wm AU6 23.0 50 27.0 90.7 Olh CWH wm AU7 4.3 50 45.7 32.7 Olh CWH wm AU8 23.0 50 27.0 477.9 Olh CWH wm AU9 24.5 50 25.5 1469.8 Olh MH mm 1 AU12 100.0 50 (50.0) (5.1) Yes Olh MH mm 1 AU8 26.3 50 23.7 3.6 Olh MH mm 1 AU9 60.5 50 (10.5) (200.6) Yes Pa - aat CWH vh 2 AU13 13.7 50 36.3 18.7 Pa - aat CWH vh 2 AU6 0.0 50 50.0 4431.7 Pa - aat MH wh 1 AU6 0.6 50 49.4 313.2 Pa - aat MH wh 1 AU9 2.4 50 47.6 209.5 Pearse CWH vh 2 AU13 68.8 50 (18.8) (2.1) Yes Pearse CWH vh 2 AU5 12.1 50 37.9 49.6 Porcher CWH vh 2 AU13 14.1 50 35.9 46.7 Porcher CWH vh 2 AU5 1.7 50 48.3 63.9 Porcher CWH vh 2 AU6 0.0 50 50.0 20240.2 Porcher CWH vh 2 AU7 36.9 50 13.1 18.7 Porcher CWH vh 2 AU8 4.7 50 45.3 1281.6 Porcher CWH vh 2 AU9 0.2 50 49.8 3959.1 Porcher MH wh 1 AU6 0.2 50 49.8 452.1 Porcher MH wh 1 AU8 4.8 50 45.2 25.8 Porcher MH wh 1 AU9 1.7 50 48.3 312.3 Quottoon CWH vh 2 AU13 90.1 50 (40.1) (33.9) Yes
Table 1: All LUs, -Seral situation as of Dec 31, 2006 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 12 Quottoon CWH vh 2 AU6 0.0 50 50.0 859.0 Quottoon CWH vh 2 AU8 9.4 50 40.6 433.9 Quottoon CWH vh 2 AU9 1.2 50 48.8 653.0 Quottoon CWH vm 1 AU11 30.8 50 19.2 26.9 Quottoon CWH vm 1 AU12 1.6 50 48.4 44.8 Quottoon CWH vm 1 AU13 33.1 50 16.9 19.2 Quottoon CWH vm 1 AU6 0.7 50 49.3 547.5 Quottoon CWH vm 1 AU8 1.2 50 48.8 420.5 Quottoon CWH vm 1 AU9 0.3 50 49.7 426.0 Quottoon CWH vm 2 AU13 65.8 50 (15.8) (0.4) Yes Quottoon CWH vm 2 AU5 31.6 50 18.4 1.5 Quottoon CWH vm 2 AU8 0.8 50 49.2 327.3 Quottoon CWH vm 2 AU9 4.0 50 46.0 1178.6 Quottoon MH mm 1 AU5 1.2 50 48.8 6.0 Quottoon MH mm 1 AU6 1.2 50 48.8 102.0 Quottoon MH mm 1 AU9 7.2 50 42.8 1025.7 Quottoon MH wh 1 AU9 16.1 50 33.9 238.5 Red Bluff CWH vh 2 AU13 77.4 50 (27.4) (26.3) Yes Red Bluff CWH vh 2 AU5 2.4 50 47.6 99.9 Red Bluff CWH vh 2 AU7 7.4 50 42.6 55.5 Red Bluff CWH vh 2 AU8 2.9 50 47.1 1483.7 Red Bluff CWH vh 2 AU9 1.1 50 48.9 3005.6 Red Bluff MH wh 1 AU8 3.8 50 46.2 2.7 Red Bluff MH wh 1 AU9 5.3 50 44.7 265.3 Scotia CWH vm 1 AU13 49.1 50 0.9 0.5 Scotia CWH vm 1 AU7 1.1 50 48.9 245.6 Scotia CWH vm 1 AU8 1.5 50 48.5 1647.3 Scotia CWH vm 1 AU9 0.7 50 49.3 506.1 Scotia CWH vm 2 AU13 100.0 50 (50.0) (0.4) Yes Scotia CWH vm 2 AU8 0.4 50 49.6 871.6 Scotia CWH vm 2 AU9 0.1 50 49.9 2432.6 Scotia MH mm 1 AU8 2.6 50 47.4 29.2 Scotia MH mm 1 AU9 5.6 0 44.4 1445.7 Skeena Islands CWH vm 1 AU10 19.4 50 30.6 17.5 Skeena Islands CWH vm 1 AU11 50.4 50 (0.4) (0.4) Yes Skeena Islands CWH vm 1 AU13 25.4 50 24.6 367.0 Skeena Islands CWH vm 1 AU8 4.4 50 45.6 335.8 Skeena Islands MH mm 1 AU9 3.0 50 47.0 167.9 Somerville CWH vm 1 AU10 15.9 50 34.1 36.6 Somerville CWH vm 1 AU11 31.2 50 18.8 31.1 Somerville CWH vm 1 AU13 87.7 50 (37.7) (39.9) Yes Somerville CWH vm 1 AU7 71.0 50 (21.0) (127.7) Yes Somerville CWH vm 1 AU8 11.1 50 38.9 1719.2 Somerville CWH vm 1 AU9 0.4 50 49.6 1894.9 Somerville CWH vm 2 AU10 19.8 50 30.2 7.8 Somerville CWH vm 2 AU13 16.0 50 34.0 0.0 Somerville CWH vm 2 AU7 79.1 50 (29.1) (9.4) Yes Somerville CWH vm 2 AU8 0.2 50 49.8 736.6 Somerville CWH vm 2 AU9 1.6 0 48.4 3020.0 Somerville MH mm 1 AU10 106.9 0 (106.9) (0.0) Yes Somerville MH mm 1 AU11 100.0 50 (100.0) (2.0) Yes Somerville MH mm 1 AU12 7.2 50 42.8 14.4 Somerville MH mm 1 AU6 1.2 50 48.8 183.2 Somerville MH mm 1 AU7 100.0 50 (50.0) (0.4) Yes Somerville MH mm 1 AU8 9.4 50 40.6 23.1 Somerville MH mm 1 AU9 6.0 50 44.0 1626.5 Somerville MH wh 1 AU6 72.3 50 (22.3) (7.0) Yes Somerville MH wh 1 AU9 2.6 50 47.4 207.1 Sparkling CWH vm 1 AU12 1.0 50 49.0 150.1 Sparkling CWH vm 1 AU13 67.6 50 (17.6) (32.9) Yes
Table 1: All LUs, -Seral situation as of Dec 31, 2006 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 13 Sparkling CWH vm 1 AU7 5.9 50 44.1 87.6 Sparkling CWH vm 1 AU8 1.3 50 48.7 344.9 Sparkling CWH vm 1 AU9 1.3 50 48.7 547.8 Sparkling MH mm 1 AU6 1.0 50 49.0 50.2 Sparkling MH mm 1 AU9 6.3 50 43.7 782.7 Stagoo CWH wm AU13 20.7 50 29.3 41.1 Stagoo CWH wm AU8 0.7 50 49.3 1759.6 Stagoo CWH wm AU9 0.2 50 49.8 3715.1 Stagoo CWH ws 1 AU13 100.0 50 (50.0) (10.0) Yes Stagoo MH mm 1 AU12 1.5 50 48.5 11.1 Stagoo MH mm 1 AU7 0.8 50 49.2 9.3 Stagoo MH mm 1 AU8 3.9 50 46.1 144.7 Stagoo MH mm 1 AU9 7.2 50 42.8 1822.7 Surf CWH vh 2 AU10 74.0 50 (24.0) (4.3) Yes Surf CWH vh 2 AU13 96.2 50 (46.2) (72.7) Yes Surf CWH vh 2 AU6 0.2 50 49.8 8155.1 Surf CWH vh 2 AU8 2.1 50 47.9 732.0 Surf CWH vh 2 AU9 3.5 50 46.5 1438.0 Surf CWH vm 1 AU13 100.0 50 (50.0) (9.8) Yes Surf CWH vm 1 AU5 2.6 50 47.4 61.1 Surf CWH vm 1 AU6 2.3 50 47.7 442.8 Surf CWH vm 1 AU8 1.3 50 48.7 325.7 Surf CWH vm 1 AU9 5.7 50 44.3 115.7 Surf CWH vm 2 AU5 19.6 50 30.4 4.0 Surf CWH vm 2 AU6 7.1 50 42.9 115.0 Surf CWH vm 2 AU9 15.3 50 34.7 67.4 Surf MH mm 1 AU6 18.2 50 31.8 50.3 Surf MH mm 1 AU8 68.7 50 (18.7) (1.8) Yes Surf MH mm 1 AU9 10.4 50 39.6 36.2 Surf MH wh 1 AU13 100.0 50 (50.0) (1.9) Yes Surf MH wh 1 AU6 0.5 50 49.5 617.2 Surf MH wh 1 AU8 5.4 50 44.6 10.8 Surf MH wh 1 AU9 8.2 50 41.8 465.5 Tolmie CWH vh 2 AU4 100.0 50 (50.0) (2.4) Yes Triumph CWH vm 1 AU13 55.1 50 (5.1) (3.5) Yes Triumph CWH vm 1 AU4 100.0 50 (50.0) (6.2) Yes Triumph CWH vm 1 AU5 14.7 50 35.3 157.5 Triumph CWH vm 1 AU6 0.9 50 49.1 839.5 Triumph CWH vm 1 AU7 38.4 50 11.6 30.7 Triumph CWH vm 1 AU8 8.3 50 41.7 982.0 Triumph CWH vm 1 AU9 2.1 50 47.9 333.4 Triumph CWH vm 2 AU13 34.3 50 15.7 0.2 Triumph CWH vm 2 AU5 20.3 50 29.7 58.8 Triumph CWH vm 2 AU6 4.8 50 45.2 814.1 Triumph CWH vm 2 AU7 6.2 50 43.8 15.7 Triumph CWH vm 2 AU8 9.0 50 41.0 502.3 Triumph CWH vm 2 AU9 3.7 50 46.3 555.3 Triumph MH mm 1 AU5 100.0 50 (50.0) (1.0) Yes Triumph MH mm 1 AU6 8.5 50 41.5 257.0 Triumph MH mm 1 AU7 99.6 50 (49.6) (0.0) Yes Triumph MH mm 1 AU8 56.6 50 (6.6) (6.0) Yes Triumph MH mm 1 AU9 8.4 50 41.6 100.8 Tuck CWH vh 2 AU12 0.1 50 49.9 1440.5 Tuck CWH vh 2 AU13 49.6 50 0.4 0.8 Tuck CWH vh 2 AU6 0.3 50 49.7 7848.0 Tuck CWH vh 2 AU8 0.1 50 49.9 1606.4 Tuck CWH vh 2 AU9 0.5 50 49.5 2368.5 Tuck MH wh 1 AU13 99.9 50 (49.9) (0.0) Yes Tuck MH wh 1 AU6 0.0 50 50.0 480.6 Tuck MH wh 1 AU9 4.0 50 46.0 604.4
Table 1: All LUs, -Seral situation as of Dec 31, 2006 (<%) Union CWH vh 2 AU13 32.9 50 17.1 5.3 Union CWH vh 2 AU8 1.2 50 48.8 445.5 Union CWH vh 2 AU9 1.0 50 49.0 922.3 Union CWH vm 1 AU13 45.4 50 4.6 1.4 Union CWH vm 1 AU9 0.1 50 49.9 339.7 Union CWH vm 2 AU11 16.3 50 33.7 12.6 Union CWH vm 2 AU12 4.1 50 45.9 55.3 Union CWH vm 2 AU7 100.0 50 (50.0) (0.2) Yes Union CWH vm 2 AU9 3.2 50 46.8 863.6 Union MH mm 1 AU7 100.0 50 (50.0) (3.5) Yes Union MH mm 1 AU9 10.0 50 40.0 510.4 Union MH wh 1 AU12 61.8 50 (11.8) (1.1) Yes Union MH wh 1 AU6 2.3 50 47.7 300.9 Union MH wh 1 AU9 6.1 50 43.9 588.1 Whalen CWH vh 2 AU13 86.6 50 (36.6) (37.2) Yes Whalen CWH vh 2 AU6 0.4 50 49.6 1387.0 Whalen CWH vh 2 AU7 100.0 50 (50.0) (4.0) Yes Whalen CWH vh 2 AU8 1.3 50 48.7 318.1 Whalen CWH vh 2 AU9 0.7 50 49.3 364.4 Whalen CWH vm 1 AU10 58.3 50 (8.3) (8.0) Yes Whalen CWH vm 1 AU13 92.9 50 (42.9) (86.6) Yes Whalen CWH vm 1 AU4 100.0 50 (50.0) (15.3) Yes Whalen CWH vm 1 AU6 0.8 50 49.2 1833.2 Whalen CWH vm 1 AU7 7.9 50 42.1 264.1 Whalen CWH vm 1 AU8 0.5 50 49.5 1929.4 Whalen CWH vm 1 AU9 2.1 50 47.9 944.8 Whalen CWH vm 2 AU13 100.0 50 (50.0) (23.9) Yes Whalen CWH vm 2 AU6 0.6 50 49.4 1395.4 Whalen CWH vm 2 AU9 4.0 50 46.0 1149.1 Whalen MH mm 1 AU13 100.0 50 (50.0) (4.6) Yes Whalen MH mm 1 AU6 3.0 50 47.0 642.3 Whalen MH mm 1 AU9 5.9 50 44.1 521.3 Whalen MH wh 1 AU6 6.2 50 43.8 108.2 Whalen MH wh 1 AU9 6.3 50 43.7 158.9 Ref: NC Patch & Seral Report - (Mar 25 2008).doc 14
Table 2: All LUs, -Seral situation as of Dec 31, 2011 Table 2: All LUs, -Seral situation as of Dec 31, 2011 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 15 Anyox CWH wm AU13 94.2 50 (44.2) (29.3) Yes Anyox CWH wm AU6 5.6 50 44.4 230.5 Anyox CWH wm AU8 55.0 50 (5.0) (61.1) Yes Anyox CWH wm AU9 16.5 50 33.5 2610.0 Anyox MH mm 1 AU6 48.4 50 1.6 0.1 Anyox MH mm 1 AU9 78.2 50 (28.2) (479.7) Yes Aristazabal CWH vh 2 AU5 10.8 50 39.2 19.3 Aristazabal CWH vh 2 AU8 2.5 50 47.5 92.1 Banks CWH vh 2 AU13 78.4 50 (28.4) (3.0) Yes Belle Bay CWH wm AU13 100.0 50 (50.0) (10.7) Yes Belle Bay CWH wm AU8 1.2 50 48.8 841.6 Belle Bay CWH wm AU9 4.4 50 45.6 3703.0 Belle Bay MH mm 1 AU9 11.0 50 39.0 1350.6 Belle Bay MH wh 1 AU9 0.1 50 49.9 624.9 Big Falls CWH vm 1 AU13 54.7 50 (4.7) (0.1) Yes Big Falls CWH vm 1 AU4 85.4 50 (35.4) (4.8) Yes Big Falls CWH vm 1 AU5 15.1 50 34.9 57.1 Big Falls CWH vm 1 AU7 3.5 50 46.5 310.1 Big Falls CWH vm 1 AU8 7.3 50 42.7 708.2 Big Falls CWH vm 1 AU9 2.5 50 47.5 524.2 Big Falls CWH vm 2 AU13 65.6 50 (15.6) (7.4) Yes Big Falls CWH vm 2 AU9 0.5 50 49.5 1929.2 Big Falls MH mm 1 AU8 0.1 50 49.9 68.4 Big Falls MH mm 1 AU9 9.1 50 40.9 997.0 Bishop CWH vh 2 AU13 100.0 50 (50.0) (11.9) Yes Bishop CWH vh 2 AU5 5.8 50 44.2 28.7 Bishop CWH vh 2 AU7 65.8 50 (15.8) (2.6) Yes Bishop CWH vh 2 AU8 53.5 50 (3.5) (15.4) Yes Bishop CWH vm 1 AU10 28.4 50 21.6 28.5 Bishop CWH vm 1 AU13 59.5 50 (9.5) (2.6) Yes Bishop CWH vm 1 AU4 45.2 50 4.8 4.7 Bishop CWH vm 1 AU5 0.4 50 49.6 252.7 Bishop CWH vm 1 AU6 0.2 50 49.8 2235.9 Bishop CWH vm 1 AU7 5.1 50 44.9 323.4 Bishop CWH vm 1 AU8 6.2 50 43.8 1050.0 Bishop CWH vm 1 AU9 5.1 50 44.9 341.6 Bishop CWH vm 2 AU5 8.8 50 41.2 18.5 Bishop CWH vm 2 AU6 0.8 50 49.2 2374.8 Bishop CWH vm 2 AU8 7.4 50 42.6 476.5 Bishop CWH vm 2 AU9 0.8 50 49.2 1063.4 Bishop MH mm 1 AU6 6.8 50 43.2 326.3 Bishop MH mm 1 AU8 38.5 50 11.5 3.9 Bishop MH mm 1 AU9 1.8 50 48.2 166.6 Brown CWH vh 2 AU13 100.0 50 (50.0) (2.1) Yes Brown CWH vh 2 AU8 22.3 50 27.7 5.5 Brown CWH vm 1 AU11 5.0 50 45.0 30.8 Brown CWH vm 1 AU13 100.0 50 (50.0) (1.4) Yes Brown CWH vm 1 AU5 15.1 50 34.9 44.6 Brown CWH vm 1 AU7 35.4 50 14.6 12.3 Brown CWH vm 1 AU8 7.3 50 42.7 369.7 Brown CWH vm 1 AU9 2.4 50 47.6 379.0 Brown CWH vm 2 AU9 0.1 50 49.9 1231.7 Brown MH mm 1 AU6 1.4 50 48.6 233.0 Brown MH mm 1 AU9 7.5 50 42.5 801.1 Brown MH wh 1 AU6 0.4 50 49.6 38.8 Brown MH wh 1 AU9 3.4 50 46.6 69.5 Captain CWH vh 2 AU13 89.6 50 (39.6) (12.2) Yes Captain CWH vh 2 AU9 0.4 50 49.6 1744.1
Table 2: All LUs, -Seral situation as of Dec 31, 2011 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 16 Captain MH wh 1 AU6 5.0 50 45.0 524.6 Captain MH wh 1 AU9 15.0 50 35.0 126.1 Chambers CWH vm 1 AU8 0.7 50 49.3 626.8 Chambers CWH vm 2 AU9 0.7 50 49.3 2025.6 Chambers MH mm 1 AU9 4.6 50 45.4 1580.2 Chapple CWH vh 2 AU13 47.9 50 2.1 1.1 Chapple CWH vh 2 AU7 70.7 50 (20.7) (3.9) Yes Chapple CWH vh 2 AU8 4.1 50 45.9 583.5 Chapple MH wh 1 AU6 1.1 50 48.9 247.8 Chapple MH wh 1 AU9 0.0 50 50.0 459.1 Dundas CWH vh 2 AU12 0.1 50 49.9 3573.8 Dundas CWH vh 2 AU5 100.0 50 (50.0) (1.6) Yes Gil CWH vh 2 AU13 82.6 50 (32.6) (31.0) Yes Gil CWH vh 2 AU8 2.1 50 47.9 828.5 Gil CWH vh 2 AU9 0.1 50 49.9 1677.6 Gil MH wh 1 AU13 99.9 50 (49.9) (0.0) Yes Gil MH wh 1 AU9 1.8 50 48.2 96.6 Gribbell CWH vh 2 AU10 27.0 50 23.0 8.4 Gribbell CWH vh 2 AU13 54.6 50 (4.6) (3.4) Yes Gribbell CWH vh 2 AU5 0.5 50 49.5 136.0 Gribbell CWH vh 2 AU6 1.4 50 48.6 3777.5 Gribbell CWH vh 2 AU7 0.3 50 49.7 177.9 Gribbell CWH vh 2 AU8 5.8 50 44.2 801.3 Gribbell CWH vh 2 AU9 2.9 50 47.1 883.8 Gribbell MH wh 1 AU5 51.4 50 (1.4) (0.1) Yes Gribbell MH wh 1 AU6 14.0 0 36.0 326.7 Gribbell MH wh 1 AU7 100.0 50 (100.0) (3.9) Yes Gribbell MH wh 1 AU8 49.5 50 0.5 0.3 Gribbell MH wh 1 AU9 9.9 50 40.1 136.7 Hartley CWH vh 2 AU10 14.4 50 35.6 12.3 Hartley CWH vh 2 AU13 47.5 50 2.5 1.3 Hartley CWH vh 2 AU5 3.1 50 46.9 213.7 Hartley CWH vh 2 AU6 0.6 50 49.4 12343.4 Hartley CWH vh 2 AU7 65.1 50 (15.1) (8.1) Yes Hartley CWH vh 2 AU8 6.5 50 43.5 1462.1 Hartley CWH vh 2 AU9 2.0 50 48.0 4464.1 Hartley MH wh 1 AU6 1.0 50 49.0 284.7 Hartley MH wh 1 AU8 86.9 50 (36.9) (6.2) Yes Hartley MH wh 1 AU9 3.4 50 46.6 377.3 Hawkes CWH vh 2 AU7 2.3 50 47.7 34.8 Hawkes CWH vh 2 AU8 0.8 50 49.2 992.4 Hawkes CWH vh 2 AU9 0.7 50 49.3 1579.0 Hawkes MH wh 1 AU6 1.4 50 48.6 169.6 Hawkes MH wh 1 AU8 37.9 50 12.1 4.1 Hawkes MH wh 1 AU9 1.5 50 48.5 546.5 Helmcken CWH vh 2 AU13 64.3 50 (14.3) (1.7) Yes Helmcken CWH vh 2 AU6 0.1 50 49.9 16030.8 Helmcken CWH vh 2 AU8 2.6 50 47.4 209.1 Helmcken MH wh 1 AU6 2.8 50 47.2 437.1 Hevenor CWH vh 2 AU13 48.6 50 1.4 0.7 Hevenor CWH vh 2 AU8 0.1 50 49.9 1372.7 Hevenor CWH vh 2 AU9 0.1 50 49.9 3010.5 Hevenor MH wh 1 AU6 0.6 50 49.4 207.4 Hevenor MH wh 1 AU9 3.7 50 46.3 598.9 Johnston CWH vm 1 AU10 17.4 50 32.6 23.1 Johnston CWH vm 1 AU11 1.6 50 48.4 109.0 Johnston CWH vm 1 AU13 49.0 50 1.0 3.6 Johnston CWH vm 1 AU5 2.0 50 48.0 48.3 Johnston CWH vm 1 AU7 42.6 50 7.4 6.6 Johnston CWH vm 1 AU9 1.1 50 48.9 1076.9
Table 2: All LUs, -Seral situation as of Dec 31, 2011 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 17 Johnston CWH vm 2 AU13 29.4 50 20.6 8.9 Johnston CWH vm 2 AU8 0.3 50 49.7 299.7 Johnston CWH vm 2 AU9 0.4 50 49.6 3024.7 Johnston MH mm 1 AU9 5.0 50 45.0 603.6 Kaien CWH vh 2 AU12 1.6 50 48.4 977.6 Kaien CWH vh 2 AU13 82.2 50 (32.2) (171.8) Yes Kaien CWH vh 2 AU6 0.1 50 49.9 10803.3 Kaien CWH vh 2 AU7 21.7 50 28.3 75.0 Kaien CWH vh 2 AU8 5.4 50 44.6 1691.2 Kaien MH wh 1 AU13 99.9 50 (49.9) (0.0) Yes Kaien MH wh 1 AU9 4.4 50 45.6 780.0 Khtada CWH vm 1 AU11 1.5 50 48.5 39.3 Khtada CWH vm 1 AU13 87.6 50 (37.6) (161.9) Yes Khtada CWH vm 1 AU7 15.4 50 34.6 46.6 Khtada CWH vm 1 AU8 0.3 50 49.7 1080.3 Khtada CWH vm 2 AU7 100.0 50 (50.0) (1.3) Yes Khtada MH mm 1 AU9 4.2 50 45.8 820.9 Khutzeymateen Park CWH vm 1 AU10 2.3 50 47.7 61.9 Khutzeymateen Park CWH vm 1 AU13 88.0 50 (38.0) (32.7) Yes Khutzeymateen Park CWH vm 1 AU8 4.3 50 45.7 143.8 Khutzeymateen Park CWH vm 1 AU9 0.2 50 49.8 165.1 Khutzeymateen Park CWH vm 2 AU9 4.7 50 45.3 260.5 Khutzeymateen Park CWH wm AU11 0.9 50 49.1 169.4 Khutzeymateen Park CWH wm AU13 67.3 50 (17.3) (23.7) Yes Khutzeymateen Park CWH wm AU8 0.9 50 49.1 958.1 Khutzeymateen Park CWH wm AU9 2.3 0 47.7 1843.2 Khutzeymateen Park MH mm 1 AU11 100.0 50 (100.0) (2.9) Yes Khutzeymateen Park MH mm 1 AU8 5.6 50 44.4 30.9 Khutzeymateen Park MH mm 1 AU9 10.4 50 39.6 978.6 Khyex CWH vm 1 AU13 60.4 50 (10.4) (22.8) Yes Khyex CWH vm 1 AU6 1.1 50 48.9 478.9 Khyex CWH vm 1 AU7 39.1 50 10.9 13.1 Khyex CWH vm 1 AU8 8.2 50 41.8 784.7 Khyex CWH vm 1 AU9 0.1 50 49.9 1362.5 Khyex CWH vm 2 AU13 100.0 50 (50.0) (3.2) Yes Khyex CWH vm 2 AU7 36.5 50 13.5 1.9 Khyex CWH vm 2 AU9 0.2 50 49.8 2105.0 Khyex MH mm 1 AU7 100.0 50 (50.0) (2.3) Yes Khyex MH mm 1 AU9 8.7 50 41.3 1104.8 Kitkiata CWH vm 1 AU9 0.0 50 50.0 1668.5 Kitkiata MH mm 1 AU9 1.8 50 48.2 378.5 Kitsault CWH wm AU8 68.0 50 (18.0) (10.6) Yes Kitsault CWH ws 1 AU13 18.4 50 31.6 124.0 Kitsault CWH ws 1 AU7 8.1 50 41.9 314.5 Kitsault CWH ws 1 AU8 6.4 50 43.6 1410.5 Kitsault CWH ws 1 AU9 13.9 50 36.1 547.3 Kitsault CWH ws 2 AU13 100.0 50 (50.0) (0.7) Yes Kitsault CWH ws 2 AU8 0.6 50 49.4 1906.1 Kitsault CWH ws 2 AU9 0.5 50 49.5 3045.2 Kitsault MH mm 2 AU12 9.2 50 40.8 6.3 Kitsault MH mm 2 AU8 5.0 50 45.0 458.0 Kitsault MH mm 2 AU9 1.0 50 49.0 6028.0 Klekane CWH vm 1 AU6 0.6 50 49.4 156.2 Klekane CWH vm 1 AU9 25.3 50 24.7 12.6 Klekane CWH vm 2 AU6 0.4 50 49.6 217.3 Klekane CWH vm 2 AU9 30.3 50 19.7 24.1 Klekane MH mm 1 AU9 59.5 50 (9.5) (9.1) Yes Kshwan CWH wm AU13 20.4 50 29.6 72.4 Kshwan CWH wm AU9 1.0 50 49.0 1244.7 Kshwan MH mm 1 AU9 13.3 50 36.7 501.9
Table 2: All LUs, -Seral situation as of Dec 31, 2011 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 18 Kumealon CWH vh 2 AU10 14.2 50 35.8 32.0 Kumealon CWH vh 2 AU13 43.4 50 6.6 7.8 Kumealon CWH vh 2 AU5 0.3 50 49.7 261.6 Kumealon CWH vh 2 AU7 13.3 50 36.7 129.5 Kumealon CWH vh 2 AU8 3.0 50 47.0 2042.2 Kumealon CWH vh 2 AU9 1.5 50 48.5 2605.1 Kumealon MH mm 1 AU9 0.3 50 49.7 11.2 Kumealon MH wh 1 AU9 0.3 50 49.7 1358.5 Kwinamass CWH vm 1 AU13 44.6 50 5.4 5.0 Kwinamass CWH vm 1 AU9 0.0 50 50.0 1120.7 Kwinamass CWH vm 2 AU9 1.6 50 48.4 2519.0 Kwinamass MH mm 1 AU9 11.5 50 38.5 1264.7 Laredo CWH vh 2 AU13 64.6 50 (14.6) (2.9) Yes Laredo CWH vh 2 AU5 11.3 50 38.7 75.4 Laredo CWH vh 2 AU6 0.0 50 50.0 6966.6 Laredo CWH vh 2 AU8 0.2 50 49.8 428.0 Laredo CWH vh 2 AU9 0.6 50 49.4 657.4 Laredo MH wh 1 AU6 3.5 50 46.5 393.2 Laredo MH wh 1 AU8 19.5 50 30.5 7.4 Laredo MH wh 1 AU9 0.0 50 50.0 115.5 Marmot CWH wm AU13 53.7 50 (3.7) (2.7) Yes Marmot CWH wm AU8 12.7 50 37.3 1721.9 Marmot CWH wm AU9 0.3 50 49.7 2917.2 Marmot MH mm 1 AU8 1.0 50 49.0 273.1 Marmot MH mm 1 AU9 2.9 50 47.1 2218.6 McCauley CWH vh 2 AU13 100.0 50 (50.0) (2.2) Yes McCauley CWH vh 2 AU6 0.0 50 50.0 13924.6 Monckton CWH vh 2 AU13 75.4 50 (25.4) (11.2) Yes Monckton CWH vh 2 AU9 0.2 50 49.8 1685.5 Monckton MH wh 1 AU6 2.7 50 47.3 42.3 Observatory East CWH wm AU9 0.2 50 49.8 3240.5 Observatory East MH mm 1 AU9 3.3 50 46.7 684.8 Observatory West CWH vh 2 AU13 20.9 50 29.1 17.3 Observatory West CWH vh 2 AU9 0.3 50 49.7 1254.6 Observatory West CWH wm AU12 100.0 50 (50.0) (3.6) Yes Observatory West CWH wm AU13 23.5 50 26.5 21.8 Observatory West CWH wm AU6 25.6 50 24.4 51.6 Observatory West CWH wm AU8 45.9 50 4.1 51.8 Observatory West CWH wm AU9 26.6 50 23.4 1124.9 Observatory West MH mm 1 AU8 98.8 50 (48.8) (5.4) Yes Observatory West MH mm 1 AU9 26.6 50 23.4 233.4 Observatory West MH wh 1 AU9 11.3 50 38.7 291.2 Olh CWH wm AU13 27.6 50 22.4 72.0 Olh CWH wm AU6 23.0 50 27.0 90.7 Olh CWH wm AU7 4.3 50 45.7 32.7 Olh CWH wm AU8 23.0 50 27.0 477.9 Olh CWH wm AU9 24.2 50 25.8 1487.3 Olh MH mm 1 AU12 100.0 50 (50.0) (5.1) Yes Olh MH mm 1 AU8 26.3 50 23.7 3.6 Olh MH mm 1 AU9 60.5 50 (10.5) (200.6) Yes Pa - aat CWH vh 2 AU13 13.7 50 36.3 18.7 Pa - aat CWH vh 2 AU6 0.0 50 50.0 4431.7 Pa - aat MH wh 1 AU6 0.6 50 49.4 313.2 Pa - aat MH wh 1 AU9 2.4 50 47.6 209.5 Pearse CWH vh 2 AU13 68.8 50 (18.8) (2.1) Yes Pearse CWH vh 2 AU5 12.1 50 37.9 49.6 Porcher CWH vh 2 AU13 33.3 50 16.7 21.7 Porcher CWH vh 2 AU5 1.7 50 48.3 63.9 Porcher CWH vh 2 AU6 0.0 50 50.0 20234.0 Porcher CWH vh 2 AU7 45.6 50 4.4 6.2
Table 2: All LUs, -Seral situation as of Dec 31, 2011 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 19 Porcher CWH vh 2 AU8 28.3 50 21.7 613.3 Porcher CWH vh 2 AU9 0.4 50 49.6 3941.5 Porcher MH wh 1 AU6 0.2 50 49.8 452.1 Porcher MH wh 1 AU8 19.2 50 30.8 17.6 Porcher MH wh 1 AU9 1.7 50 48.3 312.3 Quottoon CWH vh 2 AU13 90.1 50 (40.1) (33.9) Yes Quottoon CWH vh 2 AU6 0.0 50 50.0 859.0 Quottoon CWH vh 2 AU8 12.5 50 37.5 400.3 Quottoon CWH vh 2 AU9 1.2 50 48.8 653.0 Quottoon CWH vm 1 AU11 55.5 50 (5.5) (7.7) Yes Quottoon CWH vm 1 AU12 1.6 50 48.4 44.8 Quottoon CWH vm 1 AU13 49.8 50 0.2 0.2 Quottoon CWH vm 1 AU6 0.7 50 49.3 547.5 Quottoon CWH vm 1 AU8 9.1 50 40.9 351.7 Quottoon CWH vm 1 AU9 0.3 50 49.7 426.0 Quottoon CWH vm 2 AU13 65.8 50 (15.8) (0.4) Yes Quottoon CWH vm 2 AU4 100.0 50 (50.0) (1.0) Yes Quottoon CWH vm 2 AU5 31.6 50 18.4 1.5 Quottoon CWH vm 2 AU8 0.8 50 49.2 326.8 Quottoon CWH vm 2 AU9 4.0 50 46.0 1178.6 Quottoon MH mm 1 AU4 100.0 50 (50.0) (7.4) Yes Quottoon MH mm 1 AU5 1.2 50 48.8 6.0 Quottoon MH mm 1 AU6 1.2 50 48.8 102.0 Quottoon MH mm 1 AU9 7.2 50 42.8 1025.7 Quottoon MH wh 1 AU9 16.1 50 33.9 238.5 Red Bluff CWH vh 2 AU13 77.4 50 (27.4) (26.3) Yes Red Bluff CWH vh 2 AU5 2.4 50 47.6 99.9 Red Bluff CWH vh 2 AU7 7.4 50 42.6 55.5 Red Bluff CWH vh 2 AU8 2.9 50 47.1 1483.7 Red Bluff CWH vh 2 AU9 1.1 50 48.9 3005.6 Red Bluff MH wh 1 AU8 3.8 50 46.2 2.7 Red Bluff MH wh 1 AU9 5.3 50 44.7 265.3 Scotia CWH vm 1 AU13 49.1 50 0.9 0.5 Scotia CWH vm 1 AU7 1.1 50 48.9 245.6 Scotia CWH vm 1 AU8 5.2 50 44.8 1519.2 Scotia CWH vm 1 AU9 0.7 50 49.3 506.1 Scotia CWH vm 2 AU13 100.0 50 (50.0) (0.4) Yes Scotia CWH vm 2 AU8 0.4 50 49.6 871.6 Scotia CWH vm 2 AU9 0.1 50 49.9 2432.6 Scotia MH mm 1 AU8 2.6 50 47.4 29.2 Scotia MH mm 1 AU9 5.6 0 44.4 1445.7 Skeena Islands CWH vm 1 AU10 19.4 50 30.6 17.5 Skeena Islands CWH vm 1 AU11 50.4 50 (0.4) (0.4) Yes Skeena Islands CWH vm 1 AU13 34.9 50 15.1 225.7 Skeena Islands CWH vm 1 AU8 4.4 50 45.6 335.8 Skeena Islands MH mm 1 AU9 3.0 50 47.0 167.9 Somerville CWH vm 1 AU10 35.5 50 14.5 15.6 Somerville CWH vm 1 AU11 31.5 50 18.5 30.7 Somerville CWH vm 1 AU13 87.7 50 (37.7) (39.9) Yes Somerville CWH vm 1 AU7 71.0 50 (21.0) (127.7) Yes Somerville CWH vm 1 AU8 11.7 50 38.3 1691.6 Somerville CWH vm 1 AU9 0.4 50 49.6 1894.9 Somerville CWH vm 2 AU10 19.8 50 30.2 7.8 Somerville CWH vm 2 AU13 16.0 50 34.0 0.0 Somerville CWH vm 2 AU7 79.1 50 (29.1) (9.4) Yes Somerville CWH vm 2 AU8 4.3 50 45.7 675.0 Somerville CWH vm 2 AU9 1.6 0 48.4 3020.0 Somerville MH mm 1 AU10 106.9 0 (106.9) (0.0) Yes Somerville MH mm 1 AU11 100.0 50 (100.0) (2.0) Yes Somerville MH mm 1 AU12 7.2 50 42.8 14.4
Table 2: All LUs, -Seral situation as of Dec 31, 2011 (<%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 20 Somerville MH mm 1 AU6 1.2 50 48.8 183.2 Somerville MH mm 1 AU7 100.0 50 (50.0) (0.4) Yes Somerville MH mm 1 AU8 22.9 50 27.1 15.4 Somerville MH mm 1 AU9 6.0 50 44.0 1626.5 Somerville MH wh 1 AU6 72.3 50 (22.3) (7.0) Yes Somerville MH wh 1 AU9 2.6 50 47.4 207.1 Sparkling CWH vm 1 AU12 1.0 50 49.0 150.1 Sparkling CWH vm 1 AU13 98.2 50 (48.2) (89.8) Yes Sparkling CWH vm 1 AU7 5.9 50 44.1 87.6 Sparkling CWH vm 1 AU8 1.3 50 48.7 344.9 Sparkling CWH vm 1 AU9 1.3 50 48.7 547.8 Sparkling MH mm 1 AU6 1.0 50 49.0 50.2 Sparkling MH mm 1 AU9 6.3 50 43.7 782.7 Stagoo CWH wm AU13 20.7 50 29.3 41.1 Stagoo CWH wm AU8 0.5 50 49.5 1766.0 Stagoo CWH wm AU9 0.2 50 49.8 3715.1 Stagoo CWH ws 1 AU13 100.0 50 (50.0) (10.0) Yes Stagoo MH mm 1 AU12 1.5 50 48.5 11.1 Stagoo MH mm 1 AU7 0.8 50 49.2 9.3 Stagoo MH mm 1 AU8 3.9 50 46.1 144.7 Stagoo MH mm 1 AU9 7.2 50 42.8 1822.7 Surf CWH vh 2 AU13 43.2 50 6.8 10.7 Surf CWH vh 2 AU6 0.2 50 49.8 8166.6 Surf CWH vh 2 AU8 0.8 50 49.2 751.5 Surf CWH vh 2 AU9 2.2 50 47.8 1479.4 Surf CWH vm 1 AU13 80.2 50 (30.2) (5.9) Yes Surf CWH vm 1 AU5 2.6 50 47.4 61.1 Surf CWH vm 1 AU6 2.3 50 47.7 442.8 Surf CWH vm 1 AU8 0.2 50 49.8 333.2 Surf CWH vm 1 AU9 0.0 50 50.0 130.5 Surf CWH vm 2 AU5 19.6 50 30.4 4.0 Surf CWH vm 2 AU6 7.1 50 42.9 115.0 Surf CWH vm 2 AU9 3.9 50 46.1 89.6 Surf MH mm 1 AU6 18.2 50 31.8 50.3 Surf MH mm 1 AU8 68.7 50 (18.7) (1.8) Yes Surf MH mm 1 AU9 10.4 50 39.6 36.2 Surf MH wh 1 AU13 100.0 50 (50.0) (1.9) Yes Surf MH wh 1 AU6 0.5 50 49.5 617.2 Surf MH wh 1 AU8 5.4 50 44.6 10.8 Surf MH wh 1 AU9 8.2 50 41.8 465.5 Tolmie CWH vh 2 AU4 100.0 50 (50.0) (2.4) Yes Triumph CWH vm 1 AU13 55.1 50 (5.1) (3.5) Yes Triumph CWH vm 1 AU4 100.0 50 (50.0) (6.2) Yes Triumph CWH vm 1 AU5 14.7 50 35.3 157.5 Triumph CWH vm 1 AU6 0.9 50 49.1 839.3 Triumph CWH vm 1 AU7 38.4 50 11.6 30.7 Triumph CWH vm 1 AU8 8.3 50 41.7 983.0 Triumph CWH vm 1 AU9 2.4 50 47.6 331.1 Triumph CWH vm 2 AU13 34.3 50 15.7 0.2 Triumph CWH vm 2 AU5 20.3 50 29.7 58.8 Triumph CWH vm 2 AU6 8.1 50 41.9 755.0 Triumph CWH vm 2 AU7 6.2 50 43.8 15.7 Triumph CWH vm 2 AU8 11.4 50 38.6 472.8 Triumph CWH vm 2 AU9 4.1 50 45.9 549.6 Triumph MH mm 1 AU5 100.0 50 (50.0) (1.0) Yes Triumph MH mm 1 AU6 12.3 50 37.7 233.0 Triumph MH mm 1 AU7 99.6 50 (49.6) (0.0) Yes Triumph MH mm 1 AU8 57.4 50 (7.4) (6.7) Yes Triumph MH mm 1 AU9 8.4 50 41.6 100.8 Tuck CWH vh 2 AU12 0.1 50 49.9 1440.5
Table 2: All LUs, -Seral situation as of Dec 31, 2011 (<%) Tuck CWH vh 2 AU13 49.6 50 0.4 0.8 Tuck CWH vh 2 AU6 0.3 50 49.7 7848.0 Tuck CWH vh 2 AU8 0.6 50 49.4 1591.6 Tuck CWH vh 2 AU9 0.5 50 49.5 2369.1 Tuck MH wh 1 AU13 99.9 50 (49.9) (0.0) Yes Tuck MH wh 1 AU6 0.0 50 50.0 480.6 Tuck MH wh 1 AU9 4.0 50 46.0 604.5 Union CWH vh 2 AU11 30.5 50 19.5 13.1 Union CWH vh 2 AU13 32.9 50 17.1 5.3 Union CWH vh 2 AU8 4.6 50 45.4 415.1 Union CWH vh 2 AU9 2.4 50 47.6 895.0 Union CWH vm 1 AU13 71.7 50 (21.7) (6.5) Yes Union CWH vm 1 AU9 4.3 50 45.7 311.1 Union CWH vm 2 AU11 16.3 50 33.7 12.6 Union CWH vm 2 AU12 4.1 50 45.9 55.3 Union CWH vm 2 AU7 100.0 50 (50.0) (0.2) Yes Union CWH vm 2 AU9 3.2 50 46.8 863.6 Union MH mm 1 AU7 100.0 50 (50.0) (3.5) Yes Union MH mm 1 AU9 10.0 50 40.0 510.4 Union MH wh 1 AU12 61.8 50 (11.8) (1.1) Yes Union MH wh 1 AU6 2.3 50 47.7 300.9 Union MH wh 1 AU9 6.1 50 43.9 588.1 Whalen CWH vh 2 AU13 51.6 50 (1.6) (1.7) Yes Whalen CWH vh 2 AU6 0.2 50 49.8 1391.4 Whalen CWH vh 2 AU7 100.0 50 (50.0) (4.0) Yes Whalen CWH vh 2 AU8 1.3 50 48.7 318.1 Whalen CWH vh 2 AU9 0.7 50 49.3 364.4 Whalen CWH vm 1 AU10 58.3 50 (8.3) (8.0) Yes Whalen CWH vm 1 AU13 70.0 50 (20.0) (40.4) Yes Whalen CWH vm 1 AU4 100.0 50 (50.0) (15.3) Yes Whalen CWH vm 1 AU6 0.5 50 49.5 1845.6 Whalen CWH vm 1 AU7 16.4 50 33.6 210.8 Whalen CWH vm 1 AU8 1.2 50 48.8 1902.6 Whalen CWH vm 1 AU9 4.3 50 45.7 900.2 Whalen CWH vm 2 AU13 99.5 50 (49.5) (23.7) Yes Whalen CWH vm 2 AU6 0.5 50 49.5 1399.1 Whalen CWH vm 2 AU9 3.4 50 46.6 1166.0 Whalen MH mm 1 AU13 100.0 50 (50.0) (4.6) Yes Whalen MH mm 1 AU6 3.0 50 47.0 642.3 Whalen MH mm 1 AU9 5.9 50 44.1 521.3 Whalen MH wh 1 AU6 6.2 50 43.8 108.2 Whalen MH wh 1 AU9 6.3 50 43.7 158.9 Ref: NC Patch & Seral Report - (Mar 25 2008).doc 21
Table 3: All LUs, Seral situation as of Dec 31, 2006 Table 3: All LUs, Seral situation as of Dec 31, 2006 (>%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 22 Anyox CWH wm AU6 12.5 65 (52.5) (272.2) Yes Anyox CWH wm AU9 2.9 25 (22.1) (1721.0) Yes Anyox MH mm 1 AU6 51.6 28 23.6 1.8 Anyox MH mm 1 AU9 18.6 25 (6.4) (108.6) Yes Aristazabal CWH vh 2 AU12 1.8 29 (27.2) (1421.5) Yes Aristazabal CWH vh 2 AU5 84.6 29 55.6 27.3 Aristazabal CWH vh 2 AU6 24.0 29 (5.0) (1793.0) Yes Aristazabal CWH vh 2 AU8 82.3 29 53.3 103.4 Aristazabal CWH vh 2 AU9 94.5 29 65.5 475.0 Banks CWH vh 2 AU12 30.7 29 1.7 238.6 Banks CWH vh 2 AU5 95.3 29 66.3 137.6 Banks CWH vh 2 AU6 60.6 29 31.6 22873.5 Banks CWH vh 2 AU8 69.3 29 40.3 249.5 Banks CWH vh 2 AU9 73.1 29 44.1 2088.3 Banks MH wh 1 AU12 100.0 68 32.0 1.1 Banks MH wh 1 AU6 96.5 29 67.5 12.8 Banks MH wh 1 AU9 100.0 29 71.0 6.0 Belle Bay CWH vh 2 AU12 100.0 29 71.0 0.6 Belle Bay CWH vh 2 AU6 100.0 29 71.0 370.9 Belle Bay CWH vh 2 AU7 100.0 25 75.0 0.9 Belle Bay CWH vh 2 AU8 99.1 29 70.1 364.0 Belle Bay CWH vh 2 AU9 99.8 29 70.8 2221.4 Belle Bay CWH wm AU10 100.0 59 41.0 10.9 Belle Bay CWH wm AU11 69.6 59 10.6 3.3 Belle Bay CWH wm AU12 71.4 68 3.4 2.4 Belle Bay CWH wm AU5 49.6 65 (15.4) (15.6) Yes Belle Bay CWH wm AU6 86.2 65 21.2 240.1 Belle Bay CWH wm AU7 54.4 59 (4.6) (1.8) Yes Belle Bay CWH wm AU8 77.7 25 52.7 909.4 Belle Bay CWH wm AU9 85.8 25 60.8 4931.3 Belle Bay MH mm 1 AU8 99.4 25 74.4 136.8 Belle Bay MH mm 1 AU9 75.5 25 50.5 1748.5 Belle Bay MH wh 1 AU6 100.0 29 71.0 3.6 Belle Bay MH wh 1 AU8 100.0 68 32.0 7.5 Belle Bay MH wh 1 AU9 99.4 29 70.4 880.6 Big Falls CWH vm 1 AU10 1.4 25 (23.6) (79.6) Yes Big Falls CWH vm 1 AU11 17.5 25 (7.5) (20.8) Yes Big Falls CWH vm 1 AU12 68.7 28 40.7 116.7 Big Falls CWH vm 1 AU5 74.3 28 46.3 75.8 Big Falls CWH vm 1 AU6 76.5 28 48.5 554.3 Big Falls CWH vm 1 AU7 12.5 25 (12.5) (83.6) Yes Big Falls CWH vm 1 AU8 50.0 25 25.0 414.6 Big Falls CWH vm 1 AU9 49.4 25 24.4 269.2 Big Falls CWH vm 2 AU10 52.3 59 (6.7) (3.3) Yes Big Falls CWH vm 2 AU11 94.0 59 35.0 41.1 Big Falls CWH vm 2 AU12 12.3 28 (15.7) (9.6) Yes Big Falls CWH vm 2 AU5 26.2 28 (1.8) (0.8) Yes Big Falls CWH vm 2 AU6 76.4 28 48.4 513.5 Big Falls CWH vm 2 AU7 4.5 25 (20.5) (17.7) Yes Big Falls CWH vm 2 AU8 82.4 25 57.4 977.6 Big Falls CWH vm 2 AU9 62.2 25 37.2 1447.8 Big Falls MH mm 1 AU12 61.3 65 (3.7) (0.2) Yes Big Falls MH mm 1 AU6 88.4 28 60.4 21.5 Big Falls MH mm 1 AU8 98.6 25 73.6 101.1 Big Falls MH mm 1 AU9 56.7 25 31.7 773.0 Bishop CWH vh 2 AU5 55.2 29 26.2 17.0 Bishop CWH vh 2 AU6 96.5 29 67.5 1410.5 Bishop CWH vh 2 AU8 41.8 29 12.8 56.4
Table 3: All LUs, Seral situation as of Dec 31, 2006 (>%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 23 Bishop CWH vh 2 AU9 99.6 29 70.6 117.3 Bishop CWH vm 1 AU10 23.5 25 (1.5) (1.9) Yes Bishop CWH vm 1 AU11 8.0 25 (17.0) (24.1) Yes Bishop CWH vm 1 AU12 12.8 28 (15.2) (11.0) Yes Bishop CWH vm 1 AU5 75.1 28 47.1 239.6 Bishop CWH vm 1 AU6 85.0 28 57.0 2559.4 Bishop CWH vm 1 AU7 1.6 25 (23.4) (168.7) Yes Bishop CWH vm 1 AU8 58.7 25 33.7 808.1 Bishop CWH vm 1 AU9 76.0 25 51.0 387.6 Bishop CWH vm 2 AU12 100.0 28 72.0 12.7 Bishop CWH vm 2 AU5 40.2 28 12.2 5.5 Bishop CWH vm 2 AU6 78.3 28 50.3 2425.4 Bishop CWH vm 2 AU8 71.7 25 46.7 522.7 Bishop CWH vm 2 AU9 88.5 25 63.5 1371.8 Bishop MH mm 1 AU6 63.6 28 35.6 269.2 Bishop MH mm 1 AU8 30.8 25 5.8 2.0 Bishop MH mm 1 AU9 87.3 25 62.3 215.1 Bishop MH wh 1 AU6 96.4 29 67.4 141.3 Bishop MH wh 1 AU8 100.0 68 32.0 9.3 Bishop MH wh 1 AU9 100.0 29 71.0 38.8 Brown CWH vh 2 AU12 100.0 29 71.0 15.2 Brown CWH vh 2 AU6 94.4 29 65.4 593.5 Brown CWH vh 2 AU8 16.2 29 (12.8) (2.5) Yes Brown CWH vh 2 AU9 95.8 29 66.8 99.9 Brown CWH vm 1 AU10 95.5 25 70.5 22.5 Brown CWH vm 1 AU11 80.4 25 55.4 37.9 Brown CWH vm 1 AU12 73.5 28 45.5 14.4 Brown CWH vm 1 AU5 50.6 28 22.6 28.8 Brown CWH vm 1 AU6 80.5 28 52.5 1226.5 Brown CWH vm 1 AU8 76.1 25 51.1 442.9 Brown CWH vm 1 AU9 70.9 25 45.9 365.1 Brown CWH vm 2 AU10 100.0 59 41.0 0.4 Brown CWH vm 2 AU11 100.0 59 41.0 29.6 Brown CWH vm 2 AU12 81.2 28 53.2 13.7 Brown CWH vm 2 AU5 32.4 28 4.4 0.9 Brown CWH vm 2 AU6 93.1 28 65.1 1545.7 Brown CWH vm 2 AU8 88.6 25 63.6 340.1 Brown CWH vm 2 AU9 79.0 25 54.0 1333.7 Brown MH mm 1 AU12 64.5 65 (0.5) (0.0) Yes Brown MH mm 1 AU6 88.5 28 60.5 290.1 Brown MH mm 1 AU8 98.2 25 73.2 28.1 Brown MH mm 1 AU9 81.5 25 56.5 1066.2 Brown MH wh 1 AU6 70.6 29 41.6 32.6 Brown MH wh 1 AU8 100.0 68 32.0 3.9 Brown MH wh 1 AU9 65.1 29 36.1 53.9 Butedale CWH vm 1 AU6 2.8 28 (25.2) (0.2) Yes Campania CWH vh 2 AU12 0.6 29 (28.4) (3000.5) Yes Campania CWH vh 2 AU6 25.7 29 (3.3) (153.5) Yes Campania CWH vh 2 AU8 52.7 29 23.7 17.6 Campania CWH vh 2 AU9 48.4 29 19.4 171.8 Captain CWH vh 2 AU10 100.0 59 41.0 11.5 Captain CWH vh 2 AU12 66.2 29 37.2 37.1 Captain CWH vh 2 AU5 100.0 29 71.0 423.0 Captain CWH vh 2 AU6 41.0 29 12.0 1469.8 Captain CWH vh 2 AU8 88.0 29 59.0 639.3 Captain CWH vh 2 AU9 54.0 29 25.0 879.6 Captain MH wh 1 AU5 100.0 68 32.0 2.0 Captain MH wh 1 AU6 18.6 29 (10.4) (121.1) Yes Captain MH wh 1 AU8 100.0 68 32.0 8.0 Captain MH wh 1 AU9 46.2 29 17.2 61.8
Table 3: All LUs, Seral situation as of Dec 31, 2006 (>%) Ref: NC Patch & Seral Report - (Mar 25 2008).doc 24 Chambers CWH vh 2 AU10 100.0 59 41.0 4.7 Chambers CWH vh 2 AU11 100.0 59 41.0 12.0 Chambers CWH vh 2 AU12 49.5 29 20.5 8.1 Chambers CWH vh 2 AU5 100.0 29 71.0 4.4 Chambers CWH vh 2 AU6 60.6 29 31.6 528.5 Chambers CWH vh 2 AU8 95.6 29 66.6 267.8 Chambers CWH vh 2 AU9 81.3 29 52.3 1745.7 Chambers CWH vm 1 AU10 63.2 25 38.2 26.2 Chambers CWH vm 1 AU11 82.6 25 57.6 69.7 Chambers CWH vm 1 AU12 76.7 28 48.7 61.8 Chambers CWH vm 1 AU5 69.3 28 41.3 6.7 Chambers CWH vm 1 AU6 82.0 28 54.0 450.2 Chambers CWH vm 1 AU7 20.1 25 (4.9) (5.2) Yes Chambers CWH vm 1 AU8 79.2 25 54.2 689.0 Chambers CWH vm 1 AU9 86.0 25 61.0 1766.9 Chambers CWH vm 2 AU10 100.0 59 41.0 0.1 Chambers CWH vm 2 AU11 66.8 59 7.8 2.1 Chambers CWH vm 2 AU12 42.1 28 14.1 5.1 Chambers CWH vm 2 AU6 59.0 28 31.0 134.6 Chambers CWH vm 2 AU8 92.0 25 67.0 483.6 Chambers CWH vm 2 AU9 89.1 25 64.1 2631.0 Chambers MH mm 1 AU11 0.0 0 0.0 0.0 Chambers MH mm 1 AU6 50.4 28 22.4 28.9 Chambers MH mm 1 AU8 98.1 25 73.1 46.8 Chambers MH mm 1 AU9 86.0 25 61.0 2120.2 Chambers MH wh 1 AU6 10.5 29 (18.5) (52.0) Yes Chambers MH wh 1 AU9 70.1 29 41.1 221.0 Chapple CWH vh 2 AU11 14.5 59 (44.5) (31.7) Yes Chapple CWH vh 2 AU12 1.4 29 (27.6) (538.9) Yes Chapple CWH vh 2 AU5 82.1 29 53.1 203.0 Chapple CWH vh 2 AU6 37.9 29 8.9 1033.3 Chapple CWH vh 2 AU8 67.6 29 38.6 491.0 Chapple CWH vh 2 AU9 37.4 29 8.4 287.1 Chapple MH wh 1 AU6 9.1 29 (19.9) (100.9) Yes Chapple MH wh 1 AU8 87.0 68 19.0 1.7 Chapple MH wh 1 AU9 20.7 29 (8.3) (76.0) Yes Dundas CWH vh 2 AU12 57.2 29 28.2 2019.8 Dundas CWH vh 2 AU6 71.6 29 42.6 4868.0 Dundas CWH vh 2 AU8 88.4 29 59.4 62.7 Dundas CWH vh 2 AU9 72.2 29 43.2 682.4 Gil CWH vh 2 AU10 100.0 59 41.0 13.8 Gil CWH vh 2 AU12 3.3 29 (25.7) (881.1) Yes Gil CWH vh 2 AU13 3.9 0 3.9 3.7 Gil CWH vh 2 AU5 74.7 29 45.7 102.0 Gil CWH vh 2 AU6 36.2 29 7.2 1008.3 Gil CWH vh 2 AU8 97.9 29 68.9 1191.4 Gil CWH vh 2 AU9 44.7 29 15.7 527.9 Gil MH wh 1 AU6 27.4 29 (1.6) (2.0) Yes Gil MH wh 1 AU8 100.0 68 32.0 2.2 Gil MH wh 1 AU9 35.3 29 6.3 12.6 Gribbell CWH vh 2 AU10 51.3 59 (7.7) (2.8) Yes Gribbell CWH vh 2 AU11 66.4 59 7.4 3.8 Gribbell CWH vh 2 AU12 43.5 29 14.5 19.5 Gribbell CWH vh 2 AU5 57.9 29 28.9 79.4 Gribbell CWH vh 2 AU6 78.1 29 49.1 3818.9 Gribbell CWH vh 2 AU8 67.8 29 38.8 704.3 Gribbell CWH vh 2 AU9 83.5 29 54.5 1024.0 Gribbell MH wh 1 AU12 100.0 68 32.0 0.5 Gribbell MH wh 1 AU5 8.6 68 (59.4) (5.3) Yes Gribbell MH wh 1 AU6 33.9 29 4.9 44.6