Halibut fishing

Clear skies. Light North to North-East winds most of the day. Moderate Westerly this evening. Environment Canada beat out NOAA for the correct weather forecast today.

2 tour boats

For the past few days there have been a few recreational fisherman anchored just outside of the reserve boundaries fishing for halibut. You can tell they are fishing for halibut because they are anchored, usually with a scotsman buoy on the chain just off the bow; If they were after salmon they would be trolling. These fisherman are capitalizing on an effect called “spillover” where the high fish populations from a reserve act as a source to seed nearby areas. This effect is recognized as one of the many, valuable benefits protected areas in the marine environment.  The recreational halibut fishery opened on February 1st and will remain open until further notice from DFO. The rules this year are as follows:

  • Maximum length is 126 cm.
  • The daily limit is 1.
  • The possession limit is 2, only one of which may be greater than 83cm in length.
  • The annual limit is 6 halibut per licence holder.
  • For each halibut retained by the licence holder, the date of capture, the Fisheries Management Area from which it was caught and its length shall be immediately recorded in ink on the 2013-2014 Tidal Waters Sport Fishing Licence.
  • Area 121 aka Swiftsure Bank is a Closed Area to all finfish capture

Continue reading

Orcas, Weaner

Weather has continued to be cold, dipping below zero degrees. Wind has persisted all week NE-E generally over 20 NMPH. Clouds have settled in over the past couple days so it is feeling a bit warmer, forecast for flurries today/this evening.

We were able to get off the island Friday morning for a quick run for provisions. By the time we came back out around noon there were already 3 foot Easterly swells picking up.

Yesterday a pod of around 10 orcas passed by on the West side of Race Rocks heading NE towards Victoria. A group of Pearson divers got to see them from Second Nature on their way for a dive at Swordfish Island.

Bertha left Friday night or early morning Saturday. The young male from middle rock was in the jetty Saturday morning, first time i have seen him on the main island. Chunk has seemed a bit restless. He made his way around the south side of the Science house yesterday and over to main house. He saw the young male in the jetty and chased him into the rocks on the W side of jetty. Chunk went into the water and waited around the jetty, a bit of a standoff. Eventually young fellow made it into the water and I saw Chunk coming back up the ramp around dusk. He seems very uninterested in the pup which is quite different from two years ago when Misery chased and bit Squall all the time. The pup hasn’t moved much and is sleeping a lot.

Feb 8: 2 ecotour vessels in reserve. One vessel caused a disturbance of sea lions on East rocks.
Feb 9: float plane flew over. Sports fishing boat entered reserve in afternoon and was fishing in reserve. I tried contacting them on the VHF radio but they did not respond, I waved at them but they kept on fishing. They didn’t stay long and left for Pedder Bay so I called the marina and reported the incident. The staff person on duty at the marina spoke with the 3 individuals who were apparently not aware of the fishing ban. We have photos and their ID info on record and will report them to DFO if they repeat their offence. Thanks once again to Pedder Bay Marina and their staff for their cooperation and support!

-picked up parts for plumbing drain in main house, bar oil for chainsaw
-cut, chopped, stacked wood
-worked on wiring in station boat, attaching new running light
-shore-master for Pearson divers Sat afternoon
-worked on drain plumbing in main house

Rockfish Conservation Areas (RCAs) in B.C.:

Screen Shot 2015-03-05 at 11.15.31 PMRockfish conservation areas in B.C.:  Our current state of knowledge
Dana Haggarty, M.Sc., PhD candidate Consultant for the David Suzuki Foundation
August 12, 2013

This 84 page report is a thorough research on the extent, purpose and effects of RCA in BC. It has very good maps of the areas involved.

See the full PDF:RockfishConservationAreas-OurCurrentStateofKnowledge-Mar2014

EXERPT: Lessons learned from RCAs

British Columbia now has almost a decade of experience with spatial protection in the network of RCAs. Several lessons from this experience should be applied to the developing MPA network:

  1. All empirical studies of RCAs reviewed in this report are limited by their lack of data from before the reserves were established. If proper foresight and resources are applied, this problem can be avoided and data can be collected prior to MPA establishment. For example, the system of marine reserves in Oregon is being phased in to allow for data to be collected prior to establishment (personal communication, D. Fox, Oregon Department of Fish and Wildlife). This greatly improves ability to assess performance of reserves and apply adaptive management.
  2. Long-term monitoring of reserves is necessary to determine their effectiveness. Assessments of which reserves are performing well and which reserves are underperforming are necessary ingredients for adaptive management (Hamilton, Caselle et al. 2010, White, Botsford et al. 2011). Monitoring data and reserve assessments are also necessary to gain and retain buy in from fishing communities. All fishing sectors interviewed for this report felt strongly that they wanted to see long-term monitoring put into place in RCAs and were anxious to know how RCAs were performing. However, it is difficult to get support for long-term monitoring. The need for monitoring should, therefore, be specified and planned for in the establishment of MPAs.
  3. Outreach, education and enforcement plans must also be developed and maintained for networks of MPAs. Commercial compliance with RCAs is very high since electronic fishery monitoring was put in place shortly after they were established. Recreational compliance, on the other hand, was found to be quite low. Recreational effort in 44 of 77 RCAs in the Strait of Georgia has not significantly dropped as a result of RCA establishment and compliance in many other RCAs around Vancouver Island in 2011 was also quite low. Greater education and outreach regarding RCA boundaries and regulations as well as why they are important is desperately needed. NGOs that have the ability to reach a broad spectrum of society such as the David Suzuki Foundation and the Vancouver Aquarium could play important roles in this regard. Modern tools such as smart-phone applications that employ GPS technology should be explored. These tools could both educate people about conservation initiatives as well as help people navigate in our increasingly complex world of spatially explicit management regulations. Compliance monitoring should also be built into monitoring plans to assess if regulations are having their desired effects. Enforcement must also be made a priority and supported with funding.
  4. Although many RCAs protect good rockfish habitat and contain good rockfish populations, not all RCAs are likely to be effective. Some RCAs were simply not well-located. A review of RCAs needs to be undertaken to identify which are likely to be successful and which are sub-optimal. White, Botsford et al. (2011) very elegantly put it: “Now that networks of reserves have been implemented worldwide, the time is ripe for the implementation of adaptive management. … Questions need to evolve from “Do reserves work?” to “When and why do marine reserves work, how long does it take, and what should we be measuring?”

Race Rocks (XwaYeN) Proposed Marine Protected Area Ecosystem Overview and Assessment Report

Correct citation for this publication: Backe, N., S. Davies, K. Conley, G. Kosmider, G. Rasmussen, H. Ibey and K. Ladell.2011. Race rocks (XwaYeN) proposed marine protected area ecosystem overview and assessment report. Can. Manuscr. Rep. Fish. Aquat. Sci. 2949: ii + 30
Executive Summary
Background
Race Rocks (XwaYeN), located 17 km southwest of Victoria in the Strait of Juan de Fuca, consists of nine islets, including the large main island, Great Race. Named for its strong tidal currents and rocky reefs, the waters surrounding Race Rocks (XwaYeN) are a showcase for Pacific marine life. This marine life is the result of oceanographic conditions supplying the Race Rocks (XwaYeN) area with a generous stream of nutrients and high levels of dissolved oxygen. These factors contribute to the creation of an ecosystem of high biodiversity and biological productivity.In 1980, the province of British Columbia, under the authority of the provincial Ecological Reserves Act , established the Race Rocks Ecological Reserve. This provided protection of the terrestrial natural and cultural heritage values (nine islets) and of the ocean seabed (to the 20 fathoms/36.6 meter contour line). Ocean dumping, dredging and the extraction of non-renewable resources are not permitted within the boundaries of the Ecological Reserve. However, the Ecological Reserve cannot provide for the conservation and protection of the water column or for the living resources inhabiting the coastal waters surrounding Race Rocks (Xwa YeN) as these resources are under the jurisdiction of Fisheries and Oceans Canada (DFO). The federal government, through the authority of theOceans Act (1997), has established an Oceans Strategy, based on the principles of sustainable development, integrated management and the precautionary approach. Part II of the Oceans Act also provides authority for the development of tools nece ssary to carry out the Oceans Strategy, tools such as the establishment of Marine Protecte d Areas (MPA). This federal authority will complement the previously established protection to the area as an Ecological Reserve, by affording protection and conservation measures to the living marine resources. Under Section 35 of the Oceans Act, the Governor in Council is authorized to designate, by regulation, Marine Protected Areas (MPA) for any of the following reasons:

  • (a) the conservation and protection of commercial and non-commercial fishery resources, including marine mammals and their habitats;
  • (b) the conservation and protection of endangered or threatened species and their habitats;
  • (c) the conservation and protection of unique habitats;
  • (d) the conservation and protection of marine areas of high biodiversity or biological productivity; and
  • (e) the conservation and protection of any other marine resource or habitat as is necessary to fulfill the mandate of the Minister of Fisheries and Oceans.

In 1998, the Minister of Fisheries and Oceans announced Race Rocks (XwaYeN) as one of four pilot Marine Protected Area (MPA) initiatives on Canada’s Pacific Coast. Race Rocks (XwaYeN) meets the criteria set out in paragraphs 35(1) (a), (b) and (d) above. Establishing a MPA within the Race Rocks (XwaYeN) area will provide for a more comprehensive level of conservation and protection for the ecosystem than can be achieved by an Ecological Reserve on its own. Designating a MPA within the area encompassing the Ecological Reserve will facilitate the integration of conservation, protection and management initiatives under the respective authorities of the two governments.

physical and biological systems of Race Rocks (XwaYeN) was completed by Wright and Pringle (2001). The 2001 report provides an extensive ecological overview describing the geological, physical oceanographic and biological components of
Race Rocks (XwaYeN) and the surrounding waters of the Strait of Juan de Fuca at the time. Natural history observations and some traditional knowledge were also included. The following report is a brief update to summarize new information that has been collected in the Race Rocks (XwaYeN) area since that time and describe any changes
to trends in species distributions and oceanographic conditions. This work is meant to supplement the existing ecological overview (Wright and Pringle 2001).

See the full 32 page PDF  Ecosystem overview2011

Feeding Sealions bait!!

‘Morning’, ‘clear’, ‘15.0’, ”, ‘10.0’, ‘W’, ‘1\\” swell’

‘Boat’, ’30K2923′, ‘Welcome to the Race Rocks Zoo.\r\nThis boat ambled in safely enough, then proceeded to throw food to the sea lions!  I have a very clear photo of one man throwing what appears to be baitfish into the air and the other man watching it fly.  He proceeded to throw more food until I waved him off.’,Ryan 13:35:49′

rm30K2923_092009a

From boat# 30K2923 an individual throws a baitfish to the sea lions from a few metres off the shore. Needless to say this was a first! Noon, September 20, 2009.

 

Rockfish Conservation Area at Race Rocks

19_20cover_RCA_inset_RaceBentinckGeneral map of the Southern end of Vancouver Island. Race Rocks and Bentinck Island are in Area 19.

Bentinck Island – Chart 3461

Those waters of Eemdyk Passage in Subarea 20-5 that lie westerly of the meridian passing through 123°32.450’ west longitude and northerly of a line:

from 48°18.692’N 123°33.486’W
to 48°18.640’N 123°32.916’W

Race Rocks – Chart 3461

Those waters of Subareas 19-3 and 20-5 that lie inside the 40 metre contour line surrounding Great Race Rock and Rosedale Rock as shown on Chart No. 3461, published by the Canadian Hydrographic Service of the Department.

94_294_RaceRocksBentinck

Date modified by DFO:
Return to the Regulations for Race Rocks file  https://www.racerocks.ca/?p=8909

Archive video: Fish Species of Race Rocks

Kelp Greenling Hexagramos decagramos Pacific Herring in a feeding frenzy with Krill : Clupea harengus pallasi  Wolf Eel : Anarrhichthys ocellatus  Tidepool Sculpin eating a mussel Oligocottus maculosus
 There is a sports
fishing closure in the ecological reserve,
however we still get people claiming ignorance of the fact .
 Ling Cod Ophidon elongatus  Cabezon: Scorpaenichthyes marmoratus  Black Rockfish: Sebastes melanops
 Tiger Rockfish Sebastes nigrocinctus

 

Oncorhynchus keta: Chum salmon –The Race Rocks Taxonomy

Dead Chum Salmon after egg and sperm removal for the Salmon Enhancement Program at Pearson College- in the 1980s

environmental systems students at the chum salmon incubation box

Ivan from Pearson College Assisting the Volunteer members of the Sooke Salmon enhancement group

DESCRIPTION: Ocean fresh chum salmon are metallic greenish-blue on the dorsal surface (top) with fine black speckles. They are difficult to distinguish from Sockeye and Coho salmon without examining their gills or caudal fin scale patterns. Chums have fewer but larger gill rakers than other salmon. After nearing fresh water, however, the chum salmon changes colour – particularly noticeable are vertical bars of green and purple, which give them the common name, calico salmon. The males develop the typical hooked snout of Pacific salmon and very large teeth which partially account for their other name of dog salmon. The females have a dark horizontal band along the lateral line; their green and purple vertical bars are not so obvious. A mature adult chum is usually about 65 cm in length and 4.5 kg (10 pounds) in weight. The females are generally smaller than the males.
DISTRIBUTION: Chum salmon are probably the second most abundant of the Pacific salmon (behind pinks) and have the widest distribution of this group. They are found from Japan and Korea northward to the Laptev Sea (northern Siberia) and Beaufort Sea (northern Alaska) and southward to San Diego, southern California. DNA analyses indicate that there are three main population groupings: 1) Japanese, 2) Russian – Yukon River and 3) southeastern Alaska – British Columbia. These may reflect the areas of refuge for this species during t
he last glaciation.

Domain Eukarya
Kingdom Animalia
Phylum Chordata
Subphylum Vertebrata
Class Actinopterygii
Order Salmoniformes
Family Salmonidae
Genus Oncorhynchus
Species keta (Walbaum, 1792)
Common Name: chum salmon

HABITAT: Research indicates that streams, coastal wetlands and estuaries are important habitats for chum salmon. Stream quality is critical to the initial survival of the species. Eggs are laid in medium size gravel and need good water flow (to supply oxygen) to survive. Most chum mortality occurs in freshwater as a result of poor environmental conditions, like siltation, gravel disruptions and changes in water temperature. Coastal wetlands and estuaries are vital habitat for chum salmon which spend several months in residence before migrating out to sea.

FEEDING: Chum salmon feeds on squid, plankton, crustaceans, crab larvae and fish while at sea. They will stop feeding once the spawning run starts and they enter fresh water.

PREDATORS: The most important predators are: bears, birds and fishes. Gulls and other birds aggregate at river-mouths during the season of chum salmon for feeding with chum salmon.

REPRODUCTION: Chum salmon’s life cycle is a typical anadromous life cycle. Their average life span is four years but some may reach six years. Reproduction takes place in small river channels, chum salmon are typically shallow spawners. Female fish rapidly pump their tails to wash out a depression in the stream gravels. As she deposits her eggs, they are fertilized by the male. . The female salmon then uses the same tail movements to completely cover the eggs with the gravel.
On average, a female chum salmon can lay up to 4000 eggs, but only 70% or so are fertilized. After the reproduction the male and female chum salmon die in the stream, it is the cycle of their life.
ONE INTERESTING FACT:
* During ocean migration, salmon travel distances as great as 35 miles per day, and, once in their home river, may swim over 10 miles upstream each day. Chum usually spawn in their 3rd, 4th, or 5th year and is the last of the Pacific salmon to return to their natal streams. So their life cycle is they have to be born and die in the same place (stream).
* ‘Chum’ comes from a word meaning ‘variegated coloration’ in the native language and chum salmon have a different coloration (from other salmon species) that is variegated.

REFERENCE:
Wikipedia, the free encyclopedia.
http://www.fishtrek.com/salmon/chum-salmon.htm
www.google.com
chum salmon Fishing Holidays.htm
ESPN Outdoors — Tips & Techniques.htm
Fishing & Processing.htm
M010003.htm
The Chum Salmon Great Canadian Rivers.htm
WDFW — Chum Salmon Chum Salmon Life History.htm
Wild Pacific Salmon Overview.htm
Yukon River Panel -.htm

 

Andy Lamb and Phil Edgell: “Coastal fishes of the Pacific Northwest”

                  J.L Hart: “Pacific fishes of Canada”

 

Other Members of the Class Actinopterygii at Race Rocks
taxonomyiconReturn to the Race Rocks Taxonomy
and Image File
pearsonlogo2_f2The Race Rocks taxonomy is a collaborative venture originally started with the Biology and Environmental Systems students of Lester Pearson College UWC. It now also has contributions added by Faculty, Staff, Volunteers and Observers on the remote control webcams.

Name: Cinthia Ibeth Isla Marin, Peru, Year 32 (PC)

Illegal Fishing In the Ecological Reserve

Although it is well known locally that there is a fishing closure in the Marine Protected Area, we still get fishers claiming ignorance of the reserve. In this sequence, our boat from the college had to approach fishing boats on two separate incidences in one day in August 2002.

Race Rocks is included in a Rockfish Conservation Area