Category Archives: Education
The 13 Moons of the Wsanec
THE 13 MOONS of the WSANEC (Saanich people)- Now a JASON PROJECT Curriculum Lesson:Teacher Instructions
To order books contact :
Saanich Indian School Board,
7449 W.Saanich Road,
P.O. Box 368, Brentwood Bay, B.C.
V0S 1A0
Telephone 250-652-2313
Note – accurate spelling of the names is available in the calendar,(top left below) These images have been scanned with permission from the booklet ” The Saanich Year” Author Earle Claxton, Author/Illustrator: John Elliott. Published by the Saanich School Board #63 1993 ISBN 1-55036-366-2
- The Thirteen Moons Calendar
- NINENE-Moon of the Child (Jan.)
- WEXWS-Moon of the Frog (Mid Feb. to Mid March)
- PEKSISEN-The Moon of the Opening hands the blossoming out Moon (Mid-March to Mid April)
- SXANEL- The Bullhead Moon (April-May)
- PENAWEN-Moon of the Camas Harvest (May)
- CENTEKI- The Sockeye moon (May-June)
- CENHENEN-Humpback salmon return to earth (June-July)
- CENTAWEN- The Coho Salmon return to earth (August)
- CENQOLEW-The Dog Salmon return to Earth ( Sept)
- PEKELANEW-Moon that turns the leaves white(Oct.)
- WESELANEW Moon of the shaker leaves -(Oct.-Nov.)
- SJELCASEN- The Moon of putting your paddle away in the bush (Nov.-Dec.)
- SIS,ET- The ELder Moon (Dec)
NINENE – MOON OF THE CHILD (Mid December to Mid January)
The face of the young man represents youth, a new beginning, the rebirth of the animal world, and the new edible shoots. This is the Saanich New Year. The moon’s yellow hair is the returning light to the world.
CONNECTIONS AND BACKGROUND INFORMATION
The Winter Solstice (December 20/21) is the point at which the sun is farthest from the Equator, thus it is the darkest day of the year, and at this “turning point” the days will become longer. As with the Summer Solstice, the shortest day of the year holds great importance in many cultures.
WEATHER
This is the time that the Northern Hemisphere starts to move closer to the Sun once again. All things begin to warm up; everything in nature is being reborn. Although it is cold and there are Winter rains, there are some good days and this is the first sign that a new year has begun.
ECONOMIC ACTIVITIES
Some of the twine that had been made from nettles was now woven for reef net fishing. Each family group had a responsibility to produce a certain amount of net or the fishery and these parts would later be assembled. Because there was no hunting or fishing going on, people relied mainly on the fish and game that had been stored for the Winter. For those who would risk the rough seas, there was halibut fishing as the fish returned to their spawning grounds. This was also the season when fawns were born, so the new moon signaled the time to stop deer hunting.
CULTURAL ACTIVITIES
The instruction of the children through telling of tales helped to pass the long Winter nights. The longhouse ceremonial dances continued.
THINGS TO THINK ABOUT
Why do so many cultures celebrate New Year’s at this time of year?
What are New Year’s celebrations like in other cultures?
Are other culture’s New Year’s celebrations in and around the winter solstice?
If you were to develop your own New Year’s celebration, how would you organize it?
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WEXES – MOON OF THE FROG (Mid February to Mid March)
The frog on the face of the moon represents DOLUANW – the Keeper of the Sacred Season. It is time to gather foods and medicine. The Saanich People place cedar boughs in the water close to the shore, so that the herring will lay roe on them.
CONNECTIONS AND BACKGROUND INFORMATION
February derives its name from the Latin word ‘februarius’ which means to purify. The Saanich People, like the Romans, designated this month to sacredness and purification. March derives its name from Mars, the Roman god of War. The Anglo Saxons called it the ‘Hlyd Monath – the loud and stormy month’.
For the Saanich Peoples, this moon in particular was significant because the frog acts as a witness and a messenger to them. The frog announced the Sacred Season of Plenty. Because the frog was honoured as the Keeper of the Sacred Season, it was often presented on totem poles and in artwork to show that an important event had occurred.
During this moon, the wonder of nature repeats an amazing process: Mother Earth warms up and the hibernating frog wakes from its winter sleep, announcing the coming of spring.
WEATHER
As the Northern Hemisphere moves closer to the Sun, the more the Earth warms. Rains diminish and more sunshine is evident.
ECONOMIC ACTIVITIES
This moon was especially welcomed because it signalled that the ocean had become safer to travel on and it was time to put the canoes back into the water. Herring and herring roe, a source of food, were collected by placing cedar branches along the shore for the herring to lay their eggs upon. Herring was also dried into a delicacy called QELEJ and stored for future use. The earliest runs of herring were into Fulford Harbour on Saltspring Island.
CULTURAL ACTIVITIES
The appearance of the frog was a sign to end the activities of Winter ceremonial dances and move outdoors to prepare for the season when the Salmon people would return.
THINGS TO THINK ABOUT
- Who or what do you honour in your life?
- What signals does nature give us to start or end things?
- In what ways do you and your family prepare for spring?
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PEXSISEN – THE MOON OF OPENING HANDS THE BLOSSOMING OUT MOON (Mid March to Mid April)
All the plants and trees are opening up their hands again and the moon meets their welcome. All of nature is blooming. At this time the Brant Geese are dried. The Earth renews its strength.
CONNECTIONS AND BACKGROUND INFORMATION
April derives it name from the Latin word “Aprilis”, the Roman goddess Aphrodite and the Greek word “to open”. It should be noted that most countries in the Northern Hemisphere celebrate the arrival of Spring. At this time of year, the trees open their leaves in welcome, just as the Saanich People open their hands to show thanks.
WEATHER
There is less rain than previous months and it is warmer. This helps dry out the land and enables the drying and preservation of food.
ECONOMIC ACTIVITIES
During this time, the Saanich Peoples hunted and dried XELXELJ (Brant Geese) for future use. Float nets were placed where the XELXELJ would feed along the tide line to capture the geese. Clams, Oysters and mussels were at their best that this time of year, too.
Cedar trees were fallen at this time of year to make boats, among other things. The warmer weather also caused the tree sap to run up the trees, making it easier to strip the bark. The fallen trees were then left to cure and the bark was saved for weaving into mats and clothing.
Before the Saanich People started to raise sheep, they would use goat and dog hair for spinning yarn and knitting. Their primary wool source was a breed of dog that was small, white and woolly. The warmer weather caused the dogs to shed and their hair would be gathered for carding and later, knitting.
THINGS TO THINK ABOUT
- What animal hair or wool is used in other countries? (e.g. Llamas)
- What activities happen in Western culture’s Gregorian calendar that are similar to those in the First Nations?
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SXÁNEL – BULLHEAD MOON (April – May)
This moon represents the visibility of SXÁNEL or what westerners call Orion’s Belt. The moon’s hair represents a strong wind that comes at this time and the swallows that arrive with the wind.
CONNECTIONS AND BACKGROUND INFORMATION
In this moon, the PIOTEL (a group of three starts in Orion’s belt called the Duck Hunters) appears on the horizon. During the SXÁNEL there are strong winds, the bullhead (a type of sculpin) appear on the shore and the swallows arrive.
WEATHER
This is the season where good weather is the norm. However, these days can bring sudden thunder and lightning storms.
ECONOMIC ACTIVITIES
People spent more time on and around the water. During the moon the Elder women knew how to take their baskets to the beach and gather bullheads from under the rocks. The women would pole sticks under the rocks and big bullheads would say “SKA”, which is their name. The bullhead was deemed a great delicacy.
This was also a great time for harvesting seaweed LEKES).
The halibut fishery ended because the halibut spawned during this moon. The grouse hatched and the larger/older grouse could easily be snared in the woods.
THINGS TO THINK ABOUT
- What are activities that you start participating in now that spring has arrived? Compare these to First Nations’ activities.
- What do you look forward to during this season?
- What is a delicacy or a delectable? What foods do you consider to be delicacies or delectable?
- What do you eat that comes from the sea?
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PENAWEN – MOON OF THE CAMAS HARVEST (May) This moon is the moon of the camas harvest. It is time to dig KLO,EL (camas). The earth is warming. The camas bulb illustration is shown on the cheek of the moon and in the palm of his hand. The blue plant with the bulb underneath the ground is the whole camas plant. CONNECTIONS AND BACKGROUND INFORMATION May derives its name from Majores, the Roman goddess of Spring. This is also the ‘month of Mary’ for those of the Roman Catholic Faith. During the PEN’AWEN moon the Saanich Peoples travelled to family locations to harvest camas bulbs (KLO,EL), which were the source of starch in their diet. This was a cherished time for the people of Saanich – it marked the time when they could begin travelling through their territory again. WEATHER Days are evenings are warm and rain is less frequent. ECONOMIC ACTIVITIES Saanich families had traditional territorial grounds (land and water), which were used at various times of the year. Most families left their Winter villages for Spring camps. Visits to the camas plots served two purposes: (1) to harvest the blue camas bulb; and (2) to gather the fresh gull eggs found in the camas fields. White camas is poisonous and was not harvested. In this season both XIWE (purple sea urchins) and SQITI (green sea urchins) were collected and eaten as well. THINGS TO THINK ABOUT
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CENTEKI – THE SOCKEYE MOON (June) This moon is the same colour as the pale grey sockeye salmon. The sockeye returns during this moon. The Salish art design represents the tide running swiftly through the reef net which is tied to the two canoes (SXELSCET). CONNECTIONS AND BACKGROUND INFORMATION There are two western legends to how this moon was named. First, is that it derives its name from the Roman goddess of woman and marriage (Juno) and second, that the name is derived from Juniores, the name for the lower branch of the Roman senate and/or connected with the Roman consulate, Junius Brutus. It is interesting to note that June is in mnay cultures, the wedding month, and there are festivals of flowers around the world. The Saanich Peoples history says that the people were once very poor. However, the Salmon people took pity on them and saved them by showing them how to fish and honour the salmon. At the beginning of the CENTEKI moon, a special salmon ceremony was performed before the net anchors were dropped at the ancestors hereditary family locations. The special ceremony started when the medicine man (SNAEM) paddled to the furthest point east and called on ancient relatives (the salmon) to let themselves be caught to feed the WSANEC people. His songs and prayers mentioned all of the family reef net locations that the salmon would pass through. Fishing continued throughout the four salmon months. WEATHER Warm summer breezes and dry weather were most evident during the CENTEKI season. The WEWELES (Swansen’s Thrush) – the ripener of the summer berries, arrived. His song put colour into the berries. The DILEK (wild strawberries) and ELI,LE (salmon berries) began to ripen. ECONOMIC ACTIVITIES Trading catches from the salmon runs began. As the Saanich Peoples were the first to catch salmon in the Straits because other tribes were waiting for river runs, they were able to catch a higher quality of bright salmon, thus giving them a full month of trading advantage. CULTURAL ACTIVITIES The Saanich People paid homage to the salmon with a very special song and ceremony to honour the salmon and show respect to its new generation. After the first sockeye salmon (known as the S,HIWEK leader) was caught, all fishing would cease and the ceremony of prayer and feast would begin. As part of the salmon ceremony, children would walk with a limp to show humbleness and to look pitiful in the eyes of the honoured salmon. They would also carry the hook nose salmon as one would carry a baby. Only the children would eat this salmon. Later, the adults could then feast on the Sockeye. THINGS TO THINK ABOUT
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CENHENEN – HUMPBACK SALMON RETURN TO EARTH (July)
The Humpback salmon return to the earth during this moon. The illustration is half salmon and half human. The darts show the tidal waters that are used to catch salmon. The child carrying the salmon represents the first salmon ceremony in honour of the salmon. Saanich People humble themselves to the salmon.
CONNECTIONS AND BACKGROUND INFORMATION
July derives its name from Julius Caesar, who was born during this month. This month is important in Spain (bull fights) and Japan (animal festivals). Actual jousting and other medieval-type activities take place for three days during the Japanese Horse festival.
This moon marks the arrival of the Humpback salmon.
WEATHER
This was the dry weather season, drier than the interior of Canada. Although it was a good season for drying Salmon (SDÁL), the grass and forest was parched and everyone guarded against starting grass and bush fires.
ECONOMIC ACTIVITIES
This was the season for Humpback salmon fishing. Fishing caused First Nations peoples to extend catchment areas to areas as far away as Tsawassen and Point Roberts where they maintained shore camps.
CULTURAL ACTIVITIES
The success of the salmon fishery caused those most fortunate to celebrate and share their success with others. This season was especially marked by large family, village and neighbouring village gatherings, including gatherings where traditional sports were held. This was a time to reaffirm family ties and history and hold other gatherings. These included STÁNEK (memorial potlatches), namings (giving of a name ceremonies), weddings and societal ceremonies (e.g. blessings).
Potlaches enabled the more fortunate to share and distribute goods with those less fortunate than themselves. To become wealthy was honourable and to share one’s wealth with one’s neighbours was a traditional expression of Saanich values.
THINGS TO THINK ABOUT
- What sports events are held by first Nations People are similar or different to those found in other communities and countries?
- What does being wealthy mean to you?
- In what ways can an individual, community or country be wealthy?
- Does wealth always have a connection with careers and money?
- What is the difference between work and play?
- Can they be synonomous?
- What are the values of your family? How are values, beliefs and achievements celebrated?
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CENTÁWEN – THE COHO SALMON RETURN TO EARTH (August)
The Coho Salmon returns to the Earth. The illustration shows the face of the Coho and the human together. The face of the Coho/human is to remind the Saanich Peoples that the salmon were human at one time. The swift running tide picture illustrates where the salmon travel. The camp is the home away from permanent home for the Saanich Peoples.
CONNECTIONS AND BACKGROUND INFORMATION
August derives its name from the Roman Emperor Augustus Caesar. In most northern countries this is the time for summer holidays, fairs, fetes and festivals. The moon marks the arrival of the Coho Salmon.
WEATHER
The first rains begin and break the drought of the summer. Water flow in the streams, rivers and creeks increases. This enables the salmon that have gathered in the inlets, to begin their spawning journey.
ECONOMIC ACTIVITIES
This was a good moon for cod fishing. Traditionally the sea urchins were used as bait for Tommy Cod and the Tommy Cod was used as bait for the larger Ling Cod. Ling Cod could be lured to the surface with bait alone and speared since they were so anxious to protect their nests, that they would take a hook without the bait. As the weather cooled, the rains came and the forest was renewed once again. Deer Hunting began. This was also a good month to harvest the Hog Fennel (KEXMIN) which was used in a variety of First Nations medicines.
THINGS TO THINK ABOUT
- What are differences between Coho, Sockeye, Humpback and Dog Salmon?
- How can you tell if a fish is fresh or not?
- This is a time for harvesting plants for medicines. Can you think of any plants that produce medicines?
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CENQOLEW – THE DOG SALMON RETURN TO EARTH (September) The Dog Salmon return to the Earth Moon at this time. The colours are Dog Salmon (ochre red). The men are returning the bones of the salmon to the sea, with thanks, in the belief that the bones will come to life and replenish the salmon stocks. The man raises his oar to show honour and respect to our relative, the salmon, who helps us survive. CONNECTIONS AND BACKGROUND INFORMATION September derives its name from the Latin word ‘septem’, meaning seven. This was the seventh month in the Roman calendar when the year began in March. This moon marks the arrival of the Dog Salmon. WEATHER The rainy weather continues and the winds have become unpredicatable. The creeks and rivers rise enough for the Dog Salmon to spawn. ECONOMIC ACTIVITIES Hunting for deer and groups was still ongoing. This was also the best season and weather conditions for cod fishing. Dog Salmon were the last of the salmon runs to return and the Saanich Peoples carried out this fishery at Goldstream. Dog Salmon was easily dried or smoked and was the last of the preserves to be stored away. The Langford area was excellent for cranberries, blueberries and grouse hunting. CULTURAL ACTIVITIES If the salmon run was late, the SNAM (spiritual leader or priest) was brought in to hold a ceremony to call the salmon. The SNAM would also advise the family captains of the correct protocol to adopt so that they would not offend the Salmon Peoples and thus ensure that the salmon returned to the rivers. THINGS TO THINK ABOUT
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PEKELANEW – The Moon That Turns the Leaves White (October)
This is the moon of the turning white season (frost). This moon brings the first frost. The leaves lose their colours and turn pale. Deer hunting is the activity during this moon. The earth is cooling down and the people turn their efforts to hunting.
CONNECTIONS AND BACKGROUND INFORMATION
October derives its name from the Latin word ‘octo’ meaning eight. It was the eighth month of the Roman year. The moon marks the end of summer (snails) and the beginning of cooler weather.
WEATHER
The longer, cooler nights can lead to frost on the leaves and the ground in higher country.
ECONOMIC ACTIVITIES
The WSANEC people began splitting the cedar logs they had felled in the Spring. The completion of the canoes was Winter work. They would rough out their canoes in the forest making them easier to carry and move them to the villages.
Seals and Sea Lions were hunted in the San Juan Islands. Cod fishing tapered off toward the end of this moon and grouse hunting ceased. Preparations were made for the Fall hunt of the deer and elk. Deer were in their rutting season and easily fooled because they were not as cautious as normal.
THINGS TO THINK ABOUT
- What does ‘rut’ mean and why would deer be more easily fooled?
- What are various methods of hunting seals and sea lions?
- How is or was steam used to make canoes and bent wooden boxes?
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WESELÁNEW – MOON OF THE SHAKER LEAVES (November)
The leaves are ready to fall. The wind comes. Turbulence is felt in the waters and the skies. The earth is cooling down.
CONNECTIONS AND BACKGROUND INFORMATION
November derives its name from the Latin word ‘Novem’ meaning nine, and was the ninth moon in the Roman year. This marked the beginning of Winter. Traditionally, the Anglo Saxons did their slaughtering now (letting blood) because the cold weather was conducive to preserving the meat of the animal/bird. In the WESELÁNEW moon, fishing was undertaken mostly in the safety of local waters. This was the time when big winds come and changed the season to Winter.
WEATHER
The days became cooler and travelling in food gathering territory was limited. The winds that came with this moon were a signal to move to the winter village as the open sea became dangerous for movement in open boats.
ECONOMIC ACTIVITIES
Most foods were now in storage for the Winter and fishing was done only close to the village sites. The Saanich Peoples formed hunting parties and moved West into the mountains to hunt elk. Elk were only hunted after the first snowfall as it was easier to track an elk if it was wounded. This way no meat would be wasted.
CULTURAL ACTIVITIES
Winter fires were lit and this was the beginning of Winter gatherings.
THINGS TO THINK ABOUT
- What seasonal changes occur where you live?
- How does the direction of the wind affect climate?
- What are the effects of pollution and global warming on fish and wildlife?
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SJELCASEN – THE MOON OF PUTTING YOUR PADDLE AWAY IN THE BUSH (November).
This moon is the season of strong winds. The weather is unpredictable, making it unsafe to travel. It is time to put the big sea canoes and paddles away. It is time to honour the paddle for carrying one safely all season long. Snow is possible at this time of year. The long house activities start.
CONNECTIONS AND BACKGROUND INFORMATION
November derives its name from the Latin word ‘novem’ meaning ‘nine’. It was the nineth month of the Roman year. With the coming of this moon, it was time for the people to thank their paddle for taking them to gather foods, see loved ones and guide them to special ceremonies.
WEATHER
Strong and sudden winds are now common on the open sea and it has become unsafe to travel. Squalls and heavy rains can appear suddenly and without warning. South-easterlies are SKANET and south-westerlies are SCES.
ECONOMIC ACTIVITIES
Food gathering takes less time. The winter night tides were low enough for clam digging. Winter clothing was needed. There was now more time to weave mats and capes and to knit wool into clothing. Some items that were stored for Winter included:
- Materials for making twine, rope, lines, cables, baskets and storage boxes
- Cedar inner bark (SLEWI), cooking utensils, and cooking baskets
- Weaving materials for making baby cradles etc.
- Tools and fishing gear either made new or repaired.
Red cedar logs felled earlier in the year were now split into planks which were used as portable roofing and building material (S,ILETEW).
Natural splitting of logs was accomplished by inserting round stones as wedges into the cracks of the drying logs. The Winter winds hastened the drying and splitting process.
CULTURAL ACTIVITIES
It was a time for storytelling and Winter ceremonies. People settled down for Winter and enjoyed the food they had gathered and stored earlier.
THINGS TO THINK ABOUT
- Why do we need to ‘rest’ or putting the paddle away?
- Nature ‘renews’ itself through hibernation. Trees lower their production of sap in the winter. What are other ways that nature rests?
- How is the importance of the cedar tree in the Saanich Peoples’ culture similar or difference to the importance of plants in other cultures? (For example, think about corn!).
- Why is it so important to learn about our roots and heritage? Reflect on your own heritage. What has been passed down to you in terms of language, ideas, wisdom, artefacts etc. what is precious in your family? How does this relate to the stories and traditions of the longhouse?
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SIS,ET – THE ELDER MOON (December)
The Elder’s hair holds and shields the elderly people who share the teachings, the beliefs, the history and the culture with the children who are gathered in the warmth of the firelight.
CONNECTIONS AND BACKGROUND INFORMATION
This is the oldest of the moon family and means the elder. It is also the time when teaching occurs. In reality this is not the first month but the last in the yearly cycle of the moons. It is at this time of year when the earth is at its farthest point from the sun and the Winter Solstice occurs (December 20/21). As with the Summer Solstice, this day holds great importance in many cultures.
WEATHER
Days are short and storms and heavy rainfalls made sea travel unpredictable and unsafe. Therefore much more time was spent indoors. The sloughs in and around Saanich filled with water and provided a wintering place for visiting ducks and geese.
ECONOMIC ACTIVITIES
The Saanich people had abundant stored food and therefore had time to prepare for future harvests. Wood pitch was gathered for torches and fires. Torches were used to collect shellfish during the night tides, which were common at this time of year. Ducks and geese were netted or speared on the sloughs and in protected inlets. People only ventured into the protected inlets for ocean fishing. Nettles, gathered earlier in the year, were stripped and twisted into twine to make nets, ropes and cables. Roughed out canoes were brought into the longhouse to be finished.
CULTURAL ACTIVITIES
This is the most important time of the year for spiritual and cultural activities. The Saanich Peoples were involved in Winter ceremonies and the Elders told legends and stories to educate the children about the right way to live. The Saanich Peoples gathered in the longhouse for Winter ceremonial dances. New dancers were initiated and the dances witnessed.
THINGS TO THINK ABOUT
- What does the word ‘Elder’ mean to you?
- How does your society treat its elders?
- How might we learn from our elders?
- How does this picture depict teaching to you?
- What does the ‘right way to live’ mean to you?
- What celebrations does your culture have during Winter Solstice?
- How does your life change in the winter when there is less daylight and it is colder and raining or snowing, as compared to summer?
A hub of research activity at Race Rocks today.
A lot of activity was going on today in the reserve. Guy drove out myself and Laura Verhegge and several others to attend to equipment at Race Rocks. Already there was a crew with Kevin of Oceans Network Canada who were reinstalling the CODAR sea surface monitor. This was last commented on in a log on September 28 Also accompanying us was Ed Weibe, of the UVic School of Earth and Ocean Sciences — EOS 110 Labs Vancouver Island School-Based Weather Station Network http://victoriaweather.ca , who monitors the Davis weather station for our weather page on this site and the UVic Schools Weather program. He was there to change the humidity sensor and check on the equipment. Lucinda Leonard was along to take down the GPS earthquake monitoring equipment after its successful deployment for the past week. (See the May 10 log)
- Laura and Lucinda
- Location of second GPS station
- Lucinda Leonard dismantling equipment
- Location of Original GPS marker.
- Laura recording data points
- Second GPS station
The other activity going on was the installation of a CODAR monitor by the crew with Kevin from Oceans Network Canada.
- new antenna
- carrying antenna to installation location
- base for the antenna
GPS Survey for Earthquake Hazard Assessment on Southern Vancouver Island
I accompanied Lucinda Leonard and two students from UVIc Megan Caston and Yijie Zhu – they are both working towards Masters degrees in Geophysics, working on earthquakes and faults to Race Rocks along with 6 students from Pearson College for the installation of two GPS stations. Many years ago , perhaps as early as 1991, this plug had been installed a meter in front of the Camera 5 location , and it had not been rechecked since. Laas was able to get this picture of it to verify that it was still there .
- Lucinda explaining the project to the Pearson College marine Science students
- Pearson College students
- A tripod fixes the sensor over the marker
- UVic students Megan and Yijie
- Pearson College student drilling hole for tripod anchor in new location 5 meters west of the old one.
The following is the research proposal by Lucinda Leonard, Assistant Professor (Geophysics) School of Earth and Ocean Sciences, University of Victoria PO Box 1700 STN CSC, Victoria, British Columbia, Canada V8W 2Y2
GPS Survey for Earthquake Hazard Assessment on Southern Vancouver Island
Participants: Lucinda Leonard, Assistant Professor, School of Earth and Ocean Sciences, University of Victoria
Julie Elliott, Assistant Professor, Purdue University
Yan Jiang, Research Scientist, Natural Resources Canada, and Adjunct Professor, University of Victoria 2-3 students will also take part in the fieldwork.
Objectives:
(1) To quantify seismic hazard of crustal faults on southern Vancouver Island. (2) To improve understanding of crustal deformation in subduction zone forearcs.
Scope of fieldwork:
The research project will establish and survey a relatively dense network of high-precision Global Positioning System (GPS) sites across fault zones on southeastern Vancouver Island that may host significant earthquakes. The 2018 survey will involve temporary instrument deployments at a number of pre-existing survey markers as well as new markers emplaced in bedrock. We anticipate future deployments every 1-2 years over the next 5-10 years.
Rationale:
Southeastern Vancouver Island is a region of high seismic hazard due to its location above the Cascadia subduction zone – the region is susceptible to damage from: earthquakes on the Cascadia megathrust fault offshore (magnitude ~9; similar to the devastating 2011 tsunamigenic Japan earthquake), deep earthquakes beneath the Salish Sea and Puget Sound (up to magnitude ~7; e.g., 2001 earthquake in Nisqually, Washington, that caused minor damage in Victoria), and earthquakes on poorly-understood shallow crustal faults (up to magnitude ~7.5; similar to the 2011 damaging earthquake in Christchurch, New Zealand). Crustal earthquakes, although smaller in magnitude than megathrust events, may produce strong shaking in urban areas due to their shallow source and possible close proximity. Modelling of a scenario crustal earthquake beneath the City of Victoria estimates extensive damage to 64% of building stock, 75% of the water pipeline system, and 90% of the sewer pipeline system in the city (VC Structural Dynamics Ltd., 2016).
Crustal faults remain poorly understood in the region, although recent progress includes the identification of surface-rupturing Holocene earthquakes on the Leech River fault (Morell et al., 2017) and its likely offshore equivalent, the Devil’s Mountain fault (Barrie and Greene, 2018). Fault mapping and trenching are important to determine the maximum magnitude of past and future earthquakes on individual fault strands, but these methods cannot provide accurate estimates of slip rates on fault zones, as required for input into seismic hazard assessments. GPS surveying can be used to track the relative motion of survey markers over time; a sufficiently dense GPS network can be further used to identify the location of active faults and to quantify their slip rates (e.g., Marechal et al., 2015). The existing network of continuous GPS stations on southeastern Vancouver Island is inadequate for this purpose, e.g., there are only three stations within 20 km of the active Leech River fault zone. Campaign-style deployments, repeated every 1-2 years over a time-span of 5-10 years, will provide the greater density of survey locations needed to assess strain build-up on fault zones. Several sites were established in 1991 and re-surveyed in 1996 (Henton, 2000; Mazzotti et al. 2003) – we propose to re-occupy these sites, where possible, and to establish a denser network of campaign GPS sites for temporary deployments (2-4 days at each site).
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Methodology
Site locations:
Site requirements: accurate GPS positioning (to within 1 mm) requires the GPS antenna to have a good view of the sky in order to maximize the satellite signals received. It also requires a marker to be emplaced in a stable substrate, ideally bedrock. Thus bedrock hilltops provide optimum site locations. In this region, many optimal locations are located within parks.
Proposed deployments include 5 pre-existing sites, in addition to ~16 new sites, at an average of ~3 km spacing perpendicular to the Leech River fault zone and adjacent faults offshore (Figure 1; Table 1). The greater number of sites to the north of the fault zone reflects greater accessibility over a larger land area in this region.
Figure 1. Proposed locations of campaign GPS sites. Also shown are the locations of continuous GPS sites, pre-existing campaign GPS sites, and mapped faults.

Table 1. Locations of existing and proposed GPS campaign sites available by contacting the research proponenet
For a continuous period of 2-4 days at each site (maximum of once per year), a 1.7-m high mast with GPS antenna will be set up over an existing or new marker in the bedrock at each site, attached by cable to a receiver in a locked box on the ground. During deployment, the mast will be secured to the anchors using chains (Fig. 2a). At sites not conducive to the mast set-up, a tripod (Fig. 2b) or spike mount (Fig. 2c) will be used instead. New sites will be established by using epoxy to fix stainless steel marker pins into the bedrock. These will penetrate 6 inches into the rock, with a diameter of 0.5 inches, to lie flush with the ground surface. For mast sites, three stainless steel anchor bolts will also be bolted into the rock to a depth of ~2 inches, each attached to a 2-inch diameter stainless steel ring flush to the ground, at a distance of ~0.5 m from the central marker.
Approximate schedule for 2018 fieldwork:
The fieldwork will be carried out in August 2018, with each site being surveyed for 2-4 days. The proposed schedule is shown in Table 2 below, although actual dates may differ.
Table 2. Approximate schedule for fieldwork in August 2018 Approx. Dates Tasks
Aug 1 Aug 2 Aug 3 Aug 4 Aug 5 Aug 6 Aug 7 Aug 10
Aug 11 Aug 12 Aug 13 Aug 14 Aug 15 Aug 16 Aug 17 Aug 18
Team 1: Deploy PBHY, HIGH, SHER
Team 1: Deploy MLHT, TOLM, check others, babysit TOLM
Team 1: Stay at TOLM, check others
Team 1: Babysit TOLM, Demob PBHY, HIGH, TOLM (after 5 pm) Team 1: Demob MLHT, Deploy HAVN
Team 1: Check HAVN
Team 1: Demob HAVN after 5 pm
Team 1: Paperwork; deploy BEAR, STEW
Team 2: Deploy BBEC, DEVO, MILL
Team 1: Deploy OAKH, DOUG, check BEAR, STEW, babysit DOUG Team 2: Deploy PEDD, check BBEC,DEVO, MILL
Team 1: Babysit DOUG, check STEW, OAKH, BEAR
Team 2: Check DEVO, PEDD, BBEC, MILL
Team 1: Demob STEW, BEAR, Babysit DOUG then demob after 5 pm Team 2: Demob BBEC, DEVO, MILL
Team 1: Demob OAKH, Deploy THET, DISC (by boat)
Team 2: Demob PEDD, deploy LONE, CAMO
Team 1: Deploy WELS, MOSS, SUMM
Team 2: Deploy OBSV, check LONE, CAMO
Team 1: Check WELS, THET, MOSS, SUMM
Team 2: Check LONE, CAMO, OBSV
Team 1: Demob DISC (boat), THET
Team 2: Demob LONE, CAMO
Team 1/2: Demobilize WELS, MOSS, SUMM, OBSV
4
Plans for on-site security, site control and general safety?
The deployment of passive GPS equipment poses little risk to the public. Flagging will be placed on the equipment to mitigate any potential tripping hazards. Signs will be posted at all sites, with the following text (correct dates to be inserted): “Surveying for earthquake hazard study in progress from August 3-6 – please do not disturb. For more information, please contact Lucinda Leonard, School of Earth and Ocean Sciences, University of Victoria: 778-676-9621 or lleonard@uvic.ca”. At locations that are popular with the public, sites will be manned during daylight hours. Sites that see less pedestrian traffic will be visited 1-2 times per day during the deployment.
Data processing and analysis:
Geodetic data will be processed using standard routines to determine precise daily average locations for each site. Positional time series will be analyzed to provide site motions (direction and rate of motion) in a North America reference frame. Analysis of relative motion between sites will enable determination of strain across fault zones and improve seismic hazard assessment for southern Vancouver Island.
References:
Barrie, V., and H. G. Greene (2018), The Devils Mountain Fault zone: an active Cascadia upper plate zone of deformation, Pacific Northwest of North America, Sedimentary Geology, v. 364, p. 228-241, doi: 10.1016/j.sedgeo.2017.12.018.
Henton, J.A. (2000), GPS studies of crustal deformation in the northern Cascadia subduction zone. Ph.D. thesis, Univ. Victoria, Victoria B.C., Canada, 169p.
Marechal, A., S. Mazzotti, J.L. Elliott, J.T. Freymueller, and M. Schmidt (2015), Indentor-corner tectonics in the Yakutat-St. Elias collision constrained by GPS, Journal of Geophysical Research, v. 120, p. 3897-3908, doi: 10.1002/2014JB011842.
Mazzotti, S., H. Dragert, J. Henton, M. Schmidt, R. Hyndman, T. James, Y. Lu, and M. Craymer (2003), Current tectonics of northern Cascadia from a decade of GPS measurements. J. Geophys. Res. 108(B12):2554.
Morell, K. D., C. Regalla, L. J. Leonard, C. Amos, and V. Levson (2017), Quaternary rupture of a crustal fault beneath Victoria, British Columbia, Canada, GSA Today, v. 27, no. 3.
VC Structural Dynamics Ltd. (2016), Citywide seismic vulnerability assessment of the City of Victoria, Report prepared for the corporation of the City of Victoria, Victoria, BC, Canada, 43p, available online at: http://www.victoria.ca/assets/Departments/Emergency~Preparedness/Documents/Citywide- Seismic-Vulnerabilities-Assessment.pdf
See the follow-up when the instrument was removed on the May 15 log
CODAR installation for Race Rocks
Juan de Fuca _CODAR_backgrounder
Today Guy drove me out to Race Rocks with Kevin Bartlett, Marine Equipment, Specialist with Ocean Networks Canada. They had installed equipment earlier in the year but had ro change the frequency of broadcasting before it is operational. Kevin was making repairs, one being fixing the conduit at the base of the tower which had been disturbed by sealions. When this equipment is fully operational it will give acurate current vectors for the eastern entrance of the Strait of Juan de Fuca.
- CODAR antenna
- Conduit with cables from Antenna to transmitters
- Sea lions had snapped off this conduit at ther base of thew antenna. We reattached and built up rocks around it to prevent reoccurrence
- Transmitter and receiver in Science house basement
- I removed this iron peg which could be a hazard where the sea lions haul out and learned the hard way about gyroscopic precession a disc grinder ..ooops
- California sea lion in the area.
Sample from a similar station now in operation:
It was has been noticeable this year that instead of hauling out on the neighbouring islets of the Race Rocks Archipelago, the sealions are hauled out entirely on the main island of Great Race Rock. They have heavily impacted the vegetated areas .
- Northern ( steller) sea lion, also a branded one in this photo, haul out near the docks and on the isthmus under the light tower
- California Sea lions have occupied much of the main Island.
- Upper tidepools of the southwest knoll have been heavily impacted by sealion excrement
- Some damage by sealions to the aboriginal burial cairns
- Main burial cairn eroded on top where the three concrete anchors were found a few years ago
Pearson College and Race Rocks Video
Dr. Anita Brinkmann-Voss…. In Memoriam
Dr. Anita Brinckmann-Voss passed away on December 12 at her home in Sooke BC. Anita had been a long time friend of Lester B. Pearson College. From 1986, to 2005, Dr. Anita Brinckmann-Voss BC assisted the students and faculty of Lester Pearson College with her understanding of marine invertebrate ecology and her expertise in the taxonomy of hydroids and other invertebrates. Anita was one of the very few remaining taxonomists in the world who worked at such depth with this group of organisms. She assisted many students with their work in biology and marine science and worked closely with several divers at the college who collected specimens for her. Anita also was a regular donor to the Race Rocks program at the college.
Dr. Dale Calder, a colleague of Anita who works with the Royal Ontario Museum wrote the following about Anita:
“I knew of Dr. Anita Brinckmann-Voss and her research on hydrozoans from my days as a graduate student in Virginia during the 1960s. Her work at the famous Stazione Zoologica in Naples, Italy, was already widely known and respected.
Most noteworthy, however, was a landmark publication to come: her monumental monograph on hydrozoans of the Gulf of Naples, published in 1970. It highlighted studies on hydrozoan life cycles and was accompanied by the most beautiful illustrations of these marine animals that have ever been created. See the complete copy with color plates here: Brinckmann70:
It was not until 1974, and the Third International Conference on Coelenterate Biology in Victoria, British Columbia (BC), Canada, that I met her for the first time. We discovered having common scientific interests and saw absolutely eye-to-eye on most issues. It was the beginning of a scientific collaboration and friendship that would last a lifetime. I always greatly valued her scientific insights, but I also appreciated her humility, good nature, and keen sense of humour.
In having moved from Europe to Canada, first to Winnipeg, Manitoba, and later to Toronto, Ontario, Anita’s research shifted from Mediterranean species to those of Canadian waters and especially British Columbia. Her professional base became the Royal Ontario Museum and the University of Toronto, but it was far from the ocean. She soon acquired a residence in Sooke, BC, conveniently located on the beautiful Pacific coast. Life cycle research was now possible on Canadian species, and at times several hundred cultures of hydrozoans were being maintained by her. One final move was made, from Ontario to permanent residence at her cottage in Sooke. From there she kept marine research underway the rest of her life. A focus became Race Rocks and the rich hydrozoan fauna inhabiting the site.
Anita altered the direction of my career in a most positive way. It was largely thanks to her that I moved from employment as a benthic ecologist in South Carolina to a curatorial position at the Royal Ontario Museum in 1981. It was the best career move of my life. Thank you, Anita!
Over the decades we collaborated in research, shared our libraries, and jointly authored several scientific papers. Outside a professional association, we were close friends. My wife and I often visited Anita at her homes, first in Pickering, Ontario, near Toronto, and later in Sooke. In return, she often visited us in Toronto after moving west. It is an understatement to say she will be sorely missed.”
-(Quote from Dr. Dale Calder, ROM, 2018)
Links to her work with the college:
https://www.racerocks.ca/dr-anita-brinckmann-voss/
Other references: https://www.racerocks.ca/tag/anita-brinckmann-voss/
Pearson Students and Brands
Weather
- Visibility: 15 miles
- Wind: 0-5 knots NE, later West
- Sky: clear
- Water: calm
Ecological
- Saw two branded California sea lions.
- U400 and U714.
- Discovered a couple of recently deceased juvenile sea gulls.
- Cause of death unknown.
- U 400
- U 714
Maintenance
- The usual chores.
Boats
- Lots of ecotours today.
- One appeared to be going over the speed limit within the edge of the reserve.
- Several times there were at least 3 in the Middle Channel.
- Kyle brought two loads of students out in Second Nature.
- One small boat was observed fishing illegally within the Rockfish Conservation area.
- They were reported to the DFO.
Visitors
- Kyle, Laura, 14 Pearson students, and 3 filmmakers came out.
- The students were supposed to be doing wind and wave measurements, but Race Rocks was providing very little in that department today.
Other
- Six pair of small DND blastings today.
- They took place early in the hour, every hour, from the 10th until the 15th.
The Grand Sailboat Regatta
Weather
- Visibility: 8 miles in the early morning, 15 later on
- Wind: 15-20 knots East, then North, then West
- Sky: foggy and overcast, then sunny, then overcast
- Scattered raindrops throughout the day
- Water: mostly calm, with swells in the afternoon
Ecological
- Maya and Tazi conducted 4 intertidal transects today.
- Studying an intertidal transect involves measuring out a certain distance from a peg, and then documenting the different species found every 0.5 metre.
- In some transects the 0.5 metres are measured by water elevation; in others simply by distance.
- By comparing the species found in every zone of the transect with transect data from previous decades, you can see the change in intertidal ecosystems due to climate change.
- We saw a California Sea Lion with the brand U374 and another with a tracker.
- While most of the gull eggs all look the same, one particular egg is quite different.
- Intertidal Transect
- Water level elevation
- 0.5 metres
- Photographing the zone
- Compass to determine direction of transect
- California Sea Lion with tracker
- Tracker
- Brand U374
- Moulting E-Seal
- Seagull eggs
- Seagull eggs
- Before
Maintenance
- Maya and I ran the fire pump in the morning.
- This added a few inches to the cistern.
- We removed the old Canadian flag and hoisted a fresh one.
- Tazi and I removed some algae.
- Ali whacked away at the thistles.
- We cleaned the solar panels.
Boats
- Over 150 sailboats from Victoria passed by Race Rocks in the late morning on their way towards the Western horizon.
- Some of them started to return as late as 22:30.
- The colours of their sales included: red, blue, white, fluorescent yellow, green, purple, black, orange, and many combinations of all of the above.
- Some standouts included the Miles Davis sail and the Union Jack.
- I couldn’t stop taking photos and ended up with dozens. Below is a selection of the best.
- One coastguard zodiac and a search and rescue boat appeared to be accompanying the sailboats.
- Several eco-tours came by, including one Eagle Wings tour that drove through the South Channel.
- Passing through the South Channel is prohibited as the width is too narrow.
- Eco-tour
- Eco-tour
- The first boats
- USA
- USA in tricky waters
- Wow!
- Search and Rescue boats
- Beautiful!
- Miles Davis
- Eco-tour
- Breathtaking!
- Kayakers
- Eagle Wings exiting South Channel
Transect Peg Locations on Great Race Rocks
Expand this map of Great Race Rocks in order to see the numbered pegs in red around the shoreline. Some of these pegs were intended as intertidal locators, and some as subtidal tethering pegs. The ones with question marks still need to be located to be sure.
Some of the pegs were established pre-1980 and some were established after 2000.

Peg 1: off west side of jetty end- subtidal
Peg 2: off point of bay west of jetty–subtidal
peg 3: further along north side– subtidal
peg 4: off base of cliff– subtidal (proved impractical because of high current)
peg 5: inter and subtidal
peg 5a:later installation- inter and subtidal
peg 5b: later installation-inter and subtidal
peg 6: for tidepool locator and intertidal and subtidal
peg 7: for subtidal minimal use
peg 8: for subtidal not used
peg 9: for subtidal not used
peg 9 : for subtidal not used
peg 10: for subtidal not used
peg 11: subtidal not used as too close to old outfall.
peg 12 inter and subtidal
peg 13: used for annual intertidal algae stratification lab exercise.
peg 14: subtidal- outer extreme North East corner.
peg 14b: inter and subtidal concrete mound with stainless steel hole for peg – inter and subtidal
peg 15: large boat mooring post — used for intertidal lab exercises
peg 15a: inter and subtidal concrete mound with stainless steel hole for peg – inter and subtidal
From peg 5 and 5a:
See Transect A0050101
See Transect A0050102
See Transect A0050103
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