GUEST EDITORIAL
Forest Inventory and Landmine Surveys are Related?
"Timberline's newest corporate partner became involved with landmines and unexploded ordinance"
Greg Wickware
President
GeoSpatial International
www.geospatial.on.ca
Have you ever laid awake at night wondering about the relationship between forest inventory and mine action? Not likely, however, believe it or not that's how GeoSpatial International, Timberline's newest corporate partner, became involved with landmines and unexploded ordinance (UXO).
The opportunity arose as a result of the company being the successful bidder on a CIDA funded National Level One Survey for Cambodia. The Impact Survey, as it is now called, requires that all villages in the country (and there are over 14,000 of them!!) be visited, questionnaires completed, and the social and economic impact of the landmines and UXO on each of the villages be assessed.
One of the reasons given for our successful bid was that we were able to demonstrate that as a result of our forest inventory experience we could effectively recruit, train, mobilize and manage over 120 Cambodian field surveyors. In addition, our experience in database development and GIS convinced CIDA that these combination of skills were just what the mine action community was lacking. The project, which after two years, is nearly finished, has been widely praised, and GeoSpatial has been asked to participate on a UN sponsored Survey Working Group which oversees all standards and procedures used in mine action projects. Over the next two years there will be over 10 new Impact Surveys contracted, and GeoSpatial International will be working hard to secure several of the contracts.
As a result of this first contract, GeoSpatial International has opened a permanent office in Phnom Penh, the capital of Cambodia. Leading that office will be Mao Vanna, a highly skilled field technician, and well educated Cambodian. Vanna hopes that his mine action experiences in Cambodia, and elsewhere in S.E. Asia, can translate into opportunities to work in Canada for short periods of time. He has been assured that those skills developed as part of the Impact Survey, and his previous experience in demining, are indeed related to those required for forest inventory.
So, for all of you in Canada wondering about the relationship between forest inventory and mine action, there are Cambodians wondering about the relationship between mine action and forest inventory. Come to think it…there’s the opportunity…a bilateral exchange…anybody interested, I know Vanna is!! What a great way to get people working and sharing new experiences together.
Do you or your company have a philosophy about the reform of the BC forest industry? Feel free to contact timberlines@timberline.ca with any editorial ideas or your thoughts about this topic or any others.
On The Web
ens.lycos.com
The environmental news service covers all global environmentally related news. That includes forestry current events like fire, preservation, policy and more.
www.heli-log.com
News and resources for the serious helilogger or someone who is just interested. Great background on the industry and the machines including a spec sheet that compares the different choppers.
Photo courtsesy of www.heli-log.com
swww.ciffc.ca
"Your access to the forest fire scene". Graphical historical data on fires aircraft and equipment mobilized, areas burned, start statistics and a whole list of other stats. Their "fire wire" page has constantly updated fire situation reports including current fire status, resources exported, etc., all by province.
Change as a Constant
New Roles for the B.C. Forest Industry
David M. Carson
Timberline, Victoria
Let me begin with two truths:· Tenure reform, including area-based management, is needed; and
· Tenure reform, including area-based management, is politically unpalatable.In the context of these truths, and driven by many market and society factors, we have in B.C. a complicated set of evolving policies that lead to new roles for the forest industry.
New role #1. Forest Stewards. Previously, with respect to Forest Licences, industry was little more than the proverbial hewers of wood. Licencees had little input into management goals or the development of inventory information. Industry will in the future set resource management objectives, programs, and funding priorities.
New role #2. Forest Analysts. Industry was marginalized in a process central to their business – setting allowable cuts. They will now take ownership in, and lead, exploration of issues effecting sustainable harvest levels.
New role #3. Information Managers. Where government dictated inventory design and methodologies with central goals and administrative systems, industry will empower itself with appropriate information based on operational needs.
New role #4. Collaborators. Industry has seen each other as competitors in the woods. They will come to realize that the enemy is without, and work together to increase shareholder value through advancing the competitive position of British Columbia.
Changes are coming from all points of the compass and new roles are being thrust on industry. This is eliciting a range of reactions. Emotions include:
· Anticipation – of new opportunities to make a difference;
· Fear – of increased costs at a very inopportune time;
· Determination – to make the changes work; and
· Scepticism – of the challenges of a new era.Change has become continuous, pervasive and unavoidable. Industry must, and will, rise to the challenge.
The Wildfire GIS Mobile Unit – emergency wildfire mapping
Digital fire maps produced at the fire base camp for immediate product utility
Co-authored by:
Cary Gulka
Timberline, Athabasca
Makenzie Leine
Timberline, Edmonton
Timberline's Wildfire GIS Mobile Unit is currently contracted for emergency fire mapping for the province of Alberta. The unit is self contained and completely portable for setup at any fire base camp to provide maps with the most up to date fire features.
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The Incident Command Team requires maps with the most up to date information on the fire and surrounding area for formulating an action plan for fire suppression. The action plan includes factors such as values at risk, fuels, and fire behavior and the result is crew and equipment mobilization. Historically, fire fighters flew the fire and sketched the features. Then came aerial infrared scanning for fire boundary and hot spots. The process of transferring this information to a map was performed out of the district offices or headquarters and then transported to the fire line from there. Infrared scanning is still used for finding hot spots and boundaries in conjunction with GPS that offers digital coverage of not only the boundary but cat guards, helipads, pump locations, camps, staging areas, values at risk, etc. Digital maps with coverage from GPS were far more accurate than hand sketches and multiple copies of the map could be produced for little more effort, although, timing of the product was constrained by the time required to get GPS data to headquarters or the district office, producing the map, and the time required to transport the maps back to the fire line. With the Wildfire GIS Mobile Unit at the fire base camp the only limiting factor for the immediacy of a map product is the time required to collect the data, import it to Arcview, and print the map. Overhead teams can have access to fire features within hours.The Wildfire GIS Mobile Unit contains: laptop computers equipped with a CD burner, Zip Drives, cellular modem, Arcview, GPS software, base data information, hydrology features, ortho imagery, IRS imagery, forest cover data, a plotter/printer capable of printing maps up to 13x19, and a GPS unit with sub-meter accuracy all contained in a mobile office trailer. The Wildfire GIS Mobile Unit has the ability to provide the required support to meet the incident requirements from manpower to an on site GPS/GIS office.
With the massive scale of wildfires in Alberta this year the government does not have the resources to map fires alone. The Wildfire GIS Mobile Unit produced 1898 maps in 18 days for the House River Fire LWF-031-2002 (253, 000 ha). This is not including additional maps the unit produced while operating the government GIS system in conjunction with Timberline's GIS system.
The Wildfire GIS Mobile Unit is not only providing relief in an extremely active fire season but the benefit of a timely product for more effective planning and resultant fire suppression.
For information on the status of Alberta forest fires see the Environmental Protection web site.
Rules Don't Necessarily Translate into Results
A case study example of results-based ecosystem mapping vs. a process driven approach
John Johnson
Timberline, Prince George
A process-orientated approach (i.e. the current status quo in BC) defines many rules that must be met. In the past these rules have become the objective in themselves and are like many small operating “boxes” that may constrain ideas and innovation. They may say nothing about what the end landscape objective is and they often work against an end landscape goal.Our team of ecologists specializes in the mapping of ecosystems across large landscapes. A process-orientated approach called Terrestrial Ecosystem Mapping (TEM: guided by Resource Inventory Committee Standards and MSRM quality assurance checks) was developed by the previous Ministry of Environment (1994) in an attempt to ensure that the highest quality ecosystem mapping was attained. There was NO dictated minimum map accuracy (i.e. no goals) and mapping costs for TEM ranged from $3.50 to $5.00 per hectare. Since 1997 a new approach has been developed to accomplish this same ecosystem mapping using computer modeling. The approach is called Predictive Ecosystem Mapping (PEM). At the conception of PEM (1997-99) there was no guiding policy associated with this type of mapping and practitioners were given the freedom to innovate and “make it work”. Although there are now associated government standards, there is still freedom to innovate. In addition the government dictated a “minimum map accuracy” before Predictive Ecosystem Mapping could be used for landscape level analysis; this created a results-based objective. Timberline subsequently completed a PEM of 416,000 hectares which passed the minimum required accuracy for one third the cost of a TEM; this PEM project scored +15% more accurate than a 100,000 hectare TEM on the same landscape that cost almost 3 times more than the PEM.
This example shows that rules can create a false sense of security and that end goals may not be met.
If you have questions, comments, or would like to subscribe/unsubscribe please email timberlines@timberline.ca See our previous issues:
January 2002
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