Ecological Field Data Collection

Ecological Field Data Collection is a three-day field and classroom-based course that introduces forestry practitioners to the theory and practice of Biogeoclimatic Ecosystem Classification (BEC). Participants will learn basic BEC theory and the skills and techniques necessary to classify, describe and map eco-types. This course includes the identification of critical factors inherent to specific site edaphics and their implications for forest management. It will also include classification techniques for areas where the ingress of early seral species - due to clear cuts, wildfires and large-scale forest health impacts - would render vegetative focused descriptions problematic.

Participants will be instructed on classifications and systems relevant to their forest district. See course dates and locations below.

Instructor: Price:
$900.00
Location:
Haida Gwaii
Session:
Spring 2018
Date & Time:
14 Mar 2018 to 16 Mar 2018
  • Wednesday to Friday, 8:30am-4:30pm
Registration Deadline:
March 4, 2018
Location:
Vernon
Session:
Spring 2018
Date & Time:
27 Mar 2018 to 29 Mar 2018
  • Tuesday to Thursday, 8:30am-4:30pm
Registration Deadline:
March 17, 2018
Location:
Kamloops
Session:
Spring 2018
Date & Time:
9 Apr 2018 to 11 Apr 2018
  • Monday to Wednesday, 8:30am-4:30pm
Registration Deadline:
April 1, 2018
Location:
Prince George
Session:
Spring 2018
Date & Time:
16 Apr 2018 to 18 Apr 2018
  • Monday to Wednesday, 8:30am-4:30pm
Registration Deadline:
April 6, 2018
Location:
Williams Lake
Session:
Spring 2018
Date & Time:
25 Apr 2018 to 27 Apr 2018
  • Wednesday to Friday, 8:30am-4:30pm
Registration Deadline:
April 15, 2018
Location:
Cranbrook
Session:
Spring 2018
Date & Time:
2 May 2018 to 4 May 2018
  • Wednesday to Friday, 8:30am-4:30pm
Registration Deadline:
April 23, 2018

Course Prerequisites

There are no prerequisites for this course, however, previous courses and/or experience in Forest Soils, Forest Botany, Dendrology, Hydrology and Forest Ecology are helpful.

Itinerary

Day 1 (Classroom)

General overview of course; Introduction to the Biogeoclimatic Ecosystem Classification (BEC) system; Macro scale influences on sub-zones which include factors affecting growing seasons, frost, wind, precipitation, snow, drought, succession and seral stage influences; BEC zones, subzones and variants; Eco-type site specific characteristics such as humus forms, soil texture, drainage, slope, aspect, topographic position, indicator plants; Diagnostic procedures such as humus form description, hand texturing soil, identifying indicator plant species; Site stratification using topographic maps and subzone guides.

Day 2 (Classroom and Field)

Indicator plant identification and significance; Deploy to field -Introduction to field data collection and the FS39 Silviculture Prescription Plot Card; Sample plot demonstration by Instructor; Identifying Site, Understory, Overstory, Soils and Soil Hazard Assessment features; Students practice field data collection.

Day 3 (Classroom and Field)

Review of materials covered during Day 1-2; Introduction to the relationship between BEC and plant communities; Discuss “At Risk” plant communities; Questions and Answer -Introduce field assessment; Deploy to the field; Collect field data at predetermined field sites; Assessment of field data collection and cards by the Instructor; Overview of field work; Concluding remarks.

Details

Necessary Equipment

Students will be required to bring the following equipment: 1) PPE-hardhats and safety footwear 2) Shovel 3) Field Note book (6-ring binder) 4) Compass, Clinometer 5) Transportation (to and from field site) 6) Field Vest 7) Pens, Pencils

About the Instructor

Diana Gerdenits has extensive experience collecting ecological field data from BC’s coastal and interior subzones. She has collected field data (SP, SIBEC, SMP, TEA) for both industry and government as well as conducted internal training in BEC skills. She specializes in soil and Red/Blue listed plant community identification. Presently she sits on the Provincial Red/Blue Ecosystem Working Group.