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The Thin Green Line

The Thin Green Line symposium was held July 26-28, 2005 in Thunder Bay, Ontario and focused on the State-of-the-Art in Reforestation.

The Thin Green Line Proceedings: More Details
Challenges and Successes in Regeneration Practices in The Northern Mediterranean Basin: More Details
Applying an Understanding of Stand and Competition Dynamics For Natural Regeneration and Achievement of Alternative End Products: Examples From Western Canadian Mixedwood Forests: More Details
Successful Stock Production for Forest Regeneration: What Foresters Should Ask Nursery Managers About Their Crops (and Vice Versa): More Details
Making Ends Meet in the Forest Nursery Business: More Details
Growing A Stronger, Greener Ontario: More Details
Top 10 Principles for Managing Competing Vegetation to Maximize Regeneration Success and Long-Term Yields: More Details
Regeneration Practices in Scandinavia: State-of-the-Art and New Trends: More Details
Forest Regeneration Trends: Dinosaurs, Political Correctness, and the Future: More Details
Assessing Plant Quality for Afforestation and Reforestation in Lombardy: More Details
Afforestation in the Central Hardwood Forest Region of the USA: More Details
Intensive Management of Stump-Sprout Reproduction In Coppice-Regenerated Coast Redwoods: More Details
Mini Seedlings – A New Forest Regeneration System: More Details
Improving Regeneration Performance Standards: Comments Based on Early Experience With Three New Approaches In British Columbia: More Details
Hardwood Genetics and Tree Improvement – A Midwest USA Perspective: More Details
Turning Off the Tap: Controlling Nutrient Leaching, Growth and Hardening of Containerized White Spruce Seedlings Through Irrigation Management: More Details
Improving Root Development:Genetic Selection, Cultural Practices or Both?: More Details
Root Form of Jack Pine Seedlings Grown in a Variety of Containers: More Details
Nursery Technology Cooperative: 20-Year Evolution of a Research Program to Optimize Seedling Quality and Reforestation Success in the Pacific Northwest: More Details
Maximizing Nutrient Storage in Nursery Culture to Promote Retranslocation and Growth of Outplanted Seedlings: More Details
A Root-Bound Index for Container-Grown Pines: More Details
Root-Zone Electrical Conductivity Monitoring for Nutrient Loading and Spiking of Container Tree Seedlings: More Details
Risks Related to the Extension of the Planting Period of Norway Spruce Container Seedlings: Drought – Growth Stage Dynamics and Handling Practices: More Details
Effect of Plant Date on Stand Establishment: More Details
Growth of Aspen and White Spruce in Planted Mixtures: More Details
The Influence of Mycorrhizal Inoculation and Site Preparation on the Extended Season Planting of Jack Pine (Pinus banksiana Lamb.) Seedlings in Northwestern Ontario: More Details
Gap Planting In Conifer Pure Stand In Japan: More Details
Effects of Early Herbaceous and Woody Vegetation Control on Seedling Microclimate and Physiology of Eastern White Pine: More Details
Effects of Early Herbaceous and Woody Vegetation Control on Eastern White Pine: More Details
Mycorrhizal Biotechnology for Reclamation of Oil Sand Composite Tailings and Tailings Land in Alberta: More Details
Quality Control System for Regeneration Activities in Private Forests in Finland: More Details
Benchmark Renewal Standards: What You See Is What You Get…. (NOT)!!: More Details
The Challenges and Accomplishments in Reforesting Boreal Sites in Northern Ontario: More Details
Natural Regeneration With Shelterwood Silviculture in the Acadian Forest Region: More Details
Reforestation of Surface Mined Lands in the Appalachian Coal Fields, USA: More Details
Cutting Versus Herbicides: Tenth-Year Cost-Benefit Analysis of Sub-Boreal Conifer Plantation Release: More Details
Positioning Forest Business to Capture Benefits of the Bio-Economy: A Role for Reforestation and Afforestation in Sustainable Forest Management: More Details
Seedling Size and Reforestation Success How Big is Big Enough?: More Details
Cost – Quality Relationship of Norway Spruce Planting and Scots Pine Direct Seeding In Finland – Preliminary Results: More Details
Soil Nutrient Supply Rates as an Indicator of Site Suitability and Seedling Growth Requirements: More Details
Deciduous Competition: Impact on Growth of Plantation Spruce: More Details
Twenty Years Later – Revisiting A Jack Pine Mycorrhizae Study Near Raith, Ontario: More Details
Nine Different Nursery Fertilizer Regimes Still Affecting Jack Pine Plantation Growth After 12 Years: More Details
RCDlob: An Individual Tree Growth and Yield Model for Loblolly Pine That Incorporates Root-Collar Diameter at Time-Of-Planting: More Details