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The effects of soil compaction on the germination and growth of Picea mariana and Pinus banksiana
(2020)
Soil compaction has long been an issue for the forestry industry. Soil compaction can reduce soil aeration, porosity and drainage, and restrict the growth and success of trees and other plants. The objective of this study ...
Potential factors that influence the silvicultural status of a stand based on its silvicultural background
(2020)
The silvicultural effectiveness monitoring program is important in determining the silvicultural status of a stand. Each stand can be classified as being a silvicultural success (SS), regeneration success (RS), or not ...
Controlling competing vegetation for forest regeneration
(2021)
The timely regeneration of productive forests is vital to maintain timber supply
in the forest industry. However, other vegetation can severely hinder forest
regenerations. Therefore, effective measures to control the ...
Impact and relation between proximity of two individual trees and their general development
(2021)
The intend of the following study is to understand and analyse a trend which marks the
relationship between proximity of two trees and their general development. In this study
we will examine two types of regeneration ...
Effects of Lalrise Vita. Bacillus velezensis on Pinus banksiana and Picea mariana
(2022)
Jack pine, Pinus banksisana, and black spruce, Picea mariana, are the top two species
harvested and planted in the boreal forest of Canada. Sustainable forest management
incorporates greenhouses and artificial fertilizers ...
The promoted growth of genetically lodgepole and white spruce in Western Alberta compared to natural stocks
(2022)
Forest regeneration has been an important focus across Alberta and the rest of
Canada over recent decades. An industrial company in Alberta known as Canfor have
recently began regenerating using a genetic stock where a ...
Analysis on the influencing factors of forest natural regeneration in northern China
(2021)
The purpose of this paper is to clarify that the differences in natural regeneration
between the two forests in northern China are caused by precipitation, altitude, temperature, and canopy density. Similarly, the ...