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Regeneration

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Articles 61 - 77 of 77

Full-Text Articles in Forest Sciences

Clone Expansion And Competition Between Quaking And Bigtooth Aspen Suckers After Clearcutting, Donald A. Perala Jan 1981

Clone Expansion And Competition Between Quaking And Bigtooth Aspen Suckers After Clearcutting, Donald A. Perala

Aspen Bibliography

The ability of quaking and bigtooth aspens (Populus tremuloids Michx., P. grandidentata Michx.) to vegetatively regenerate dense stands of root sprouts (suckers) is well documented (Brinkman and Roe 1975). Tens of thousands of suckers per hectare are commonly produced when stands are killed by fire or removed by clearcutting.


Applying Research Information To Aspen Management Decisions--National Forests, David L. Hessel Jan 1976

Applying Research Information To Aspen Management Decisions--National Forests, David L. Hessel

Aspen Bibliography

No abstract provided.


Utilization And Marketing As Tools For Aspen Management In The Rocky Mountains, D.L. Hessel, D.R. Betters, T.J. Loring, L.D. Porter, J.E. Bennett Jan 1976

Utilization And Marketing As Tools For Aspen Management In The Rocky Mountains, D.L. Hessel, D.R. Betters, T.J. Loring, L.D. Porter, J.E. Bennett

Aspen Bibliography

No abstract provided.


Natural Regeneration Of White Spruce Under Spruce-Aspen Shelterwood, B-18a Forest Section, Alberta, J.C. Lees Jan 1970

Natural Regeneration Of White Spruce Under Spruce-Aspen Shelterwood, B-18a Forest Section, Alberta, J.C. Lees

Aspen Bibliography

No abstract provided.


Some Effects Of Prescribed Burning On Jack Pine Reproduction In Northeastern Minnesota, C.E. Ahlgren Jan 1970

Some Effects Of Prescribed Burning On Jack Pine Reproduction In Northeastern Minnesota, C.E. Ahlgren

Aspen Bibliography

Prescribed burning has been used for a number of years in the management of jack pine (Pinus Banksiana Lamb.) lands in the United States and Canada.


Size Of Aspen Crop Trees Little Affected By Initial Sucker Density, R.W. Sorensen Jan 1968

Size Of Aspen Crop Trees Little Affected By Initial Sucker Density, R.W. Sorensen

Aspen Bibliography

No abstract provided.


The Influence Of Growth Media, Temperatures, And Light Intensities On Aspen Root And Top Growth, G.F. Gifford Jan 1967

The Influence Of Growth Media, Temperatures, And Light Intensities On Aspen Root And Top Growth, G.F. Gifford

Aspen Bibliography

Root and top growth of aspen cuttings in three soils (sand, loam, and clay) were studied in a controlled environmental chamber.


Influence Of Fire On Aspen Suckering, K.W. Horton, E.J. Hopkins Jan 1964

Influence Of Fire On Aspen Suckering, K.W. Horton, E.J. Hopkins

Aspen Bibliography

No abstract provided.


A Test Of Harvest Cutting Methods In Alberta's Spruce-Aspen Forest, J.C. Lees Jan 1964

A Test Of Harvest Cutting Methods In Alberta's Spruce-Aspen Forest, J.C. Lees

Aspen Bibliography

No abstract provided.


Vegetative Propagation Of Aspen By Greenwood Cuttings, Robert Edward Farmer Jr. Jan 1963

Vegetative Propagation Of Aspen By Greenwood Cuttings, Robert Edward Farmer Jr.

Aspen Bibliography

No abstract provided.


Ecological Aspects Of Air Pollution From An Iron Sintering Plant At Wawa, Ontario, A.G. Gordon, E. Gorham Jan 1963

Ecological Aspects Of Air Pollution From An Iron Sintering Plant At Wawa, Ontario, A.G. Gordon, E. Gorham

Aspen Bibliography

At Wawa, in northern Ontario, vegetation has been damaged severely by sulphur dioxide pollution from an iron-sintering plant. Damage is mainly restricted to a narrow strip northeast from the sinter plant, since southwest winds are strongly predominant. It is traceable from the air for at least 20 mile in this direction and is estimated as severe within 11 miles and very severe within 5 miles. Within about 10 miles NE, from the sinter plant ground flora variety declines markedly, from about 20-40 species per 40 square meter quadrat beyond this distance to 0-1 species within 2 miles of the pollution …


Some Aspects Of The Aspen-Birch-Spruce-Fir Type In Ontario, D.W. Maclean Jan 1960

Some Aspects Of The Aspen-Birch-Spruce-Fir Type In Ontario, D.W. Maclean

Aspen Bibliography

The mixedwood types of the Boreal Forest in Ontario occupy sites that have a high potential for the production of spruce and fir. These types are commonly made up of various mixtures of trembling aspen, white birch, black spruce, white spruce, and balsam fir2. In the unmanaged forest, this mixture of species usually results from fire, and the coniferous component is largely spruce. In the managed forest, fir rather than spruce is likely to be the main coniferous species in the next crop where measures are not employed to alter this trend in succession. This is a matter …


Regenerating Aspen By Suckering In The Southwest, Merylyn M. Larson Jan 1959

Regenerating Aspen By Suckering In The Southwest, Merylyn M. Larson

Aspen Bibliography

Although seeding is necessary for the spread of aspen into new localities, suckering (sprouting from adventitious buds on the roots) is the chief means of reproduction in established stands. Suckering can usually be induced by reducing or eliminating the aspen overstory. 2


Possibilities Of Managing Aspen, Paul Zehngraff Jun 1947

Possibilities Of Managing Aspen, Paul Zehngraff

Aspen Bibliography

The management of aspen or popple (Populus tremuloides) has received little attention in the past, largely because of the former abundant supply of other and more valuable tree species in the Lake States. Be- cause of a rapidly expanding market for all forest products during the past decade, particularly during the war, the attention and ingenuity of industry have turned toward the use of aspen. As a consequence, aspen has now become one of the important pulpwood species in the Lake States, and is used for many other products. That it will retain its place for some time to come …


Response Of Young Aspen Suckers To Overhead Shade, P.J. Zehngraff Jan 1947

Response Of Young Aspen Suckers To Overhead Shade, P.J. Zehngraff

Aspen Bibliography

No abstract provided.


Season Of Cutting Affects Aspen Sprouting, P.J. Zehngraff Jan 1946

Season Of Cutting Affects Aspen Sprouting, P.J. Zehngraff

Aspen Bibliography

No abstract provided.


Some Effects Of Cover Over Coniferous Seedbeds In Southern New England, James W. Toumey, Ernest J. Neethling Jan 1923

Some Effects Of Cover Over Coniferous Seedbeds In Southern New England, James W. Toumey, Ernest J. Neethling

Yale School of the Environment Bulletin Series

The object of the study as at first conceived was to secure experimental data under the climatic conditions of southern Connecticut: 1. On the effect of shade as compared with full light on the time required for germination, and on germination values in representative conifers, and on survival and growth during the first season. 2. On the effect of mulch as compared with exposed soil on the time required for germination, and on germination values in representative conifers, and on survival and growth during the first season.