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Articles 1 - 18 of 18
Full-Text Articles in Forest Sciences
Development Of Microstructure In Set-Style Nonfat Yogurt - A Review, Miloslav Kalab, Paula Allan-Wojtas, Beverley E. Phipps-Todd
Development Of Microstructure In Set-Style Nonfat Yogurt - A Review, Miloslav Kalab, Paula Allan-Wojtas, Beverley E. Phipps-Todd
Food Structure
The development of microstructure in natural set-style nonfat yoghurt was stud i ed by scanning electron microscopy (SEM) and transmission electron microscopy (TEM). In addition to thin-sectioning and conventional SEM described in the literature, this review illustrates gelation of milk with micrographs obtai ned by rotary shadowing of casein micelles and their clusters. The existence of void spaces occupied by lactic acid bacteria in yoghurt was con finned by cold-stage SEM of uncoa ted specimens. The microstructure of yoghurt is affected by the preheat treatment of milk, bacterial starter cultures, total solids content , and the presence of thickening agents. …
Chemical Characteristics Of Precipitation And Hydrogen Input In Throughfall And Stemflow Under Some Eastern Canadian Forest Stands, M.K. Mahendrappa
Chemical Characteristics Of Precipitation And Hydrogen Input In Throughfall And Stemflow Under Some Eastern Canadian Forest Stands, M.K. Mahendrappa
Aspen Bibliography
No abstract provided.
Mapping The Distribution Of Aspen Defoliation Using Landsat Color Composites. (Mapping The Distribution Of Aspen Defoliation Using Landsat Color Composites [Malacosoma Disstria, Canada].), R.J. Hall, G.N. Still, P.H. Crown
Mapping The Distribution Of Aspen Defoliation Using Landsat Color Composites. (Mapping The Distribution Of Aspen Defoliation Using Landsat Color Composites [Malacosoma Disstria, Canada].), R.J. Hall, G.N. Still, P.H. Crown
Aspen Bibliography
No abstract provided.
The Effect Of Controlled Burning On Understory Vegetation And Soil Nitrogen In The Aspen-Bunchgrass Type, W. Wallace Covington, Ernest A. Kurmes, James R. Haisley
The Effect Of Controlled Burning On Understory Vegetation And Soil Nitrogen In The Aspen-Bunchgrass Type, W. Wallace Covington, Ernest A. Kurmes, James R. Haisley
Aspen Bibliography
No abstract provided.
Aspen Management Guidelines For The Grand Mesa, Uncompahgre And Gunnison National Forest, Aspen Management Task Force
Aspen Management Guidelines For The Grand Mesa, Uncompahgre And Gunnison National Forest, Aspen Management Task Force
Aspen Bibliography
A task force was formed in late April 1983 for the purpose of developing guidelines for Aspen Management on the Grand Mesa, Uncompahgre and Gunnison National Forests.
Internal Filters : Prospects For Uv-Acclimation In Higher Plants, Martyn M. Caldwell, Ronald Robberecht, Stephan D. Flint
Internal Filters : Prospects For Uv-Acclimation In Higher Plants, Martyn M. Caldwell, Ronald Robberecht, Stephan D. Flint
Green Canyon Environmental Research Area, Logan Utah
Wavelength-selective absorption of solar radiation within plant leaves allows penetration of visible radiation to the chloroplats, while removing much of the damaging ultraviolet-B radiation. Flavonoids are important in this wavelength-selective absorption. Induction of flavonoid synthesis by solar radiation, and specifically by UV-B radiation, is discussed as this relates to the potential acclimation of plants to enhanced solar UV-B radiation that would result from stratospheric ozone reduction.
An Indirect Method To Estimate The Aerial Biomass Of Small Single Stemmed Woody Plants, R.D. Fitzgerald
An Indirect Method To Estimate The Aerial Biomass Of Small Single Stemmed Woody Plants, R.D. Fitzgerald
Aspen Bibliography
No abstract provided.
Improved Aspen Mechanical Pulp Through Coarse Grinding And Refining, D.C. Hedquist, J.F. Laundrie
Improved Aspen Mechanical Pulp Through Coarse Grinding And Refining, D.C. Hedquist, J.F. Laundrie
Aspen Bibliography
No abstract provided.
Aspen Succession In The Intermountain West: A Deterministic Model, Dale L. Bartos, Frederick R. Ward, George S. Innis
Aspen Succession In The Intermountain West: A Deterministic Model, Dale L. Bartos, Frederick R. Ward, George S. Innis
Aspen Bibliography
No abstract provided.
Xylem Morphology And Discoloration In Bigtooth Aspen (Populus Grandidentata), R.A. Wittberg, R.T. Eckert
Xylem Morphology And Discoloration In Bigtooth Aspen (Populus Grandidentata), R.A. Wittberg, R.T. Eckert
Aspen Bibliography
No abstract provided.
Biodeterioration And Strength Reductions In Preservative Treated Aspen Waferboard, E.L. Schmidt, H.J. Hall, R.O. Gertjejansen, C.G. Carll, R.C. Degroot
Biodeterioration And Strength Reductions In Preservative Treated Aspen Waferboard, E.L. Schmidt, H.J. Hall, R.O. Gertjejansen, C.G. Carll, R.C. Degroot
Aspen Bibliography
No abstract provided.
Decomposition Rates Of Aspen Bole And Branch Litter, W.E. Miller
Decomposition Rates Of Aspen Bole And Branch Litter, W.E. Miller
Aspen Bibliography
No abstract provided.
Data For Prediction Of Mechanical Properties Of Aspen Flakeboards, C.G. Carll, P. Wang
Data For Prediction Of Mechanical Properties Of Aspen Flakeboards, C.G. Carll, P. Wang
Aspen Bibliography
No abstract provided.
The Challenge Of Producing Native Plants For The Intermountain Area, U.S. Forest Service
The Challenge Of Producing Native Plants For The Intermountain Area, U.S. Forest Service
All U.S. Government Documents (Utah Regional Depository)
Germination of wildland seeds is often dependent on proper seed collection and storage. A systematic approach to germination testing will often pinpoint the type of dormancy of seeds in wildland species and lead to germination enhancement.
Shearing Restores Full Productivity To Sparse Aspen Stands, Donald A. Perala
Shearing Restores Full Productivity To Sparse Aspen Stands, Donald A. Perala
Aspen Bibliography
No abstract provided.
Effects Of Recreation (Trampling) On The Forest Floor And Associated Streams Of Aspen And Conifer Forests, M.C. Molles, J.R. Gosz, R.G. Cates
Effects Of Recreation (Trampling) On The Forest Floor And Associated Streams Of Aspen And Conifer Forests, M.C. Molles, J.R. Gosz, R.G. Cates
Aspen Bibliography
Heavy trampling significantly reduced the biomass of understory vegetation in aspen stands subject to different management procedures (thinning, fertilization). Light trampling also resulted in lower understory biomass except where it was performed in a fertilized aspen stand which had an understory community dominated by grasses. The grass community appears to be more resistant to trampling. Coverage by the understory was also reduced by both heavy and light trampling in aspen stands. The sparse understory of spruce-fir forests was not significantly changed. Trampling fragmented the forest floor in aspen but not in spruce-fir.
The Utilization Of Carbohydrates In Aspen Roots Following Partial Or Complete Top Removal, R.D. Fitzgerald, J. Hoddinott
The Utilization Of Carbohydrates In Aspen Roots Following Partial Or Complete Top Removal, R.D. Fitzgerald, J. Hoddinott
Aspen Bibliography
No abstract provided.
Aspen Regeneration After Commercial Clearcutting In Southwestern Colorado, G.L. Crouch
Aspen Regeneration After Commercial Clearcutting In Southwestern Colorado, G.L. Crouch
Aspen Bibliography
No abstract provided.