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Project Start Year
Project Categories
6 records found

Hybridization in Douglas-fir and Super seedling Grafts

Purpose

To study the survival and growth of hybridized Douglas-fir and super seedling grafts.

Project Start Date
1955-01-01
Project End Date
1991-06-30
Related Publications
Ching, K.K., and D. Bever. Provenance Study of Doug-fir in the Pacific Northwest Region. 1. Nursery Performance. Silvae Genetica 9: 11-17. 1960.
Ching, K.K., and P.N. Hinz. Provenance Study of Douglas-fir in the Pacific Northwest Region. 3. Field Performance at age Twenty Years. Silvae Genetica 27: 229-233. 1978.
Project Categories
  • Trees
  • Growth & Yield
Keywords
  • Hybrid
  • Hybridization
  • Douglas fir
  • douglas-fir
  • Pseudotsuga menziesii
  • super seedling
  • graft
  • grafts
  • planting
  • viability
  • survival
  • growth
  • growing
  • hybridize
  • Kim Ching
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Ching, Kim K.
Role
C
Collaborators
N/A
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49
Project ID
49

Breeding Arboretum

Purpose

To study the differences in Douglas-fir trees planted from seed sources throughout the Douglas-fir region.

Project Start Date
1955-01-01
Project End Date
1991-06-30
Related Publications
N/A
Project Categories
  • Trees
  • Seed Viability
Keywords
  • Breed
  • breeding
  • hybrid
  • hybridization
  • hybridize
  • douglas-fir
  • douglas fir
  • pseudotsuga menziesii
  • genetics
  • genes
  • genetic
  • Adams
  • Dill
  • Stanley
  • Howe
  • Glenn
  • Seed
  • sources
  • source
Additional Information
Currently Active
Yes
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Adams, W.T.
Role
C
Collaborators
Dill, Stanley B.; Howe, Glenn
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51
Project ID
51

Super seedling/Douglas-fir Provenance

Purpose

This study is the Interspecific Hybridization of the genus Pseudotsuga and its genetic inheritance. This is a nursery selection of Douglas-fir for superior growth characteristics.

Project Start Date
1967-11-01
Project End Date
1991-06-30
Related Publications
Ching, K.K., and P.N. Hinz. Provenance Study of Douglas-fir in the Pacific Northwest Region. 3. Field Performance at age Twenty Years. Silvae Genetica 27:229-233. 1978
Project Categories
  • Trees
  • Seed Viability
Keywords
  • Douglas-fir
  • Douglas fir
  • provenance
  • pseudotsuga menziesii
  • seed source
  • seedling
  • seedlings
  • genetics
  • genetic
  • sourcing
  • progeny
  • hybridize
  • hybridization
  • inheritance
  • nursery selection
  • superior
  • Kim Ching
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Ching, Kim K.
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
65
Project ID
65

Douglas-fir Provenance Progeny

Purpose

This study is the Interspecific Hybridization of the Genus Pseudotsuga and its genetic inheritance.

Project Start Date
1967-11-01
Project End Date
1991-06-30
Related Publications
N/A
Project Categories
  • Trees
  • Seed Viability
Keywords
  • Douglas-fir
  • Douglas fir
  • provenance
  • pseudotsuga menziesii
  • seed source
  • seedling
  • seedlings
  • genetics
  • genetic
  • sourcing
  • progeny
  • hybridize
  • hybridization
  • inheritance
  • nursery selection
  • superior
  • Kim Ching
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Ching, Kim K.
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
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66
Project ID
66

Control of flowering in hybrid poplars

Purpose
N/A
Project Start Date
1994-04-01
Project End Date
1999-09-01
Related Publications
Strauss, Steven H. and Mohamed, Rozi and Meilan, Richard and Michael, Ostry E. and Michler, Charles H. Bacterio-opsin gene overexpression fails to elevate fungal disease resistance in transgenic poplar. Can. J. For. Res. 31:268-275 (2001)
Project Categories
  • Trees
  • Physiology & Genetics
Keywords
  • Flower
  • flowers
  • flowering
  • hybrid
  • poplar
  • poplar
  • populus
  • hybridize
  • source
  • gene
  • genes
  • genetics
  • genetically
  • Steven Strauss
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Strauss, Steven H.
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
334
Project ID
334

Control of Flowering in Hybrid Poplars

Purpose

Hybrid poplar trees will be grown to serve as a source of tissue for tissue culture experiments. Many of these trees will be treated to force early flowering by a variety of means. Genetically engineered trees will be planted after permits are acquired.

Project Start Date
1994-04-01
Project End Date
2020-01-01
Related Publications
N/A
Project Categories
  • Trees
  • Physiology & Genetics
Keywords
  • Flower
  • flowers
  • flowering
  • hybrid
  • poplar
  • poplar
  • populus
  • hybridize
  • source
  • gene
  • genes
  • genetics
  • genetically
  • Steven Strauss
Additional Information
Currently Active
Yes
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Strauss, Steven H.
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
332
Project ID
332

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