Additional genetic gain per year from FSCA when deployed as seedlings (FSCAs), or clones (FSCAc), when compared with deployment of selected individuals from FS via seedlings (FSs).

ACCUMULATION OF GENETIC EFFECTS AND RETURN TO A HOMEOSTATIC POPULATION IN SUCCESSIVE GENERATIONS. OF IRRADIATED SORGHUM BICOLOR (L„) MOENCH SEED

Arthur Lee
Arthur Lee Johnson

January 1972

Accumulation of genetic effects and return to a homeostatic population in successive generations of ...

Fitness of hybrids between rapeseed (Brassica napus) and wild Brassica rapa in natural habitats

Allainguillaume, J.
Alexander, M.
Bullock, J. M.
Saunders, M.
Allender, C. J.
King, G.
Ford, C. S.
Wilkinson, M. J.

April 2006

Fitness of hybrids between genetically modified (GM) crops and wild relatives influences the likelih...

Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR data.

Hongjian Zheng (424169)
Hui Wang (30400)
Hua Yang (120668)
Jinhong Wu (424170)
Biao Shi (139699)
Run Cai (424171)
Yunbi Xu (189754)
Aizhong Wu (424172)
Lijun Luo (161578)

June 2013

Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR ...

Additional genetic gains (percentage) across 8 rotations obtained from deploying genetic material selected from GS over a baseline of deploying progeny of the selected individuals from FS (FSs) for different deployment options: Deploying progeny (seedlings) of the individuals selected from GS (GSs), deploying clones of the individuals selected from GS (GSc), deploying progeny of the individuals selected through GSTG (GSTGs) or deploying clones of the individuals selected through GSTG (GSTGc).

Yongjun Li (309180)
Heidi S. Dungey (767568)

December 2018

Additional genetic gains (percentage) across 8 rotations obtained from deploying genetic material se...

Genetic gain per generation obtained in the prediction population from GS with 60K SNP panel for different training population sizes (800, 1,000, 2,000 and 3,000 clones) for traits with low (h2 = 0.2) and high (h2 = 0.5) heritabilities in the breeding population, compared with genetic gains obtained from FS.

Yongjun Li (309180)
Heidi S. Dungey (767568)

December 2018

Genetic gain per generation obtained in the prediction population from GS with 60K SNP panel for dif...

Benefits and risks of using clones in forestry - a review

Wu, Harry X.

January 2019

The use of vegetative propagation in forestry has a long history. In this chapter of special issue, ...

Strategies for optimal deployment of related clones into seed orchards

Danusevičius, Darius
Lindgren, Dag

This study deals with how the deployed proportion of each candidate clone can be decided at the esta...

Genetic gain per year obtained in the breeding population from genomic selection with (GSTG) or without (GS) top grafting and from forward selection with (FSCA) and without (FS) clonal archive for traits with low (h2 = 0.2) or high (h2 = 0.5) heritabilities for various training population sizes of 800, 1,000, 2,000 and 3,000. GEBVs were estimated using a 60K SNP panel.

Yongjun Li (309180)
Heidi S. Dungey (767568)

December 2018

Genetic gain per year obtained in the breeding population from genomic selection with (GSTG) or with...

Coverage and density reported in available genetic maps for some Rosaceae species developed using SNPs.

Basilio Carrasco (4065091)
Máximo González (6037832)
Marlene Gebauer (6037835)
Rolando García-González (6037838)
Jonathan Maldonado (3495185)
Herman Silva (278522)

December 2018

Coverage and density reported in available genetic maps for some Rosaceae species developed using SN...

Expected benefit of genomic selection over forward selection in conifer breeding and deployment.

Yongjun Li
Heidi S Dungey

January 2018

Genomic selection is a proven technology in animal and plant breeding to accelerate genetic gain, bu...

Genetic gain (in parentheses) and correlated genetic response (both in %) for selected traits with selection intensity of 1%.

Irena Fundova (5797943)
Tomas Funda (5797946)
Harry X. Wu (125006)

September 2018

Genetic gain (in parentheses) and correlated genetic response (both in %) for selected traits with s...

Change in mutation frequency in terms of specific growth rate during subcultures.

Mingyue Fang (469889)
Lihua Jin (2997)
Chong Zhang (418677)
Yinyee Tan (469890)
Peixia Jiang (469891)
Nan Ge (469892)
Heping Li (459150)
Xinhui Xing (469893)

October 2013

Change in mutation frequency in terms of specific growth rate during subcultures.</p

Modeling of genetic gain for single traits from marker-assisted seedling selection in clonally propagated crops

Ru, Sushan
Hardner, Craig
Carter, Patrick A.
Evans, Kate
Main, Dorrie
Peace, Cameron

April 2016

Seedling selection identifies superior seedlings as candidate cultivars based on predicted genetic p...

The Swedish Scots Pine Seed Orchard Västerhus A study of linear deployment

Anders Fries
Dag Lindgren
Bengt Andersson

February 2015

The Scots pine seed orchard Västerhus is a seed orchard in the 2nd round of orchards in Sweden, but ...

Operational gain : measuring the capture of genetic gain : operational deployment of technology

Pallett, Robert N
Sale, Giovanni

January 2002

The southern African forestry and forest products industry contributes two percent of the countries ...

ACCUMULATION OF GENETIC EFFECTS AND RETURN TO A HOMEOSTATIC POPULATION IN SUCCESSIVE GENERATIONS. OF IRRADIATED SORGHUM BICOLOR (L„) MOENCH SEED

Arthur Lee
Arthur Lee Johnson

January 1972

Accumulation of genetic effects and return to a homeostatic population in successive generations of ...

Fitness of hybrids between rapeseed (Brassica napus) and wild Brassica rapa in natural habitats

Allainguillaume, J.
Alexander, M.
Bullock, J. M.
Saunders, M.
Allender, C. J.
King, G.
Ford, C. S.
Wilkinson, M. J.

April 2006

Fitness of hybrids between genetically modified (GM) crops and wild relatives influences the likelih...

Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR data.

Hongjian Zheng (424169)
Hui Wang (30400)
Hua Yang (120668)
Jinhong Wu (424170)
Biao Shi (139699)
Run Cai (424171)
Yunbi Xu (189754)
Aizhong Wu (424172)
Lijun Luo (161578)

June 2013

Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR ...

Additional genetic gains (percentage) across 8 rotations obtained from deploying genetic material selected from GS over a baseline of deploying progeny of the selected individuals from FS (FSs) for different deployment options: Deploying progeny (seedlings) of the individuals selected from GS (GSs), deploying clones of the individuals selected from GS (GSc), deploying progeny of the individuals selected through GSTG (GSTGs) or deploying clones of the individuals selected through GSTG (GSTGc).

Yongjun Li (309180)
Heidi S. Dungey (767568)

December 2018

Additional genetic gains (percentage) across 8 rotations obtained from deploying genetic material se...

Genetic gain per generation obtained in the prediction population from GS with 60K SNP panel for different training population sizes (800, 1,000, 2,000 and 3,000 clones) for traits with low (h2 = 0.2) and high (h2 = 0.5) heritabilities in the breeding population, compared with genetic gains obtained from FS.

Yongjun Li (309180)
Heidi S. Dungey (767568)

December 2018

Genetic gain per generation obtained in the prediction population from GS with 60K SNP panel for dif...

Benefits and risks of using clones in forestry - a review

Wu, Harry X.

January 2019

The use of vegetative propagation in forestry has a long history. In this chapter of special issue, ...

Strategies for optimal deployment of related clones into seed orchards

Danusevičius, Darius
Lindgren, Dag

This study deals with how the deployed proportion of each candidate clone can be decided at the esta...

Genetic gain per year obtained in the breeding population from genomic selection with (GSTG) or without (GS) top grafting and from forward selection with (FSCA) and without (FS) clonal archive for traits with low (h2 = 0.2) or high (h2 = 0.5) heritabilities for various training population sizes of 800, 1,000, 2,000 and 3,000. GEBVs were estimated using a 60K SNP panel.

Yongjun Li (309180)
Heidi S. Dungey (767568)

December 2018

Genetic gain per year obtained in the breeding population from genomic selection with (GSTG) or with...

Coverage and density reported in available genetic maps for some Rosaceae species developed using SNPs.

Basilio Carrasco (4065091)
Máximo González (6037832)
Marlene Gebauer (6037835)
Rolando García-González (6037838)
Jonathan Maldonado (3495185)
Herman Silva (278522)

December 2018

Coverage and density reported in available genetic maps for some Rosaceae species developed using SN...

Expected benefit of genomic selection over forward selection in conifer breeding and deployment.

Yongjun Li
Heidi S Dungey

January 2018

Genomic selection is a proven technology in animal and plant breeding to accelerate genetic gain, bu...

Genetic gain (in parentheses) and correlated genetic response (both in %) for selected traits with selection intensity of 1%.

Irena Fundova (5797943)
Tomas Funda (5797946)
Harry X. Wu (125006)

September 2018

Genetic gain (in parentheses) and correlated genetic response (both in %) for selected traits with s...

Change in mutation frequency in terms of specific growth rate during subcultures.

Mingyue Fang (469889)
Lihua Jin (2997)
Chong Zhang (418677)
Yinyee Tan (469890)
Peixia Jiang (469891)
Nan Ge (469892)
Heping Li (459150)
Xinhui Xing (469893)

October 2013

Change in mutation frequency in terms of specific growth rate during subcultures.</p

Modeling of genetic gain for single traits from marker-assisted seedling selection in clonally propagated crops

Ru, Sushan
Hardner, Craig
Carter, Patrick A.
Evans, Kate
Main, Dorrie
Peace, Cameron

April 2016

Seedling selection identifies superior seedlings as candidate cultivars based on predicted genetic p...

The Swedish Scots Pine Seed Orchard Västerhus A study of linear deployment

Anders Fries
Dag Lindgren
Bengt Andersson

February 2015

The Scots pine seed orchard Västerhus is a seed orchard in the 2nd round of orchards in Sweden, but ...

Operational gain : measuring the capture of genetic gain : operational deployment of technology

Pallett, Robert N
Sale, Giovanni

January 2002

The southern African forestry and forest products industry contributes two percent of the countries ...

ACCUMULATION OF GENETIC EFFECTS AND RETURN TO A HOMEOSTATIC POPULATION IN SUCCESSIVE GENERATIONS. OF IRRADIATED SORGHUM BICOLOR (L„) MOENCH SEED

Arthur Lee
Arthur Lee Johnson

January 1972

Accumulation of genetic effects and return to a homeostatic population in successive generations of ...

Fitness of hybrids between rapeseed (Brassica napus) and wild Brassica rapa in natural habitats

Allainguillaume, J.
Alexander, M.
Bullock, J. M.
Saunders, M.
Allender, C. J.
King, G.
Ford, C. S.
Wilkinson, M. J.

April 2006

Fitness of hybrids between genetically modified (GM) crops and wild relatives influences the likelih...

Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR data.

Hongjian Zheng (424169)
Hui Wang (30400)
Hua Yang (120668)
Jinhong Wu (424170)
Biao Shi (139699)
Run Cai (424171)
Yunbi Xu (189754)
Aizhong Wu (424172)
Lijun Luo (161578)

June 2013

Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR ...

Additional genetic gain per year from FSCA when deployed as seedlings (FSCA<sub>s</sub>), or clones (FSCA<sub>c</sub>), when compared with deployment of selected individuals from FS via seedlings (FS<sub>s</sub>).

Abstract

Extracted data

Additional genetic gain per year from FSCA when deployed as seedlings (FSCA<sub>s</sub>), or clones (FSCA<sub>c</sub>), when compared with deployment of selected individuals from FS via seedlings (FS<sub>s</sub>).

Abstract

Extracted data

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