Grand Mosaic is a new and distinct variety of albino coast redwood tree characterized by a non-grafted periclinal chimera exhibiting stable albino growth from inside the apical meristem dome. The new variety contains latent axillary and/or accessory buds forming within the internode of primary branches exhibiting phenotypic color expressions ranging from green, albino, chimera or non-chimeric variegation. Latent axillary and/or accessory buds frequently form in the branch collar zone of primary branches and can produce color expressions ranging from green, albino, chimera or non-chimeric variegation. Further, the branches demonstrate horizontal to drooping-like habit and moderate-to-fast growth depending on the amount of albinism compared to other common green redwoods.

Grand Mosaic is a new and distinct variety of albino coast redwood tree characterized by a non-grafted periclinal chimera exhibiting stable albino growth from inside the apical meristem dome. The new variety contains latent axillary and/or accessory buds forming within the internode of primary branches exhibiting phenotypic color expressions ranging from green, albino, chimera or non-chimeric variegation. Latent axillary and/or accessory buds frequently form in the branch collar zone of primary branches and can produce color expressions ranging from green, albino, chimera or non-chimeric variegation. Further, the branches demonstrate horizontal to drooping-like habit and moderate-to-fast growth depending on the amount of albinism compared to other common green redwoods.

A new and distinct Chamaecyparis cultivar named MonYur is disclosed, characterized by distinctive compact plant form, slow growth and dense branching. Plants' distinctive growth habit result in reduced need for pruning. The new cultivar is a Chamaecyparis, suitable for ornamental garden purposes.

A new and distinct Chamaecyparis cultivar named MonYur is disclosed, characterized by distinctive compact plant form, slow growth and dense branching. Plants' distinctive growth habit result in reduced need for pruning. The new cultivar is a Chamaecyparis, suitable for ornamental garden purposes.

A new and distinct cultivar of Metasequoia plant named WAH-08AG, characterized by its bright yellow-green colored foliage that transitions to greyed-orange in the fall, foliage that resists burning with increased temperature and sunlight, and moderately vigorous, compact, dense pyramidal growth habit, is disclosed.

A new and distinct cultivar of Metasequoia plant named WAH-08AG, characterized by its bright yellow-green colored foliage that transitions to greyed-orange in the fall, foliage that resists burning with increased temperature and sunlight, and moderately vigorous, compact, dense pyramidal growth habit, is disclosed.

A new and distinct cultivar of Thuja tree named Attapulgus, characterized by its upright and narrowly conical tree form; vigorous growth habit and rapid growth rate; freely and upswept branching habit; dense and bushy form from base to top of the tree; dark green-colored leaves; and leaves resist yellowing and maintain green coloration during the winter.

A new and distinct cultivar of Thuja tree named Attapulgus, characterized by its upright and narrowly conical tree form; vigorous growth habit and rapid growth rate; freely and upswept branching habit; dense and bushy form from base to top of the tree; dark green-colored leaves; and leaves resist yellowing and maintain green coloration during the winter.

A new and distinct Chamaecyparis cultivar named RIKACPMC is disclosed, characterized by distinctive upright and semi-pyramidal plant form, lime yellow foliage maintained throughout Winter. The new cultivar is a Chamaecyparis, suitable for ornamental garden purposes.

Grand Mosaic is a new and distinct variety of albino coast redwood tree characterized by a non-grafted periclinal chimera exhibiting stable albino growth from inside the apical meristem dome. The new variety contains latent axillary and/or accessory buds forming within the internode of primary branches exhibiting phenotypic color expressions ranging from green, albino, chimera or non-chimeric variegation. Latent axillary and/or accessory buds frequently form in the branch collar zone of primary branches and can produce color expressions ranging from green, albino, chimera or non-chimeric variegation. Further, the branches demonstrate horizontal to drooping-like habit and moderate-to-fast growth depending on the amount of albinism compared to other common green redwoods.