|
 |
|
The 'Jerry Hill' produces large clusters of double, rosey-pink blooms. It has a dense, upright habit and grows 8-10' tall and 6-8' wide. Blooms will appear in mid-spring.
The 'Schipkaensis' laurel is a large, fast-growing variety that is often used for privacy screening or large hedging. It will reach 12-15' tall and 6-8' wide, but can be pruned to a smaller size. White, bottlebrush blooms appear in spring and attract beneficial pollinators.
The 'Schipkaensis' laurel is a large, fast-growing variety that is often used for privacy screening or large hedging. It will reach 12-15' tall and 6-8' wide, but can be pruned to a smaller size. White, bottlebrush blooms appear in spring and attract beneficial pollinators.
The 'Schipkaensis' laurel is a large, fast-growing variety that is often used for privacy screening or large hedging. It will reach 12-15' tall and 6-8' wide, but can be pruned to a smaller size. White, bottlebrush blooms appear in spring and attract beneficial pollinators.
The 'Schipkaensis' laurel is a large, fast-growing variety that is often used for privacy screening or large hedging. It will reach 12-15' tall and 6-8' wide, but can be pruned to a smaller size. White, bottlebrush blooms appear in spring and attract beneficial pollinators.
The 'Schipkaensis' laurel is a large, fast-growing variety that is often used for privacy screening or large hedging. It will reach 12-15' tall and 6-8' wide, but can be pruned to a smaller size. White, bottlebrush blooms appear in spring and attract beneficial pollinators.
The 'Schipkaensis' laurel is a large, fast-growing variety that is often used for privacy screening or large hedging. It will reach 12-15' tall and 6-8' wide, but can be pruned to a smaller size. White, bottlebrush blooms appear in spring and attract beneficial pollinators.
The 'Schipkaensis' laurel is a large, fast-growing variety that is often used for privacy screening or large hedging. It will reach 12-15' tall and 6-8' wide, but can be pruned to a smaller size. White, bottlebrush blooms appear in spring and attract beneficial pollinators.
