Grace Shell Pink, (F1) Clarkia Seed
Key Attributes
Key Attributes
Product Details
Weight
.008Plant Height
12-30"Botanical Name
Clarkia amoenaFlower Height
24-30"Additional Characteristics
Attracts PollinatorsSeeds Per Gram
3,151Seeds Per Pound
1,428,800Packet
20 SeedsSow Depth
1/16"Seeds Per Ounce
89,300Breed
F1 HybridSun
Full SunUses
Cut FlowersLife Cycle
AnnualSow Method
TransplantDays To Maturity (# Days)
75Seeds Per Acre
7 lbsComponents
Growing Instructions
Learning Download: How to Grow Clarkia
The Clarkia actually gets its name from William Clark, part of the Lewis and Clark expedition. They make a great addition to cutting gardens, as well as cottage gardens. The flowers can bloom in singles or doubles, and they have frilly edges.
Before Planting: Sow seeds directly into the garden. For warmer climates, plant the seeds in the early fall but in colder climates, plant them in the early spring.
Planting: Sow the seeds densely when planting, and thin out to 4 to 6 inches between plants once they grow in.
Watering: Until the plants become established, water them regularly, but once they are established they are very drought tolerant.
Fertilizer: Clarkia does not require fertilizer to better its growth. Make sure the soil you plant in is not high in nitrogen.
Days to Maturity: Clarkia will bloom in the summer and fall, and in milder climates, they can even bloom during the winter.
Harvesting: If the plant stems are weak, you can break them off and add to your bouquets for display.
Tips: Instead of staking, since Clarkia doesn’t grow very high, place some straight sticks into the ground near the plants while they’re young, and they will lean on the sticks later on when they grow taller.
Shipping Schedule
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The mechanical transfer of genetic material outside of natural reproductive methods and between genera, families or kingdoms, poses great biological risks as well as economic, political, and cultural threats. We feel that genetically engineered varieties have been insufficiently tested prior to public release. More research and testing is necessary to further assess the potential risks of genetically engineered seeds. Further, we wish to support agricultural progress that leads to healthier soils, to genetically diverse agricultural ecosystems, and ultimately to healthy people and communities.
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