100% Pure Seed. No Fillers. Non GMO.
How to Plant Wildflowers
Step by step instructions on how to plant your wildflower seeds.
Find mixtures for your region, or for special uses such as dry areas, partial shade, attracting animals, low growing, and more.
Over 75 choices that will bloom in the second year and for years to come.
Over 110 choices for fast color, such as poppies, cosmos, sunflowers, zinnia, and many more.
Help the birds, bees, butterflies & hummingbirds by planting wildflowers.
Wildflower seeds native to your region. Support local wildlife with native wildflowers.
Free shipping on all packets: No Minimum!
Why buy seed packets for your promotion or event
Save Up To 50% - Order Today
Perennial Planting Guide
Step by step instructions on how to plant your bare root or potted perennials when they arrive.
Spring Flower Bulb Planting Guides
Step by step instructions on how to plant your spring-planted flower bulbs when they arrive.
Let's Do Lawns Differently
Less water, less mowing, and no pesticides
How to plant a cover crop
Learn about varieties which help to replenish nutrients to your soil.
Thrives in areas with cold freezing winters and hot summers.
Thrives in areas with hot temperatures.
Click here to view our General Gardening Guides
Find Out When Your Order Will Ship
Beyond the local charm of common names, as official parts of the plant world, wildflowers are precisely classified. It’s all in order to make sense and keep track of the widely diverse group of plants involved. It sometimes seems complicated, but it really isn’t. A basic understanding of classification is really helpful to gardeners or even interested observers of the plant world.
Plant taxonomy today is the result of various advances made in plant classifications that began in ancient times. Each time an advance was made it was based on:
Archaeological evidence supports the fact that preliterate humans knew plants out of necessity. They had to distinguish poison plants from non-poisonous plants, for example, in order to survive. So actually these earliest humans used all four parts of the taxonomy process:
The earliest people of well-known civilizations to begin the process of plant classification were the ancient Greeks, and like most endeavors, there were important pioneers we know today by name:
Theophrastus (370-275B.C.E.) is foremost among the Greeks for plant study. He was a student of Aristotle and Plato who eventually became the head of the gardens at Athens. His most famous works are Enquiry into Plants and the Causes of Plants in which he named about 480 plant species classified into 4 groups: Trees, Shrubs, Undershrubs, and Herbs.
Theophrastus is the first credited with recognizing the differences among annuals, perennials and biennials. This early Greek botanist became so well known, that Alexander the Great is reputed to have sent him many plants from his travels.
Dioscorides (1st c. AD) was another Greek plant expert. He was a physician in the Roman army, so it’s not surprising that he was an early expert on medicinal plants. His most famous writing is called Materia Medica which described the medicinal properties of over 600 species. This ground-breaking work was used extensively for the next 1,000 years.
During medieval times, very little was added to the science of plant taxonomy since the ancients were largely considered to have possessed all such knowledge. However, there were advances. One of the most important was the recognition of vast differences between vascular and nonvascular plant forms.
The 15th and 16th centuries are considered to be the prime time of the herbalists. It was a time of great belief in mystery, magic and superstitions, which naturally gave rise to curiosity and often wildly incorrect conclusions about the properties and values of certain plants. Medieval and Renaissance European herbalists identified approximately 6,000 plants, many of them brought for study from the many explorations of the period. Four famous herbalists and their major works are:
As superstition and magic subsided with the advance of education in Europe, various scholars began more modern studies of the plant world. Two important people who advanced the study are:
The average person, if they know anything about taxonomy at all, probably knows this name. Linnaeus is deservedly known as “The Father of Plant Taxonomy.” It is his endlessly expandable system we all use today.
Linnaeus was born in southern Sweden in 1707, the son of a Swedish minister. It was his father who had taken the Latin name of Linnaeus in keeping with the fashion of the day for scholarly or important people to choose a classical name, or to “Latinize the patronymic.” He had chosen the name in honor of the linden or lime trees which graced the family homestead. Linnaeus’ real family name had been Ingermarsson. Beyond his Latinized name, Linnaeus was also known during his life as Carl von Linne’. But forget all that. To the plant world, he is Linnaeus.
While plant identification had been accumulating for centuries as we have seen, Linnaeus realized that the current knowledge lacked clearly defined systemization. There was no consistent plan of either arrangement or nomenclature.
The last attempts at combining the acquired knowledge of the past had been made by Ray in England and Tournefort in France, shortly before Linnaeus advanced his scheme. Ray and Tournefort had basically divided plants into trees and herbs along the lines of Theophrastus and then sub-divided them into groups that bore petals and those that did not and further sub-divided them yet according to the shape of the corolla. In the process Tournefort is given credit for establishing the “concept of genus” in his landmark work, Institutiones Rei Herbariae.
Linnaeus developed his system of classification based on a plant’s sexuality, organizing them into groups called Classes and Orders. These divisions are based on pistil and stamen structure. He wrote about this in two of his most important books: Genera Plantarum in 1737 and Species Plantarum in 1753.
In the Genera Linnaeus accepts and defines the genus according to Tournefort. In the Plantarum, he meticulously describes each species within its appropriate genus going on to further describe varieties within the species, all formulating the basis of his system of classification.