Our current batch of Aloe polyphylla Seed was harvested In Aug. - Sept. 2018 and stored at refrigerator temperature. It is hybrid seed produced by hand pollination of differing genotypic parents.
1. When will it spiral like the photos on your website?
2. My plant has yellow leaves with brown tips. Why ?
3. When do I water it?
4. How large a pot should I use?
5. When do I fertilize it?
6. My plant has collapsed and shrunk, and the rosette has closed up. What can be done to save it?
Thanks for your business and interest in Aloe polyphylla. Here is a brief set of instructions and caveats to start your journey of wonderment growing the Spiral Aloe. There are two articles attached to the website with more detailed information.
The Age of Information Technology has changed every industry and profession in America. Software writers have delivered very workable solutions on new hardware which enable professionalism efficiency and timely flow of information in all industries. We have come to expect this from every business that competes in the marketplace. Landscape maintenance contractors in both commercial and private sectors have achieved some of this in their offices, but fall short of delivering on many aspects of horticulture their clients assume are part of the program. This is the meaning of the term 'horrorculture': a departure from plant health based maintenance which produces profit for the contractor but slowly diminishes plant health of clients landscape, shortening the life of a plant which should mature into 'traffic stopping' show.
Landscape Horticulture Arborist
B.A Environmental Biology 1973 UCSB
Peace Corps Volunteer 1974-77 Lesotho
High School Science teacher
Botanical Researcher-Sehlabathebe National Park
MSc. General Agricultural Plant Sciences Cal Poly - San Luis Obispo
Thesis "The Seed Ecology of Aloe Polyphylla" 1979
Cactus and Succulent grower, propagator 1980-82
Retail Nursery Management 1982-83
Landscape Contractor 1982-present
International Society of Arboriculture
Certified Arborist #3644
Landscape contractor #690974
Cal-DPR Qualified Applicator #118707
Graduate ASCA Consulting Academy
Landscape horticulture is very complex and multidisciplinary. On the front lines of the biological economy of nature and the business economy of civilization this industry is plagued by real problems which derail the expectations and best laid plans of all. Many of these problems were started by architects or designers, who mean well but are never commissioned to write a management plan for their own work. One of my favorite UC Co-op agents (now retired) Dr. Pavel Svihra has described landscape maintenance as a "multilayered nightmare." This article attempts to explain the gulf between client expectations and contractor performance, and why the prevailing business model cannot achieve the clients' goals. A new business model is presented to bridge the gulf between the clients' rightful expectations of service and the contractors' obligation to deliver textbook quality maintenance and enhancement. Neither party to a contract signs a blank check, but the client frequently gets short changed because the contractors' business economics only permit so much service, and the client holds the "sword of Damocles" over the contractors head, forcing him to attempt impossible miracles without the budget to accomplish it. Such an arrangement is a LOSE-LOSE game which can be easily corrected by a new business model which creates a WIN-WIN deal for both parties and the landscape.
The use of plant growth regulators (PGR's) in horticulture is well established by growers of horticultural commodities, and much university research has explained the biochemical pathways which are the targets of the applied chemical. They all interfere with the synthesis of the Gibberellins, a primary growth hormone made in apical meristems.Thus deprived of the stimulus for growth the effects are a great reduction in new growth at the apical meristems of the plant. They are metabolized slowly, and have lasting effects. The plants' physiology changes when new growth ceases. There is more starch available for root tissues enhancement.