What influences the chances of you cannabis plant turning purple is the genetics of the plant. If the strain is bred with traits that show purple flowers and leaves during the flowering period. There are stable strains out there right now that will turn purple right now. Some examples are Purple Star, Purple #1, these cannabis strains will have a better chance of turning purple.
Several pigments are responsible for color in plants: chlorophyll, carotene, xanthophyll, and anthocyanins. Chlorophyll is the pigment in chloroplasts of plants that reflects green light. Plants use the energy absorbed by chlorophyll in photosynthesis to produce food for their growth and development.
During flowering, with the passing of summer, days become shorter. The phytochromes, the light-sensing mechanisms in leaves, recognize the shorter day lengths.
The molecules reflecting red wavelengths, anthocyanins, are water-soluble pigments that occur in the cell sap, creating the red, pink, and purple hues. These pigments may not be present during the summer, or vegetative cycle, but their formation is encouraged during a succession of cool nights and sunny days.
The first degree of natural purple in cannabis could be characterized as occurring exclusively in the leaves and petioles: the colors of autumn appearing in the fan leaves during cooler temperatures and close to harvest.
Your best bet for purple plants is to purchase seeds strains that are proned to change colour in the fall. As the nights become cooler and your plants start to flower you will see the beautiful purple colour come out in your plants.
Plant breeding techniques such as hybridization, selection, and genetic engineering are used to improve the phenotype of plants. These methods help enhance desirable traits such as yield, disease resistance, and quality, leading to the development of improved plant varieties.
Mendel crossed true-breeding pea plants with contrasting traits in his first generation experiments. Specifically, he crossed a true-breeding purple-flowered plant with a true-breeding white-flowered plant.
Plant breeding is essential for improving crop productivity, developing new varieties with desired traits such as disease resistance and tolerance to harsh conditions, and ensuring food security for a growing population. It also helps in preserving genetic diversity and adapting crops to changing environmental conditions caused by climate change. Additionally, plant breeding contributes to sustainable agriculture by reducing the need for pesticides and fertilizers.
humans select which plant will reproduce with which plant. http://en.wikipedia.org/wiki/Selection_methods_in_plant_breeding_based_on_mode_of_reproduction
The female two toed sloth is probably one of the most selevtive breeding animals. Her mate must do the can-can before she will breed with him. Of course, the most selevtive in biology it the venemous tentacular.
R. Frankel has written: 'Pollination mechanisms, reproduction and plant breeding' -- subject(s): Plants, Fertilization of plants, Reproduction, Plant-breeding, Plant breeding
A true breeding plant is genetically homozygous. It produces the same type of plants on self fertilization. These plants are very useful for creating hybrids.
Morley Benjamin Crane has written: 'The genetics of garden plants' -- subject(s): Plant breeding, Plant-breeding
it is the identification and selection of desireble plants of desired charecters
S. N. Chandrasekharan has written: 'Cytogenetics and plant breeding' -- subject(s): Plant breeding, Cytogenetics, Plants, Variation
Plant breeding techniques such as hybridization, selection, and genetic engineering are used to improve the phenotype of plants. These methods help enhance desirable traits such as yield, disease resistance, and quality, leading to the development of improved plant varieties.
There is no such a thing as Plants to get any type of dragons But you can get it by breeding them
True breeding plants were homozygous for all the characters expressed, hence inheritance of characters was better understood with the help of these plants.
Herbert Kendall Hayes has written: 'Breeding crop plants' -- subject(s): Plant breeding 'Methods of plant breeding' -- subject(s): Genetics, Plant breeding 'Correlation and inheritance in Nicotiana tabacum' -- subject(s): Breeding, Genetics, Tobacco 'A professor's story of hybrid corn' -- subject(s): Corn, Breeding, Hybrid corn
The following all apply to plants. There are clearly more than three.AgricultureBiochemistryBiogeographyBioinformaticsBiomathematicsBiotechnologyBotanyCell BiologyConservation BiologyEcologyEnvironmental BiologyEpigeneticsEvolutionary BiologyGeneticsHistologyIntegrative BiologyMarine BiologyMicrobiologyMolecular BiologyMycologyPopulation BiologyPhytopathology
Mendel crossed true-breeding pea plants with contrasting traits in his first generation experiments. Specifically, he crossed a true-breeding purple-flowered plant with a true-breeding white-flowered plant.
True-breeding pea plants always produce offspring with the same traits as the parent plant. This is because they are homozygous for the trait of interest, resulting in consistent expression in the offspring generation.