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- important
- pleases customer
- happy customers return to the florist when they need flowers in the
future
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- developed by the Society of
American Florists
- Helps growers, wholesalers, and retailers lengthen the life of flowers
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- provide information on proper care and handling throughout the marketing
chain
- proper care and handling results in longer lasting flowers
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- Low water absorption
- most flower stems are at least partially blocked when they arrive at the
retail florist
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- cutting stems with dull tools
- cut with shears that pinch the xylem (water conducting tubes in the
stem)
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- bacteria or minerals in the water clog the stem
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- air can enter the stems at the time of cutting and partially block the
stem
- can become so severe that flowers wilt in their container
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- transpiration
- process by which plants lose water through their leaves
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- gases and water vapor move from an area of greater concentration to an
area of lesser concentration
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- water vapor moves out of the plant through the stomata (stomates)
- tiny openings in the underside of the leaf
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- flowers wilt when moisture is lost through transpiration quicker than it
is taken in through the stems.
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- occurs more rapidly at higher temperatures
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- flowers are still living and need a source of food
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- flowers continue to photosynthesize after they are cut
- must be given the proper light and a source of sugar
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- Botrytis
- a fungus which causes brown spots on petals
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- do not allow flowers to get wet before putting them in the cooler
- allow wet flowers to dry before putting in the cooler
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- naturally occurring gas in flowers that speed maturity
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- causes rapid deterioration of cut flowers
- many sources of ethylene gas
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- fruit, especially apples
- diseased or injured flowers
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- rotting foliage below the water line
- exhaust fumes from cars
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- premature death
- flower and petal drop
- yellowing of foliage
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- loss of foliage
- upward cupping of petals - known as sleepiness in carnations.
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- Hydrationà process where
flowers draw water and nutrients up their stems to the leaves and
flowers through capillaries
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- pH
- measure of acidity or alkalinity on a scale from 0-14 with 7 being
neutral
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- pH of 3.2 - 4.5 maximizes
hydration
- floral preservatives commonly added to prolong flower life lower the pH
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- TDS
- measure of the dissolved salt and minerals
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- some minerals are beneficial to flowers
- floral preservatives are formulated for varying water types and pH’s
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- techniques of treating flowers to extend their life.
- Begins when flowers arrive from the wholesaler
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- as soon as they arrive
- loosen paper or plastic sleeves which they have been wrapped in
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- flowers will expand as they mature
- flowers will be crushed if the sleeves are not loosened.
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- do not loosen sleeves on roses
- customers prefer roses in the bud stage
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- check for signs of disease, damage or wilting
- remove damaged or diseased flowers from the bunch before storage
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- excessive damage should be reported to the wholesaler
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- stems are cut with a knife rather than shears (or sharp shears can be
used)
- shears can pinch the xylem tubes causing partial blockage
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- cut stems on a slant
- this helps them to absorb more water
- prevents the stems from sealing to the bottom of the container
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- stems should be cut under warm water
- warm water contains less air than cold water
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- remove all foliage from stems that would be underwater in the storage
container
- foliage left underwater will decay and lead to bacterial growth
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- rotting foliage clogs the stems and releases ethylene gas
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- use a glove or rag to pull the leaves off quickly down the stem
- remove outside or damaged petals on roses
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- containers for flower storage should be cleaned with hot detergent
solution, disinfected with bleach and thoroughly rinsed
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- a 10% bleach solution is used for disinfecting the containers
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- there are commercial products available that disinfect, clean and
deodorize in one step
- Non-metallic containers should be used
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- decrease the effectiveness of preservatives
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- should be short enough so that the flowers do not come in contact with
the sides of the container
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- Place a warm preservative solution in the container prior to adding
flowers
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- temperature of the solution should be between 100 degrees and 110
degrees Fahrenheit
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- extend the life of flowers in three ways:
- provide a food source needed for respiration
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- contain sugar which flowers use to manufacture food to replace that
lost through respiration
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- provide an acidifier which lowers the pH of the water
- water moves through the vascular system of the flower at a pH of 3.5
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- Acidic solution reduces bacterial action
- contain a bactericide which kills bacteria
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- can be purchased in either liquid or powder form
- follow directions for mixing the preservative
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- too much preservative can burn the flower
- too little will not be enough to keep flowers fresh
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- all flowers except roses should remain in the warm preservative solution
outside the cooler for one to two hours
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- roses should be stored in the cooler immediately
- this treatment allows flowers to absorb the maximum amount of water
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- at the end of this time for water absorption, the flowers should feel
turgid - full of water
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- flowers that are shipped in the bud stage such as gladioli, lilies, and
carnations could sit at room temperature overnight to open up
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