Abstract
The demand for potted chrysanthemums has increased tremendously in the last few years, primarily because of its suitability as a potted plant. It is undoubtedly a number one potted flowering plant [1, 2, 15]. The dollar returns per sq. foot basis are highest for chrysanthemum with $ 4.12 per sq. ft. as compared $ 3.72 for lilies and $ 2.16 for poinsettia [2]. It is relatively easy to produce attractive potted mums and sell them for profit. As an indoor plant, chrysanthemums keep exceptionally well for a longer time, which makes them indispensible potted plants in the home. Furthermore, with a wide range of flower colours to choose from, it meets the liking of the vast majority of the public [3].
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References
Crater GD (1980) Pot mums. In: Larson RA (ed) Introduction to Floriculture. Academic Press 261
Anon (1982) Floriculture crops-production area and, sales 1980 and 1981. Intentions for 1982. Statistical reporting service. US Dept Agric Wash DC
Laurie A, Kiplinger DC, Nelson KS (1968) Commercial Flower Forcing. McGraw-Hill, New York
Staby GL, Robertson JL, Kiplinger DC, Conover CA (1978) Chain of life. Ohio Flor Assoc, Columbus, USA
Staby GL, Thompson JF, Kofranek AM, Thompson VR, Walter VR (1981) Cooling of potted chrysanthemums. HortScience 16 (4): 566
Tayama HK, Kiplinger DC (1968) Pot chrysanthemum culture. Leaflet No 142 Co-op Extn Serv Ohio State Univ, Columbus
Walter VR (1974) Studies on the keeping quality of potted chrysanthemums as affected by differential degrees of flower development. Ohio Flor Assoc Bull 539: 7
Della-Vedowa RP, Rose BA (1950) Altitude tests on flowers. Lockheed Air Corpo Prog Rep SLR-942
Anon (1975) Grumman Dormavac hypobaric storage and transportation of perishable commodities. Grumman Allied Ind Inc, New York
Byers B (1977) In: Dewey DH (ed) Grammon Dormavac system controlled atmosphere for storage and transport of perishable agricultural commodities. MSU 28:82
Butler RE (1976) Promise of longer storage under low pressure confirmed in UK. Grower (London) 86: 395
Scopes NE, Briggerstaff SM (1973) Progress towards integrated pest control on year round chrysanthemum. Proc 7th Brit Insecticide Fungicide Conf 227
Machin MB, Scopes N (1978) Chrysanthemum year-round growing. Blandord, Poole UK
Burg SP (1973) Hypobaric storage of cut flowers. HortScience 8: 202
Waters WE, Conover CA (1967) Chrysanthemum production in Florida. Res Rpt Agr Exp Sta University of Fla, Gainsville
Ecke P Jr (1981) Poinsettias. Ohio Flor Assoc Bull 620: 1–4
Tayama HK (1982) Quality poinsettias-fundamentals 1982. Ohio Flor Assoc Bull 633: 1
Robertson JL (1981) Poinsettia production costs. Ohio Flor Assoc Bull special Ed 1
Ecke P Jr, Matkin OA (1976) The poinsettia mannual. Paul Ecke Poinsettias, Encinitas, California
Shanks JB (1980) Poinsettias. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London 301
Saltveit ME, Pharr DM, Larson RA (1979) Mechanical stress induces ethylene production and epinasty in poinsettia cultivars. J Am Hortic Sci 104 (4): 452
Saltveit ME, Larsen RA (1981) Reducing epinasty in mechanically stressed poinsettia plants. J Am Soc Hortic Sci 106 (2): 156
Hammer A, Larson RA, Saltveit ME, Reid MS, Sacalis J, Staby G (1982) How to reduce petiole bending of poinsettia plants. Ohio Flor Assoc Bull 626: 1–3
Larson RA (1982) Poinsettia challenges for the 1980’s. Sci Hortic (Amst) 33: 113
Staby GL, Eisenberg BA, Kelley JW, Bridgen MP, Canningham MS (1980) Leaf petiole epinasty in Poinsettias. HortScience 15 (5): 635
Gilbert DN, Sink KC (1970) The effect of exogenous growth regulators on keeping quality of poinsettia. J Am Soc Hortic Sci 95: 984
Hammer PA, Krik T (1977) Poinsettia dropy bracts. Focus on Floriculture (Purdue Univ) 5 (1): 2
Sacalis JN (1977) Epinasty and ethylene evolution in petioles of sleeved poinsettia plants. HortScience 12: 388
Sacalis JN (1978) Ethylene evolution by petioles of sleeved poinsettia plants. HortScience 13 (5): 594
Staby GL, Thompson JF, Kofranek AM (1978) Postharvest characteristics of poinsettias as influenced by handling and storage procedures. J Am Soc Hortic Sci 103: 712
Staby GL, Kofranek AM (1971) Production conditions as they affect harvest and postharvest characteristics of poinsettia. J Am Soc Hortic Sci 104 (1): 88
Carpenter WJ (1956) The influence of plant hormones on abscission of poinsettia leaves and bracts. Proc Am Soc Hortic Sci 67: 539
Marousky FJ, Shanks JB (1966) Effects of environmental factors and plant maturity on bract and leaf abscision in Euphorbia pulcherima wild. Proc Am Soc Hortic Sci 88: 662
Gartner JB, Mclntyre ML (1957) Effects of day length and temperature on time of flowering of Euphorbia pulcherima. Proc Am Soc Hortic Sci 69: 492
Cathey HM, Campbell LE, Thimijan RW (1981) Strategies for supplemental lighting in green-houses. How to boost the growth of plants. Ohio Flor Assoc Bull 621: 8
Kuak DL, Tayama HK, Peterson JC, Fracasso PA (1981) Production of quality 6-inch pinched (one cutting) poinsettia plants from a very early propagation date. Ohio Flor Assoc Bull 620: 5, 8
Walker JH (1972) Poinsettia and mistletoe toxicity. Society of American Flor (USA)
Farnham RB (1976) Results of studies with poinsettias grown in sand. Flor Rev 78 (2007): 19
Kimmins Kent R (1980) Gloxinias, African Violets and other gesneriads. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London, pp 291
Elliot FH (1946) Saintpaulia leafspot and temperature differential. Proc Am Soc Hortic Sci 47: 511
Went FC (1957) Experimental control of Plant Growth. Chronica Botanica Co Waltham Mass, pp 343
Stinson RF, Laurie A (1954) The effect of light intensity on initiation and development of flower buds in Saintpaulia ionantha. Proc Am Soc Hortic Sci 75: 730
Kiplinger DC (1953) Fluorescent lights and saintpaulias. Ohio Flor Assoc Bull 290: 2
Shanks JB (1960) Some suggestions for planning fertilizer programs. Md Flor 68: 4
Stinson RF (1952) Saintpaulia tests 1950–51. The effects of light intensity on flower bud initiation and development. The effect of temperature on growth and flower development. Ohio Flor Assoc Bull 271: 2
Hanchey RH (1945) Effect of fluorescent and natural light on vegetative and reproductive growth of saintpaulia. Proc Am Soc Hortic Sci 66: 378
Zoerb R (1952) The effect of artificial light on growth and floral development. Ohio Flor Assoc Bull 271: 3
Boodley JW, Horton FF (1963) Rooting and growth of African Violets under four fluorescent light sources. African Violet Magazine 16 (3): 103
Larson RA (1980) Begonia. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London, 396
Horton FF (1949) Christmas begonias in six months. NY State Flower Grow Bull 29: 7
Post K (1942) Effects of day length and temperature on growth and flowering of some florist crops. Cornell Univ Agric Expt Stn Bull No 787: 1
White JW (1973) Rieger Elatior begonias: history and European research. Pa Flower Grow Bull 263: 1
White JW, Guthrie H, Watt B (1973) Rieger Elatior begonias. Research at Pa State Progress Report. IV. Pa Flower Grow Bull 264: 8
Sandved G (1969) Flowering in Begonia hiemalis Fotsch as affected by day length and temperature. Acta Hortic 14: 61
Runger W, Wehr B (1970) Influence of day length on growth of Begonia excultorum. Gartenbauwissenschaft 35: 321
Molnar JM (1974) Photoperiodic response of Begonia X hiemalis cv. Rieger. Can J Plant Sci 54: 277
Mikkelson J (1973) Simplified growing instructions for Rieger Elatior begonias. Pa Flower Grow Bull 263: 3
Nelson PV, Krauskopf DM, Mignis NC (1977) Visual symptoms of nutrient deficiencies in Rieger elatior begonia (X hiemalis). J Am Soc Hortic Sci 102 (1): 65
Hanisch Ten Cate CH, Berghvef J, Hoorn AMH Van der, Bruinsma J (1973) Hormonal regulation of pedicel abscission in begonia buds. Plant Physiol 33: 280
Hanisch Ten Cate CH, Bruinsma J ( 1973 a) Abscission of flower bud pedicel of begonia. I. Effects of plant growth regulating substances on abscission with intact plant and with explant. Acta Bot Neer 22: 666–674
Hanisch Ten Cate CH, Bruinsma J ( 1973 b) Abscission of flower bud pedicel of begonia. II-Interaction and time of sequence of plant regulating substance on abscission of explant. Acta Bot Neer 22: 675
Hanisch Ten Cate CH, Voogd JJL van der, Bruinsma J ( 1973 c) Abscission of flower bud pedicel of begonia. III-Anatomical pattern of abscission. Acta Bot Neer 22: 681
Mastalerz JW (1971) Geraniums a manual on culture diseases, insects, economics etc. Pa Flower Grow USA
Tayama HK, Poole HA (1976) Extension plants — geranium production — The mother’s Day collection. Ohio Flor Assoc Bull 508: 6
Ball V (1977) Seed geraniums sowing dates. 78 Grow Talks 41 (5): 1
Hammer PA (1980) Other flowering pot plants. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London, 450
Craig R, Walker DE (1963) The flowering of Pelargonium hortorum Bailey seedlings as affected by solar energy. J Amer Soc Hortic Sci 83: 772
Carpenter WJ, Rodriguez RC (1971) Early flowering geranium cv. Carefree Scarlet by high intensity supplemental light treatment. HortScience 6 (3): 206
Kanjoinan PS, Tayama HK (1978) Production schedules for seed geraniums. Ohio Flor Assoc Bull 597: 1
Mastarlerz JW (1967) Geraniums in six weeks. Pa Flower Grow Bull 193: 1
Ball V, Randalph P (1968) Carefree geraniums spring flowering. Grow Talks 32 (4): 1
Carpenter JW, Carlson WH (1970) The influence of growth regulators and temperature on flowering of seed-propagated geraniums. HortScience 5 (3): 183
White JW (1971) Effects of cycocel, moisture stress and pinching on growth and flowering of F1 hybrid geraniums (Pelargonium hortorum Bailay). J Amer Soc Hortic Sci 95 (5): 546
Love JW (1980) Kalanchoe. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London
Irwin JI (1972 a) Kalanchoes a new crop. Ohio Flor Assoc Bull 514:1
Irwin JI (1972 b) Try a “new” crop Kalanchoes. Flor Rev 151(3917): 23, 56
Anon (1976a) Kalanchoes: background information and production practices for the varieties Mace and Telstar. Yoder Bros, Barbeton, Ohio
Anon (1976b) Kalanchoes. Production procedures for year-round production of European Kalanchoe. Yoder Bros, Barteton, Ohio
Carlson WH (1975) The culture of Kalanchoe Blossfeldiana cultivar. Mace Mich Flor 531: 7, 31
Maronsky FJ, Harbaugh BK (1978) Ethylene and temperature interaction. HortScience 13 (3): 26
Mikkelson J (1975) ABC of Kalanchoe culture. Ohio Flor Assoc Bull (Short course)
Mikkelson J (1977) Focus on floriculture. Focus Floric Purdue Univ 5 (1): 12
Nightingale AE (1970) The influence of succinamic acid. 2,2-dimethyl vs. unpinched plants of Kalanchoe hybrid Mace. J Am Soc Hortic Sci 95 (3): 273
Pertuit AJ (1973) The effects of temperature during dark exposure and date of exposure to naturally-occurring day lengths on growth and flowering of Kalanchoe blossfeldiana v. Poellnitz. Univ Ga Res Rept No 170
Post K (1942) Effects of day length and temperature on growth and flowering of some florist crops. Cornell Agr Exp Sta Bull 787
Pertuit A J (1973) The effects terminal pinching and chemical growth regulation of Kalanchoe blossfeldiana Poellnitz. Univ Ga Res Bull No 132
Runger W (1967 a) About the relationship between formation and development of flowers of various varieties of Kalanchoe and the photoperiod and temperature. Gartenbauwissenschaft 32:213
Runger W (1967b) Influence of short and long days on juvenile parts of several Kalanchoe varieties. Gartenbauwissenschaft 32: 399
Runger W (1968) On flower formation of Kalanchoe Amethyst. Gartenbauwissenschaft 33: 345
Post K, Horton FF (1950) Give Kalanchoe only twenty short days. NY State Flower Grow Bull 57: 7
Seeley JG (1952) Long days after budding improve Kalanchoe. Pa Flower Grow Bull 15: 1
Yaunis AF (1955) Studies on the photoperiodism of Kalanchoe blossfeldiana L. Effects of age on response to short day treatment. Physiol Plant 8: 223
Harder R (1948) Vegetative and reproductive development of Kalanchoe blossfeldiana as influenced by photoperiodism. Sym Soc Exp Biol 2: 117
Doss RP, Byrne TG, Kretchum TM (1975) Kalanchoe blossfeldiana Tetrarulcan suggestions for growing as a pot plant. Flower Nurs Rep Univ Cal 7
Batson F (1973) Assembly line Kalanchoe. Flor Rev 152 (3943): 20
Hertough AA De (1980) Bulbous crops. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London
De Hertough AA, Roberts AN, Stuart NW, Langhans RW, Linderman RG, Larson RA, Kiplinger DC, Wilkins HF (1971) A guide to terminology of Easter lilies (Lilium longiflorum Thunb.) HortScience, 6: 121
Blanely LT, Roberts AN (1967) Bulb production in Easter lilies. In: Kiplinger DC, Langhans RW (ed) The culture, diseases, insects and economics of Easter lilies. Cornell Univ Press 23
Hartley DE (1968) Growth and flowering response of Easter lily (Lilium longiflorum Thunb.) to bulb storage. PhD Thesis, Oregon State Univ, Carvallis
Lin WC, Roberts AN (1970) Scale function in growth and flowering of Lilium longiflorum Thunb. Nellie White. J Am Soc Hortic Sci 95: 559
Roh SM, Wilkins HF ( 1974 a) Decay and dark reversion of phytochromes in Lilium longiflorum Thunb. cv. Nellie White. HortScience, 9: 38
Hertough AA De, Wilkins HF (1971) Forcing of northwest grown Ace and Nellie White lilies. Flor Rev 149(3857):29. (3858): 57, 104
Waters WE, Wilkins HF (1967) Influence of intensity, duration and date of light on growth and flowering of precooled Easter lily (Lilium longiflorum Thunb. Georgia ). Proc Am Soc Hortic Sci 90: 433
Roh SM, Wilkins HF (1973) The influence and substitution of long days for cold treatments on growth, and flowering of Easter lilies. (Lilium longiflorum Thunb. Georgia and Nellie White). Flor Rev 153 (3960): 19
Miller RO, Kiplinger DC (1966) Reversal of vernalization in northwest Easter lilies. Proc Am Soc Hortic Sci 88: 646
Ling PC, Wilkins HF (1973) The interaction of temperature on photoperiodic response of Lilium longiflorum Thunb. cv Nellie White. Flor Rev 153 (3965): 24
Tayama HK, Peterson JC, Lindanist RK, Powel CC, Staby GL (1980) Essentials of pot lily culture. Easter April, 19, Ohio Flor Assoc Bull 612 Oct. 1980
De Hertough AA, Carlson WH, Kays S (1967) Controlled temperature forcing of planted lily Bulbs. J Am Soc Hortic Sci 94: 433
Roh SM, Wilkins HF (1977) The control of flowering in Lilium longiflorum Thunb. cv. Nellie White by cyclic or continuous lighting treatments. J Am Soc Hortic Sci 102: 247
Smith DR, Langhans RW (1962) The influence of photoperiod on the growth and flowering of Easter lily (Lilium longiflorum Thunb. var Croft). Proc Am Soc Hortic Sci 80: 599
Wilkins HF, Roh SM (1970) University of Minnesota’s Easter lily Research Report paper No. IX. Lighting lilies at shoot emergence, Night interruption shown to be most effective. Minn State Flor Bull Dec. 10
Roh SM, Wilkins HF ( 1977 a) The control flowering in Lilium longiflorum Thunb. cv. Nellie White by cyclic lighting. J Am Soc Hortic Sci 102: 247
Roh SM, Wilkins HF (1977b) The effects of bulb vernalization and shoot photoperiod treatments on growth and flowering of Lilium longiflorum Thunb. cv. Nellie White. J Am Soc Hortic Sci 102: 229
Tizio M, Seeley JG (1976) Nitrogen source, fluoride application and leaf scorch of Ace lilies. Flor Rev 159 (4115): 43
Widmer RE, Mugaas R, Wilkins HF (1976) Lime and phosphorus effects on Easter lilies. Minn State Fior Bull Dec 1
Bailey HS (1976) Hortus third. McMillian, New York
Moe R (1977) Campanula isophylla Moretti culture-cineraria-Calceolaria herbeohybrida Voss. Minn State Fior Bull, pp 1–6
Runger W (1975) Flower formation in Calceolaria herbeohybrida Voss. Sci Hortic (Amst) 3: 45 - 64
Johannson J (1976) The regulation of growth and flowering in Calceolaria speciosa Lilj. Acta Hortic 64: 239 - 244
Hammer PA (1980) Other flowering pot plants. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London
Widered RE (1980) Cyclamen. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London
Larson RA (1980) Azalea. In: Larson RA (ed) Introduction to Floriculture. Academic Press, London
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Salunkhe, D.K., Bhat, N.R., Desai, B.B. (1990). Potted Plants. In: Postharvest Biotechnology of Flowers and Ornamental Plants. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-73803-6_10
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