- THE FLORICULTURE VEGETATIVE CUTTING INDUSTRY 171
Smith, S.H., and W.A. Oglevee-O’Donovan. 1977. Meristem-tip culture from virus-
infected plant material and commercial implications. p. 453–460. In: W.R. Sharp, P.O.
Larsen, E.F. Paddock, and V. Raghavan (eds.), Plant cell tissue culture. Ohio State Univ.
Press, Columbus.
Sosa-Alvarez, M., L.V. Madden, and M.A. Ellis. 1995. Effects of temperature and wet-
ness duration on sporulation ofBotrytis cinereaon strawberry leaf residues. Plant Dis.
79:609–615.
Svenson, S.E. 1991. Rooting and lateral shoot elongation ofVerbenafollowing benzy-
laminopurine application. HortScience 26:391–392.
Svenson, S.E., and F.T. Davies, Jr. 1995. Change in tissue mineral elemental concentration
during root initiation and development of poinsettia cuttings. HortScience 30:617–619.
Svenson, S.E., F.T. Davies Jr, and S.A. Duray. 1995. Gas exchange, water relations, and
dry weight partitioning during root initiation and development of poinsettia cuttings.
J. Am. Soc. Hort. Sci. 120:454–459.
Timmermann, C., M. Hans-Peter, M. Bandte, and C. Buettner. 2001. Control of mechan-
ical viroid transmission by the disinfection of tables and tools. Mededelingen Facul-
teit Landbouwkundige en Toegepaste Biologische Wetenschappen Universiteit Gent.
66:151–156.
van de Pol, P.A., and J.V.M. Vogelezang. 1983. Accelerated rooting of carnation ‘Red Baron’
by temperature pretreatment. Acta Hort. 141:181–188.
van Dijk, A., and H. Barendse. 1991. Determining keeping quality of pot plants. Acta Hort.
298:267–273.
Villordon, A., C. Clark, D. LaBonte, and N. Firon. 2012. 1-Methylcyclopropene has a vari-
able effect on adventitious root emergence from cuttings of two sweet potato cultivars.
HortScience 47:1764–1767.
Von Hentig, W.U., and K. Knosel. 1986. Storage of poinsettia cuttings. Acta Hort. 181:313–
322.
Wang, T.W., and R.N. Arteca. 1995. Identification and characterization of cDNAs encoding
ethylene biosynthetic enzymes fromPelargonium×hortorumcv Snow Mass leaves.
Plant Physiol. 109:627–636.
Wang, Y.-T. 1987. Effect of temperature, duration, and light during simulated shipping on
quality and rooting of croton cuttings. HortScience 22:1301–1302.
Wang, Y.T., 1994. Stock plant fertilization, and cutting storage temperature and duration
affect growth of golden pothos cuttings. Subtrop. Plant Sci. 46:66–68.
Warner, R.M. 2015. Temperature and photoperiod influence flowering and morphology
of fourPetuniaspp. HortScience 45:365–368.
Whipker, B.E., J.L. Gibson, and C.B. Cerveny. 2006. Rooting hormones and plant growth
regulators. p. 89–99. In: J.M. Dole and J.L. Gibson (eds.), Cutting propagation. Ball Publ.,
Batavia, IL.
Whitman, C.M., and E.S. Runkle. 2013. Flowering of newly introduced herbaceous peren-
nial ornamentals in response to photoperiod and low-temperature treatments. Acta
Hort. 1000:353–360.
Wilkerson, E.G., R.S. Gates, S.T. Kester, and R.L. Geneve. 2005b. Predicting rooting stages
in poinsettia cuttings using root zone temperature-based models. J. Am. Soc. Hort. Sci.
130:302–307.
Wilkerson, E.G., R.S. Gates, S. Zolnier, S.T. Kester, and R.L. Geneve. 2005a. Transpira-
tion capacity in poinsettia cuttings at different rooting stages and the development of a
cutting coefficient for scheduling mist. J. Am. Soc. Hort. Sci. 130:295–301.
Wilkins, H.F. 1988. Techniques to maximize cutting production. Acta Hort. 226:137–143.