Terri A. Mellich

University of Florida · US

Henny circle (31 researchers, Dieffenbachia) · Horticulture & crops

aroid papers
18
first to last
1999–2011
aroid h-index
4
influence (0–100)
3.6
species described
0

Open in the interactive Directory What these numbers mean

Aroid papers per year

19992011

Genera · 8

Places in their paper titles

  • Florida8

Aroid papers · 18 newest first

  1. 2011 New Florida Foliage Plant Cultivar: Pothos 'Pearls and JadeEDISDOIopen access
  2. 2010 New Florida Foliage Plant Cultivar: Aglaonema 'Moonlight Bay'EDISDOIopen access
  3. 2010 New Florida Foliage Plant Cultivar: Dieffenbachia 'Sparkles'EDISDOIopen access
  4. 2010 Philodendron scandens ssp. oxycardium ‘Frilly Philly’HortScienceDOIopen access
  5. 2009 ‘Pearls and Jade’ PothosHortScienceDOIopen access
  6. 2009 Epipremnum aureum ‘Green Genie’HortScienceDOIopen access
  7. 2009 New Florida Foliage Plant Cultivar: 'Emerald Bay' AglaonemaEDISDOIopen access
  8. 2009 Tropical Foliage Plant Development: Breeding Techniques for Aglaonema and DieffenbachiaEDISDOIopen access
  9. 2008 ‘Moonlight Bay’ AglaonemaHortScienceDOIopen access
  10. 2008 New Florida Foliage Plant Cultivar: 'Diamond Bay' AglaonemaEDISDOIopen access
  11. 2008 New Florida Foliage Plant Cultivar: 'Orange Hot' AnthuriumEDISDOIopen access
  12. 2008 New Florida Foliage Plant Cultivar: 'Red Hot' AnthuriumEDISDOIopen access
  13. 2008 New Florida Foliage Plant Cultivar: Aglaonema 'Stripes'EDISDOIopen access
  14. 2008 Tropical Foliage Plant Development: Breeding Techniques for Anthurium and SpathiphyllumEDISDOIopen access
  15. 2003 Screening for Resistance to Myrothecium Leaf Spot Among Syngonium Species and CultivarsHortScienceDOIopen access
  16. 2000 Flowering Response of Three Spathiphyllum Cultivars to Treatment with Three Levels of Gibberellic Acid
  17. 1999 480 Evaluation of Potted Anthurium Cultivar Performances under Interior EnvironmentsHortScienceDOIopen access
  18. 1999 Spathiphyllum Cultivars Vary in Flowering Response after Treatment with Gibberellic AcidHortTechnologyDOIopen access