John G. Zahina-Ramos photo

John G. Zahina-Ramos

Adjunct Instructor

Fax: (561) 207-5248
Campus: Palm Beach Gardens
Mailing Address: 3160 PGA Boulevard, MS#, Palm Beach Gardens, FL 33410
 
Jessica Miles
Professor III

Phone: (561) 207-5220
Campus: Palm Beach Gardens
Office: SC 00106
Mailing Address: 3160 PGA Boulevard, MS#45, Palm Beach Gardens, FL 33410
Education
  • A.A. Biological Sciences   Palm Beach State College
  • Zahina, J.G. and J. Kramp. 2008. Vegetation communities in the Loxahatchee Slough Natural Area: a GIS-based analysis of changes from 2000 to 2005 associated with operation of the G-160 Structure. Water Supply Planning Division, South Florida Water Management District, West Palm Beach FL.
  • Zahina, J.G. and C.J. Richardson. 1997. Preliminary assessment of changes in macroinvertebrate community structure resulting from phosphorus dosing of a Northern Everglades slough. IN: C.J. Richardson (ed.) Effects of Phosphorus and Hydroperiod Alterations on Ecosystem Structure and Function in the
  • Zahina, J.G. and C.J. Richardson. 1997. A survey of vascular plants in Water Conservation Area 2 of the Northern Everglades. IN: C.J. Richardson (ed.) Effects of Phosphorus and Hydroperiod Alterations on Ecosystem Structure and Function in the Everglades (1996-1997 Biennial Report), Duke Wetland Cen
  • Vaithiyanathan, P., J.G. Zahina, and C.J. Richardson. 1997. Examination of the seed bank along a eutrophication gradient in the Florida Everglades. IN: C.J. Richardson (ed.) Effects of Phosphorus and Hydroperiod Alterations on Ecosystem Structure and Function in the Everglades (1996-1997 Biennial Re
  • Vaithiyanathan, P., C.J. Richardson, J. Vymazal, and J.G. Zahina. 1997. Biogeochemical characteristics of the Everglades sloughs. IN: C.J. Richardson (ed.) Effects of phosphorus and hydroperiod alterations on ecosystem structure and function in the Everglades (1996-1997 Report), Duke Wetland Center
  • Qualls, R.G., C.J. Richardson, R. Johnson, J.G. Zahina. 1995. Two-year response of Everglades sloughs to increased concentrations of PO4: operation of the experimental field mesocosms and water quality. IN: C.J. Richardson (ed.) Effects of phosphorus and hydroperiod alterations on ecosystem structur
  • Richardson, C.J. and J.G. Zahina. 1995. The effects of two years of water level (hydrology), disturbance, and phosphorus additions on vegetation recolonization in the WCA-2B area of the Everglades. IN: C.J. Richardson (ed.) Effects of phosphorus and hydroperiod alterations on ecosystem structure and
  • Vaithiyanathan, P., J.G. Zahina, and C.J. Richardson. 1995. Macrophyte species changes along the phosphorus gradient: IN: C.J. Richardson (ed.) Effects of phosphorus and hydroperiod alterations on ecosystem structure and function in the Everglades (1995 Report), Duke Wetland Center Publication 95-05
  • Zahina, J.G. and C.J. Richardson. 1994. The effects of algal community competition on productivity of several macrophyte species in the Everglades. IN: C.J. Richardson (ed.) Effects of phosphorus and hydroperiod alterations on ecosystem structure and function in the Everglades (1994 Report), Duke We
  • Qualls, R.G., C.J. Richardson, R. Johnson, and J.G. Zahina. 1994. Response of Everglades slough communities to increased concentrations of PO4: operation of the experimental field mesocosms. IN: C.J. Richardson (ed.) Effects of phosphorus and hydroperiod alterations on ecosystem structure and functi
  • Richardson, C.J. and J.G. Zahina. 1994. The effects of water level (hydrology), disturbance, and phosphorus on vegetation and faunal recolonization in the Water Conservation Area 2B of the Everglades. IN: C.J. Richardson (ed.) Effects of phosphorus and hydroperiod alterations on ecosystem structure
  • Richardson, C.J. and J.G. Zahina. 1992. The effects of water level (hydrology), disturbance, and phosphorus on vegetation and faunal recolonization in the Water Conservation Area 2B of the Everglades. IN: C.J. Richardson (ed.) Effects of Phosphorus and Hydroperiod Alterations on Ecosystem Structure