Cultivation of seaweeds forhydrocolloids, waste treatment and biomass for energy conversion. Model Digital Document Ryther, John H. DeBoer, James A. Publisher Science Press Member of HBOI Faculty Contributions
Land-based cultivation of seaweeds: an assessment of their potential yields for "energy farming." Model Digital Document Hanisak, M. Dennis Ryther, John H. Publisher New York Sea Grant Institute Member of HBOI Faculty Contributions
Biomass production by marine and freshwater plants Model Digital Document Ryther, John H. Williams, Lavergne D. Stenberg, Richard W. DeBusk, T. A. Publisher NTIS Member of HBOI Faculty Contributions
Marine biomass research in Florida Model Digital Document Ryther, John H. Publisher Soil & Crop Science of Florida Member of HBOI Faculty Contributions
Cultivation of seaweeds as abiomass source for energy Model Digital Document Ryther, John H. Lapointe, Brian E. Stenberg, Richard W. Williams, Lavergne D. Publisher University of Illinois. Member of HBOI Faculty Contributions
Biomass production by some marine and freshwater plants Model Digital Document Ryther, John H. Hanisak, M. Dennis Stenberg, Richard W. DeBusk, T. A. Publisher Rensselaer Polytechnic Institute. Member of HBOI Faculty Contributions
Significance of carbon dioxide and bicarbonate-carbon uptake in marine biomass production Model Digital Document Ryther, John H. DeBusk, T. A. Publisher Institute of Gas Technology. Member of HBOI Faculty Contributions
Tropical macroalgal cultivation for bioconversion to methane Model Digital Document Bird, Kimon T. Publisher Institute of Gas Technology. Member of HBOI Faculty Contributions
Methane production from the red seaweed Gracillaria Tikvahiae Model Digital Document Hanisak, M. Dennis Publisher Walter de Gruyter, Inc. Member of HBOI Faculty Contributions
Recycling theresidues from anaerobic digesters as a nutrient source for seaweed growth Model Digital Document Hanisak, M. Dennis Publisher Walter de Gruyter, Inc. Member of HBOI Faculty Contributions