Methane production from the red seaweed Gracillaria Tikvahiae

File
Contributors
Publisher
Walter de Gruyter, Inc.
Date Issued
1981
Note

Research has been conducted for several years at the HarborBranch Foundation on the cultivation of seaweeds as a possiblesource of biomass that can be converted to methane or otherfuels (1,2). Of over 40 species of seaweeds examined, therhodophyte Gracilaria tikvahiae had the highest sustainedyield and can be vegetatively propagated indefinitely in anaquaculture system. Its productivity can be as high as anyterrestrial crop on earth (3).

Language
Type
Genre
Form
Extent
7 p.
Identifier
FA00007005
Additional Information
Research has been conducted for several years at the HarborBranch Foundation on the cultivation of seaweeds as a possiblesource of biomass that can be converted to methane or otherfuels (1,2). Of over 40 species of seaweeds examined, therhodophyte Gracilaria tikvahiae had the highest sustainedyield and can be vegetatively propagated indefinitely in anaquaculture system. Its productivity can be as high as anyterrestrial crop on earth (3).
Florida Atlantic University. Harbor Branch Oceanographic Institute contribution 195
This manuscript is an author version with the final publication available and may be cited as: Hanisak, M. D. (1981). Methane production from the red seaweed Gracilaria tikvahiae. In T. Levring (Ed.), Xth International seaweed symposium proceedings (pp. 681-686). Berlin: Walter de Gruyter.
Date Backup
1981
Date Text
1981
Date Issued (EDTF)
1981
Extension


FAU

IID
FA00007005
Person Preferred Name

Hanisak, M. Dennis
dhanisak@fau.edu
Physical Description

pdf
7 p.
Title Plain
Methane production from the red seaweed Gracillaria Tikvahiae
Origin Information

1981
Walter de Gruyter, Inc.

Berlin

Place

Berlin
Title
Methane production from the red seaweed Gracillaria Tikvahiae
Other Title Info

Methane production from the red seaweed Gracillaria Tikvahiae