Exploring alternatives for the future: Waste recycling through aquaculture.

File
Publisher
Florida Engineering Society
Date Issued
1976
Note

Modern man is beset by two closely related, chronic problems: (1) a shortage of high-quality, animal protein food and of the fertilizers and feeds needed to produce such foods, and (2) the deterioration of his environment from the effects of his own wastes. A common manifestation of the latter is the excessive growth of algae caused by the overenrichment of natural waters with domestic wastes, a phenomenon often referred to as "eutrophication."

Language
Type
Genre
Form
Extent
7 p.
Identifier
FA00007027
Additional Information
Modern man is beset by two closely related, chronic problems: (1) a shortage of high-quality, animal protein food and of the fertilizers and feeds needed to produce such foods, and (2) the deterioration of his environment from the effects of his own wastes. A common manifestation of the latter is the excessive growth of algae caused by the overenrichment of natural waters with domestic wastes, a phenomenon often referred to as "eutrophication."
Florida Atlantic University. Harbor Branch Oceanographic Institute contribution 58
This manuscript is an author version with the final publication available and may be cited as: Ryther, J. H., Williams, L. D., & Kneale, D. C. (1976). Exploring alternatives for the future: Waste recycling through aquaculture. Florida Engineering Society Journal. https://www.fleng.org/pubs.cfm
Date Backup
1976
Date Text
1976
Date Issued (EDTF)
1976
Extension


FAU

IID
FA00007027
Organizations
Person Preferred Name

Ryther, John H.
Physical Description

pdf
7 p.
Title Plain
Exploring alternatives for the future: Waste recycling through aquaculture.
Origin Information

1976
Florida Engineering Society

Tallahassee, FL

Place

Tallahassee, FL
Title
Exploring alternatives for the future: Waste recycling through aquaculture.
Other Title Info

Exploring alternatives for the future: Waste recycling through aquaculture.