Aquatic Weeds: A Pocket Identification Guide for the Carolinas is a practical resource containing color images and descriptions of aquatic weed species commonly found in North Carolina and South Carolina. Prepared by aquatic weed specialists and researchers at NC State University, this guide provides information about each species, including identifying characteristics, habitat, and potential human-health concerns. This guide is printed on water-resistant paper, making it the perfect field companion for researchers and lake managers alike.
This is the first comprehensive identification manual for aquatic and riparian weeds west of the Rocky Mountains. This practical, easy-to-use guide covers 171 aquatic plant species -- consisting of 58 plant groups, including a full description of 82 species and another 96 plants compared as similar species, representing 42 plant families. Lavishly illustrated with over 560 photographs and weighing in at 442 pages, this is a “must-have" reference and field manual for weed control specialists, land managers, water system managers, rice growers, golf course superintendents, and landscape professionals. Anyone interested in learning more about identification of important weeds of aquatic and riparian systems should make room on their bookshelf for this guide.
This National Academy of Sciences report describes ways to exploit aquatic weeds for grazing, and by harvesting and processing for use as compost, animal feed, pulp, paper, and fuel. The book also describes utilization for sewage and industrial wastewater.Aquatic weeds have always existed, but in recent decades their effects have been magnified by man?s more intensive use of natural water bodies - his modifying them into canals and dams, polluting them with farm and city wastewaters, and introducing aggressive plant species into new locations. These plants, among the most prolific on earth, grow luxuriantly in the tropics, weigh hundreds of tons per hectare, and can be a serious hindrance to a nation?s development efforts. Eradication of the weeds has proved impossible, and even reasonable control is difficult. Turning these weeds to productive use would be desirable, but only limited research has been carried out.This report examines methods for controlling aquatic weeds and using them to best advantage, especially those methods that show promise for less-developed countries. It emphasizes techniques for converting weeds for feed, food, fertilizer, and energy production. It examines, for example, biological control techniques in which herbivorous tropical animals (fish, waterfowl, rodents, and other mammals) convert the troublesome plants directly to meat.
