Since 1989, area of timberland in Georgia increased by less than 1 percent and in 1997 totaled 23.8 million acres. Nonindustrial private forest owners controlled 72 percent of the State's timberland. Volume of softwood growing stock declined 3 percent, whereas hardwood growing-stock volume increased 7 percent to 16.5 billion cubic feet. Net annual growth for softwood growing stock averaged 1.0 billion cubic feet and the ratio of softwood growth to removals was 0.95 to 1. Net annual growth for hardwood growing stock averaged 523 million cubic feet and hardwood growth exceeded removals by 34 percent.
This publication contains information concerning the forest resources of Georgia and a description of the status, trends and developments taking place in the forest sector and of the areas in which forestry activities have taken place over the past decade. For the forest sector, as for other branches of the Georgian economy, the period has been marked by the implementation of radical reforms necessitated by the changeover from a centrally planned to a market economy and by efforts to achieve sustainable development in forest management.--Publisher's description.
The book describes richness and diversity of Georgia’s vegetation. Contrasting ecosystems coexist on the relatively small territory of the country and include semi-deserts in East Georgia, Colchic forests with almost sub-tropical climate in West Georgia and subnival plant communities in high mountains. West Georgia lacks xerophilous vegetation zone and mesophilous forest vegetation spreads from the sea level to subalpine zone. The Colchic refugium (West Georgia) ensured survival of the Tertiary’s mesophilous forest flora. Vertical profile of the vegetation is more complex in East Georgia with semi-desert, steppe and arid open forest zone. In South Georgia the montane zone represented by montane steppe is devoid of forests
"The Forest Health Monitoring (FHM) Program's annual national report uses FHM data, as well as data from a variety of other programs, to provide an overview of forest health based on the criteria and indicators of sustainable forestry framework of the Santiago Declaration. It presents information about the status of and trends in various forest health indicators nationwide and uses statistically valid analysis methods applicable to large-scale ecological assessments. Five main sections correspond to the Santiago criteria: Biological Diversity, Productive Capacity, Health and Vitality, Conservation of Soil, and Carbon Cycling. A variety of indicators contribute information about the status of each forest ecosystem considered. Many indicators use data collected from ground plots. Such indicators include species diversity (tree and lichens), bioindicator species (lichens and vascular plants sensitive to ozone), changes in trees (crown condition, damage, and mortality), physical and chemical soil characteristics, and aboveground and belowground carbon pools. Additional information about forest health status and change is derived from data that are used to measure forest extent; data about insects and pathogens; and remotely sensed and/or ground-based data about forest fragmentation, fire, and air pollution. A sixth section presents and discusses a multivariate analysis of the indicators. The technique provides a composite picture of forest health, based on statistically significant principal components."--P. ii.
The southern forest resource assessment provides a comprehensive analysis of the history, status, and likely future of forests in the Southern United States. Twenty-three chapters address questions regarding social/economic systems, terrestrial ecosystems, water and aquatic ecosystems, forest health, and timber management; 2 additional chapters provide a background on history and fire. Each chapter surveys pertinent literature and data, accesses conditions, identifies research needs, and examines the implications for southern forests and the benefits they provide.
