Subjects:
- Levels of organization of living matter,
2
- Populations, communities, ecosystems,
2,
3,
4,
5
- Forms of biological relationships in the community
- Positive attitude,
2
- Negative attitude,
2,
3
- Neutral attitude,
2
- Circulation of matter and energy,
2,
3,
4,
5,
6,
7,
8
- The structure of the biosphere,
2
- Evolution of the biosphere,
2,
3,
4
- The current state of the environment
- Atmosphere - the outer shell of the biosphere,
2
- Biological productivity of ecosystems,
2,
3
- Conservation and sustainable environmental futures,
2,
3,
4,
5
Environmental problems of the biosphere
- Human impact on flora and fauna,
2
- Limits of stability,
2,
3
- Natural resources and their use,
2,
3
- Radioactive contamination of the biosphere
- Contamination of soil (
contamination)
- Contamination of natural waters (
the steady,
one type)
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Symposium Introduction
Conservation and sustainable environmental futures.
Environmental management - the only way out.
The overall objective of sustainable management of natural resources is
finding the best or the best ways of exploitation of natural and
artificial (eg, agriculture) ecosystems. Exploitation
mean harvest and the impact of those or other types of economic
activities on the conditions of existence biogeocenoses.
The task of creating an optimal system of management of natural
resources greatly complicated by the presence of not one but multiple criteria
optimization. These include: obtaining the maximum yield, reduced
production costs, conservation of natural landscapes, the maintenance
species diversity of communities, clean environment,
maintaining the normal functioning of ecosystems and their complexes [2].
Environmental Protection and the task of restoring natural resources should
include:
- sound pest management strategies, knowledge of and compliance
agricultural practices, the dosage of fertilizers, good knowledge
agrocenoses and ecological processes occurring in them, as well as their
boundaries with natural systems;
- Improvement of the technology and the extraction of natural resources;
- the most complete and comprehensive extraction of all deposits
useful components;
- reclamation after use of deposits;
- -saving and waste-free use of raw materials in production;
- deep cleaning and the technology of industrial wastes;
- reuse of materials after the products in use;
- the use of technologies that allow extraction of trace mineral
substances
- the use of natural resources and substitutes for scarce mineral
compounds;
- closed cycles of production (the development and application);
- energy-saving technologies;
- the development and use of new clean energy sources.
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Division of Agriculture and Natural Resources
Communication Services
WebMaster and Partners :
ANR Non-Discrimination Statement
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Organizing sponsors:
University of California
cal poly
with major support and assistance from the Buy California and Specialty Crop programs of
contact email:
mail@calagsymposium.org
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