Conference proceedings - Zbornik Radova[1].pdf - Univerzitet u ...

3. ECOREMEDIATIONS IN INDUSTRIAL ZONESEcoremediations are sustainable methods for reducing soildegradation and conservation of ecosystem stability. Thesesustainable methods imitate the functioning of natural ecosystems,which have in their orthogenesis developed many remediationsystems. Basic features of ecoremediations are a high bufferingcapacity, self-cleaning ability, increasing biodiversity and waterretention. Therefore, with ecoremediations, degraded areas can berevitalized and thereby dynamic balance in the environment can beincreased and maintained in long-term. Additional value ofecoremediations is also that, they have a high preventive effect andcontribute to the coexistence of man and nature, and are in they arevery favorable from financial terms. From this perspective,ecoremediations use sustainable idea of developments in each area,since its incorporation in the environment includes all three pillars:economic, ecological and social. Therefore, we estimateecoremediations for economically and ecologically, especially in thelong run, among the best ways to protect the environment [7].Use of ecoremediation in industrial environments plays animportant role, because the use of natural approaches can preventmultiple impacts which are caused by man to himself and to thenatural environment. Destination of increasing industrial ecosystemfunctions with ecoremediations is reflected in the fact that in additionto impacts on water (retention, water purification and the creation ofbiotope) can simultaneously prevent the negative effects of noise,smell, wind, dust. Such ecoremediation approaches will prevent thecauses and not their consequences. Revitalization, which is based onthe natural ecosystems, can be already considered at the constructionsite plan and with that the sustainable development of the region canbe realized, with that the problems of the industrial environment canbe solved. Ecoremediations indirectly affect the sustainability ofecosystems, which increases stability, biodiversity and increase theself-cleaning ability of the environment [7.14].~ 319 ~