Titlebook: Environmental Contamination and Remediation Practices at Former and Present Military Bases; B. Pauk?tys,F. Fonnum,K. J. Reimer Book 1998 S

Instantaneous

defenses

Environmental Risk Assessment and Management in Evaluation of Contaminated Military Sitesthe process of closing; it includes the removal of equipment, the dismantling of buildings and structures, the remediation of any soil contamination, and the reclamation of land to render the property suitable for other purposes [3]. It may apply to all or part of the facility, but it aims to ensure that the end product is a site that is:

珍奇

Book 1998investigation and subsequentremediation of military bases, Particular attention is paid to thepollution of groundwater. The book contains an excellent review ofuseful remediation techniques and several examples of theirapplication to polluted military bases. Several mathematical modelsare demonstrat

賠償

tattle

命令變成大炮

Modelling of Oil and Chlorinated Hydrocarbons in Saturated and Unsaturated Zones at the Military Baslutants capture in this massively contaminated area. The objective of remediation of this site is to protect the groundwater at Sojovice-Kárané which is one of the three main water resources for Prague.

使腐爛

Book 1998ed, showing their predictive value for real examples..A detailed list is given of chemical pollutants that can be found on amilitary base. Strategies are described for the investigation anddetermination of the future of a polluted military site. Examples aregiven, obtained from practical experience of dealing with old,contaminated sites.

Mundane

Environmental Contamination and Remediation Practices at Former and Active Military Basesls of the German program are two-fold: first, to avoid environmental damage and to protect the population from negative effects caused by contamination of such sites; and secondly, to render military sites fit for subsequent commercial, recreational or other civilian uses.

exophthalmos

Externalize

Mass Transport Modelling in Groundwater Studies. Achievements of Latvian Scientistsare presented concerning oil contamination problems at the former Rumbula airbase and at the Ilukste oil storage terminal where the ARMOS code has been applied for modelling transient oil transport processes. Advances and drawbacks of ARMOS are discussed and some important simulation results reported.