Suchergebnisse

Mit der umfassendsten Modernisierung des Vergaberechts seit über zehn Jahren traten zum 18.4.2016 neue Regeln für Auftraggeber und Bieter in Kraft. Die bisherigen Vergabevorschriften wurden komplett umstrukturiert und neu gestaltet: u.a. wurde der vierte Teil des GWB stark erweitert, die VOL/A sowie die VOF wurden in die VgV integriert. Neues Vergaberecht - klar erläutert Die Erläuterungen bieten eine Einführung in die neue Rechtslage sowie in die erheblichen inhaltlichen und strukturellen Veränderungen. Der Schwerpunkt der Ausführungen liegt bei dem stark erweiterten vierten Teil des GWB sowie der neuen Vergabeverordnung. Aber auch die Änderungen in den übrigen Vergabeverordnungen sowie in den neuen Konzessions- und Vergabestatistikverordnungen werden aufgezeigt. Kompetenz für Vergabepraktiker Der Autor bringt seine langjährigen Praxiserfahrungen, u.a. aus seiner Zeit als Direktor beim Bayerischen Kommunalen Prüfungsverband, fachgerecht in das Werk ein. Davon profitieren vor allem - Vergabestellen (Bau-, Liefer-, Dienstleistungen), z.B. bei den Kommunen - Architekten, - Ingenieure, - Rechtsanwälte und - Verbände. Die optisch hervorgehobenen Handlungsempfehlungen erleichtern den Umgang mit dem neuen Recht und dessen Konsequenzen für die tägliche Arbeit der Vergabepraktiker. (Verlagswerbung)

Normen und offene Standards, aber auch proprietäre De-facto-Standards, spielen im Bereich der Informationstechnik (IT) eine wichtige Rolle. Aber wer bestimmt nun Standards - Wer entscheidet über ihre Verbindlichkeit - Wie bindet man europäische Aktivitäten ein, beachtet Normungsorganisationen wie DIN und ISO und wie beteiligt man alle politischen Ebenen sinnvoll und gleichberechtigt -

International audience ; Groundwater monitoring is recommended as a higher-tier option in the regulatory groundwater assessment of crop protection products in the European Union. However, to date little guidance has been provided on the study designs. The SETAC EMAG-Pest GW group (a mixture of regulatory, academic, and industry scientists) was created in 2015 to establish scientific recommendations for conducting such studies. This report provides recommendations for study designs and study procedures made by the Society of Environmental Toxicology and Chemistry (SETAC) Environmental Monitoring Advisory Group on Pesticides (EMAG-Pest). Because of the need to assess the vulnerability to leaching in both site selection and extrapolating study results, information on assessing vulnerability to leaching is also a major topic in this report. The design of groundwater monitoring studies must consider to which groundwater the groundwater quality standard is applicable and the associated spatial and temporal aspects of its application, the objective of the study, the properties of the active substance and its metabolites, and site characteristics. This limits the applicability of standardised study designs. The effect of the choice of groundwater to which the water quality guideline is applied on study design is illustrated and examples of actual study designs are presented.

International audience ; Groundwater monitoring is recommended as a higher-tier option in the regulatory groundwater assessment of crop protection products in the European Union. However, to date little guidance has been provided on the study designs. The SETAC EMAG-Pest GW group (a mixture of regulatory, academic, and industry scientists) was created in 2015 to establish scientific recommendations for conducting such studies. This report provides recommendations for study designs and study procedures made by the Society of Environmental Toxicology and Chemistry (SETAC) Environmental Monitoring Advisory Group on Pesticides (EMAG-Pest). Because of the need to assess the vulnerability to leaching in both site selection and extrapolating study results, information on assessing vulnerability to leaching is also a major topic in this report. The design of groundwater monitoring studies must consider to which groundwater the groundwater quality standard is applicable and the associated spatial and temporal aspects of its application, the objective of the study, the properties of the active substance and its metabolites, and site characteristics. This limits the applicability of standardised study designs. The effect of the choice of groundwater to which the water quality guideline is applied on study design is illustrated and examples of actual study designs are presented.

International audience ; Groundwater monitoring is recommended as a higher-tier option in the regulatory groundwater assessment of crop protection products in the European Union. However, to date little guidance has been provided on the study designs. The SETAC EMAG-Pest GW group (a mixture of regulatory, academic, and industry scientists) was created in 2015 to establish scientific recommendations for conducting such studies. This report provides recommendations for study designs and study procedures made by the Society of Environmental Toxicology and Chemistry (SETAC) Environmental Monitoring Advisory Group on Pesticides (EMAG-Pest). Because of the need to assess the vulnerability to leaching in both site selection and extrapolating study results, information on assessing vulnerability to leaching is also a major topic in this report. The design of groundwater monitoring studies must consider to which groundwater the groundwater quality standard is applicable and the associated spatial and temporal aspects of its application, the objective of the study, the properties of the active substance and its metabolites, and site characteristics. This limits the applicability of standardised study designs. The effect of the choice of groundwater to which the water quality guideline is applied on study design is illustrated and examples of actual study designs are presented.