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50 Bus Dienstrooster & Lijnroutekaart
50 bus dienstrooster & lijnkaart 50 Utrecht - Wageningen / Veenendaal Bekijken In Websitemodus De 50 buslijn (Utrecht - Wageningen / Veenendaal) heeft 14 routes. Op werkdagen zijn de diensturen: (1) Amerongen Via Zeist/Doorn: 23:02 (2) Doorn Via Zeist: 00:02 (3) Driebergen Via Doorn: 18:41 - 18:55 (4) Driebergen- Zeist Station: 00:32 - 18:49 (5) Leersum: 19:54 - 23:54 (6) Rhenen Via Zeist/Doorn: 23:02 (7) Utrecht Cs: 05:25 - 06:25 (8) Utrecht Via Doorn/Zeist: 05:38 - 23:33 (9) Utrecht Via Zeist: 05:40 - 06:39 (10) Veenendaal Stat. De Klomp: 20:25 - 23:25 (11) Veenendaal Via Doorn: 06:07 (12) Veenendaal Via Zeist/Doorn: 06:09 - 18:04 (13) Wageningen Via Zeist/Doorn: 05:54 - 23:32 Gebruik de Moovit-app om de dichtstbijzijnde 50 bushalte te vinden en na te gaan wanneer de volgende 50 bus aankomt. Richting: Amerongen Via Zeist/Doorn 50 bus Dienstrooster 39 haltes Amerongen Via Zeist/Doorn Dienstrooster Route: BEKIJK LIJNDIENSTROOSTER maandag Niet Operationeel dinsdag Niet Operationeel Utrecht, Cs Jaarbeurszijde (Perron C4) Stationshal, Utrecht woensdag Niet Operationeel Neude donderdag Niet Operationeel Potterstraat, Utrecht vrijdag Niet Operationeel Janskerkhof zaterdag 06:34 - 07:04 12 Janskerkhof, Utrecht zondag 23:02 Utrecht, Stadsschouwburg 24 Lucasbolwerk, Utrecht Utrecht, Wittevrouwen 107 Biltstraat, Utrecht 50 bus Info Route: Amerongen Via Zeist/Doorn Utrecht, Oorsprongpark (Perron B) Haltes: 39 176 Biltstraat, Utrecht Ritduur: 53 min Samenvatting Lijn: Utrecht, Cs Jaarbeurszijde De Bilt, Knmi (Perron C4), Neude, Janskerkhof, Utrecht, -
An Overview of Incident Management Projects in the Netherlands
AN OVERVIEW OF INCIDENT MANAGEMENT PROJECTS IN THE NETHERLANDS Peter Zwaneveld, Isabel Wilmink TNO Inro Ben Immers TNO Inro and K.U. Leuven, Department of Civil Engineering Emst Malipaard Grontmij Dick Heyse Rijkswaterstaat, Projectbureau Incident Management I. INTRODUCTION Over the past years the Dutch government has implemented Incident Management (IM) projects on several locations on the Dutch motorway network. Incident Management projects aim among others to reduce the delay caused by incidents. These incidents can involve, for instance, accidents, stalled vehicles and spilled loads. This paper provides an overview of the activities with respect to IM in the Netherlands over the past decade. The discussion of these activities is based upon the following four stages. These stages are identified for presentational and educational purposes. Chronologically, the stages overlap. 1. The ‘orientation’ stage. This stage started at the end of the 1980’s with an orientation on international IM activities. It ended in 1995 with the publication of an Incident Management Manual by the Dutch Ministry of Traffic and Transportation. 2. The ‘pilot projects’ stage. This stage started in 1994 and ended in 1997. Within this stage several IM measures were tested on motorways around Utrecht, Rotterdam, and Amsterdam. 3. The ‘organisation’ stage. This stage started during the previous stage and ended in January 1997 with the foundation of an organisation, called ‘Projectbureau Incident Management’. Several emergency services are represented within this organisation, like police, transport authorities, motorway operators and insurance companies. 4. The ‘implementation’ stage. This stage, started in 1997, consists of the nation- wide introduction of IM measures. Initially, two measures are selected, one for passenger cars and one for trucks. -
Utrecht CRFS Boundaries Options
City Region Food System Toolkit Assessing and planning sustainable city region food systems CITY REGION FOOD SYSTEM TOOLKIT TOOL/EXAMPLE Published by the Food and Agriculture Organization of the United Nations and RUAF Foundation and Wilfrid Laurier University, Centre for Sustainable Food Systems May 2018 City Region Food System Toolkit Assessing and planning sustainable city region food systems Tool/Example: Utrecht CRFS Boundaries Options Author(s): Henk Renting, RUAF Foundation Project: RUAF CityFoodTools project Introduction to the joint programme This tool is part of the City Region Food Systems (CRFS) toolkit to assess and plan sustainable city region food systems. The toolkit has been developed by FAO, RUAF Foundation and Wilfrid Laurier University with the financial support of the German Federal Ministry of Food and Agriculture and the Daniel and Nina Carasso Foundation. Link to programme website and toolbox http://www.fao.org/in-action/food-for-cities-programme/overview/what-we-do/en/ http://www.fao.org/in-action/food-for-cities-programme/toolkit/introduction/en/ http://www.ruaf.org/projects/developing-tools-mapping-and-assessing-sustainable-city- region-food-systems-cityfoodtools Tool summary: Brief description This tool compares the various options and considerations that define the boundaries for the City Region Food System of Utrecht. Expected outcome Definition of the CRFS boundaries for a specific city region Expected Output Comparison of different CRFS boundary options Scale of application City region Expertise required for Understanding of the local context, existing data availability and administrative application boundaries and mandates Examples of Utrecht (The Netherlands) application Year of development 2016 References - Tool description: This document compares the various options and considerations that define the boundaries for the Utrecht City Region. -
Schoolgids 18-19.Pdf
Schoolgids 2018-2019 Inhoud Inleiding ........................................................................................................................... 4 1. Algemeen ..................................................................................................................... 5 Passend onderwijs ................................................................................................................................... 5 Uitgangspunten ....................................................................................................................................... 5 Identiteit en levensbeschouwing ............................................................................................................. 6 2. Aanmelding en toelating ............................................................................................... 7 Aanmeldingsprocedure ........................................................................................................................... 7 Toelatingscriteria ..................................................................................................................................... 8 Commissie van begeleiding ..................................................................................................................... 8 Uitstroom ................................................................................................................................................. 8 Ondersteuning in het veld ...................................................................................................................... -
Parallel Air Temperature Measurements at the KNMI Observatory in De Bilt (The Netherlands) May 2003 - June 2005
Parallel air temperature measurements at the KNMI observatory in De Bilt (the Netherlands) May 2003 - June 2005 Theo Brandsma De Bilt, 2011 | Scientific report; WR 2011-01 Parallel air temperature measurements at the KNMI observatory in De Bilt (the Netherlands) May 2003 - June 2005 Version 1.0 Date March 14, 2011 Status Final final j Parallel air temperature measurements at the KNMI observatory in De Bilt (the Netherlands) May 2003 - June 2005 j March 14, 2011 Colofon Title Parallel air temperature measurements at the KNMI observatory in De Bilt (the Netherlands) May 2003 - June 2005 Authors Theo Brandsma — T +3130 220 66 93 Page 5 of 56 final j Parallel air temperature measurements at the KNMI observatory in De Bilt (the Netherlands) May 2003 - June 2005 j March 14, 2011 Page 6 of 56 final j Parallel air temperature measurements at the KNMI observatory in De Bilt (the Netherlands) May 2003 - June 2005 j March 14, 2011 Table of contents Foreword — 9 Summary — 11 1 Introduction — 13 1.1 Problem description — 13 1.2 Scope and objectives of the report — 14 2 Data and methods — 17 2.1 Site description and instrumentation — 17 2.1.1 Site description — 17 2.1.2 Instrumentation — 20 2.2 Methodology — 21 3 Results — 23 3.1 Climatic conditions during the experiment — 23 3.2 Monthly mean temperature differences — 23 3.3 Daily temperature differences — 24 3.4 Diurnal temperature cycle differences — 29 3.5 Diurnal wind speed cycle differences — 31 3.6 Wind direction dependent differences — 33 3.7 Vapor pressure differences — 37 3.8 Comparison of DB260 -
Meles Meles) Population at Eindegooi, the Netherlands
Defragmentation measures and the increase of a local European badger (Meles meles) population at Eindegooi, the Netherlands Hans (J.) Vink1, Rob C. van Apeldoorn2 & Hans (G.J.) Bekker3 1 National Forest Service, P.O. Box 1300, NL-3970 NG Driebergen, the Netherlands, e-mail: [email protected] 2 Alterra, Wageningen University and Research , P.O. Box 47, NL-6700 AA Wageningen, the Netherlands 3 Rijkswaterstaat, Centre for Transport and Navigation, P.O Box 5044, NL-2600 GA Delft, the Netherlands Abstract: Twenty four years’ data on European badger (Meles meles) and sett numbers have been collected by direct observation of a local population at Eindegooi, which straddles the Dutch provinces of Utrecht and Noord- Holland. The population has shown periods of both slow and exponential growth and spatial dynamics show colonization of the entire study area. Analysis of how population dynamics respond to defragmentation measures involving roads has been undertaken. This suggests that tunnels and other measures make a positive contribution. At low densities and during periods of slow growth these measures can increase the lifetime of reproducing indi- viduals and help badgers to safely disperse and colonize new habitat patches. Their positive effect on the popula- tion is illustrated by the fact that an individual’s mortality risk from traffic has remained more or less constant, despite the increasing number of cars on motorways and provincial roads that dissect the study area. Keywords: badger, Meles meles, population growth, badger friendly measures, traffic, roads. Introduction reducing fatal traffic accidents, but also on defragmenting isolated badger populations. The Dutch European badger (Meles meles) Initially organized at the local level, a national population is recovering after a strong decline defragmentation policy was initiated, which is in the second half of the last century (Wiertz still ongoing (Ministerie van Landbouw, Na- & Vink 1986, Wiertz 1992, Moll 2002, Moll tuurbeheer en Visserij 1990, Bekker & Canters 2005). -
Brief Doorwerkingsonderzoek Handhaving En Legalisering Bunnik
Rekenkamercommissie Vallei en Veluwerand P/a Gemeente Barneveld Postbus 63 3770 AB Barneveld Tel: 14 0342 Aan de gemeenteraad van Bunnik Postbus 5 3980 CA BUNNIK Barneveld, 17 mei 2018 Ons kenmerk: 1078068 verzonden op: Behandelend ambtenaar: I.M.T. Spoor Doorkiesnummer: 0342 - 495 830 e-mailadres: [email protected] Uw brief van: met kenmerk: Bijlage(n): 2 Onderwerp: Doorwerking rekenkameronderzoek handhaving en legalisering in Bunnik Geachte gemeenteraad, In 2014 heeft de rekenkamercommissie Vallei en Veluwerand een onderzoek uitgevoerd naar de handhaving en legalisering op het gebied van ruimtelijke ordening en bouwregelgeving in de gemeente Bunnik. In november 2014 hebben wij hierover een rapport aangeboden aan de gemeenteraad, met twee aanbevelingen. In januari 2015 heeft de raad de onderzoeksresultaten besproken en een geamendeerd besluit hierover genomen, waarbij de eerste aanbeveling van de rekenkamercommissie iets aangepast is en de tweede aanbeveling overgenomen is (zie hieronder). Het is gebruikelijk dat wij zo’n twee tot drie jaar na afronding van een onderzoek in een zogeheten doorwerkingsonderzoek terugkijken in hoeverre de aanbevelingen, zoals die door de raad zijn aangenomen, in de praktijk zijn gebracht. Wij hebben dit doorwerkingsonderzoek uitgevoerd door het bestuderen van een aantal documenten (zie bijlage 1) en het houden van een interview met twee ambtenaren van de gemeente Bunnik. Onze conclusie uit dit doorwerkingsonderzoek is dat het handhavingsbeleid in de gemeente Bunnik voortdurend in ontwikkeling is geweest en nog in ontwikkeling is en dat de aanbevelingen van de rekenkamercommissie daarbij zijn opgepakt. In deze brief lichten wij onze bevindingen en conclusies uit het doorwerkingsonderzoek toe. Resultaten en conclusies uit het onderzoek van 2014 In 2014 concludeerden wij dat het vigerende handhavingsbeleid en de uitvoering daarvan voldeden. -
Utrecht, the Netherlands
city document Utrecht, The Netherlands traffic, transport and the bicycle in Utrecht URB-AL R8-P10-01 'Integration of bicycles in the traffic enginering of Latin American and European medium sized cities. An interactive program for education and distribution of knowledge' European Commission EuropeAid Co-operation Office A study of the city of Utrecht, the Netherlands The tower of the Dom church and the Oudegracht canal form the medieval heart of Utrecht. 1 Introduction 1.1 General characteristics of the city Utrecht is, after Amsterdam, Rotterdam and The Hague, the fourth largest city in the Netherlands, with a population of approximately 258,000. Utrecht is the capital city of the province of Utrecht. The city lies in the heart of the Netherlands, at an intersection of roads, railways and waterways. The city is very old: it was founded by the Romans in around 47 AD. The city was at that time situated on the Rhine, which formed the northern frontier of the Roman Empire. The city is located in flat country, surrounded by satellite towns with grassland to the west and forested areas to the east. Utrecht forms part of “Randstad Holland”, the conurbation in the west of the Netherlands that is formed by the four large cities of the Netherlands and their satellite towns. Symbols for old Utrecht: Dom church and the Oudegracht canal. 1 The Netherlands is densely populated, with a total population of around 16 million. The population density is 457 inhabitants per km2. A closely-knit network of motorways and railways connects the most important cities and regions in the Netherlands. -
Multiday Closure A12/A50 Motorway
N363 N363 N361 N999 N46 N358 N33 N998 N361 N984 N997 N46 N357 N361 Delfzijl N356 N996 N358 Appingedam Dokkum Winsum N996 N995 N360 N991 N360 N362 N982 Bedum N993 N910 N357 N992 N361 Damwoude N358 N983 N46 Sint-Annaparochie N388 N994 N33 Kollum N361 N393 N356 N355 N865 Stiens N355 N360 N362 Zwaagwesteinde N987 N383 N357 Buitenpost Zuidhorn N370 N28 N355 N388 N370 N46 N980 KNOOPPUNT N393 N978 EUROPA- N355 GroningenPLEIN N387 N384 N355 N358 Hoogkerk N356 N33 N985 A31 N388 KNOOPPUNT A7 Leeuwarden Burgum JULIANA- Surhuister- PLEIN N860 N390 Franeker Haren N967 veen N981 N31 N372 N372 A7 N384 N359 N31 N913 N964 N966 A7 N861 Hoogezand N356 N369 Leek Harlingen N372 A28 Sappemeer KNOOPPUNT Peize Paters- WERPSTERHOEK N358 Winschoten wolde N386 N31 A32 N31 N385 Roden Eelde N33 N972 N367 N384 N386 N962 N979 N969 N359 N963 Drachten N373 N367 Oude Pekela N354 N34 Veendam N366 N368 N917 N386 Zuidlaren KNOOPPUNT N858 N973 ZURICH Grou N386 N385 Vries A7 N354 N381 Bolsward Norg N917 A28 N34 Den Burg Beetsterzwaag N365 Sneek N918 A7 N366 N33 N501 A7 N392 N365 N919 N373 A7 N7 N974 N7 VERKEERSPLEIN N359 A32 GIETEN Gorredijk Gieten N378 N380 N381 N919 N366 Assen Stadskanaal Oosterwolde N378 N975 A7 N392 Rolde N379 N354 N374 Workum KNOOPPUNT HEERENVEEN N351 N33 N366 Joure N371 A7 Heerenveen N381 N353 N34 A7 N857 Den Helder KNOOPPUNT Appelscha N374 JOURE N380 Musselkanaal N976 Den Oever N359 N250 A28 N379 N354 A6 N351 N376 Borger N928 N927 N374 Hyppolytushoef Koudum N924 N366 N353 N99 A32 Balk N381 Julianadorp Noordwolde N374 Ter Apel N364 N359 N34 Wolvega Anna -
Visibility Measurements in De Bilt and Schiphol
Visibility measurements in De Bilt and Schiphol. Bachelor thesis Utrecht University Institute for Marine and Atmospheric Research Utrecht http://www.imau.nl/ June 2010 “Cleaner air in Europe brings better views, more sunshine and warmer temperatures” Aldert J. van Beelen Supervisor: Dr. Aarnout J. van Delden Grand Canyon “hazy” Desert View at sunset. Will this view improve in the future? © A.J. van Beelen Content 1. Introduction………………………………………………………………3 1.1 Introduction. 1.2 Hypothesis 2. Theory……………………………………………………………………..5 2.1 Introduction to aerosol effects. 2.2 Decadal trends in surface solar radiation: global dimming. 2.3 Global brightening. 2.4 Dimming, brightening and climate. 2.5 Changes in human aerosol emissions. 2.6 Visibility trends over Europe. 2.7 Meteorological influences on visibility. 3. Methodology……………………………………………………………..15 3.1 Introduction to atmospheric visibility. 3.2 Visibility measurements at de Bilt and Schiphol. 3.2.1 Introduction. 3.2.2 Instrumentation. 3.2.3 Maintenance and placement. 3.2.4 Uncertainties and resolution. 3.2.5 Frequency and recording of measurements. 3.3 Methodology changes between 1955 and 2010 at de Bilt and Schiphol. 3.4 Methodology of this project. 4. Results & Discussion…………………………………………………..26 4.1 Visibility at De Bilt and Schiphol. 4.2 Visibility and changes in wind regime. 4.3 Visibility and changes in relative humidity. 4.4 Visibility changes, cloudiness and sunshine duration. 4.5 Visibility changes and temperature. 4.6 Visibility changes and the diurnal temperature range. 5. Summary and Conclusion…………………………………………….35 References………………………………………………………………………………..37 2 1. Introduction. 1.1 Introduction. This report describes and compares the visibility measurements at two locations in the Netherlands. -
Inrichtingsbeeld Kromme Rijn
Inrichtingsbeeld Kromme Rijn Hoogheemraadschap De Stichtse Rijnlanden 11 april 2011 Definitief rapport 9W5090 INHOUDSOPGAVE Blz. 1 NAAR EEN INRICHTINGSBEELD VOOR DE KROMME RIJN 1 1.1 De Kromme Rijn 1 1.2 Samenwerking 2 1.3 Beleid en ambitie 2 1.4 De opgave 3 1.5 Hoe inrichtingsbeeld lezen? 5 2 DE BETEKENIS ALS OUDE RIVIERLOOP 5 2.1 Rivierverleden 5 2.2 De hand van de mens 7 2.3 Omgaan met rivierkenmerken 11 2.4 Afgestemd waterbeheer 13 2.5 Kromme Rijn beleefbaar en herkenbaar 17 2.6 Kromme Rijn in een landelijke omgeving 19 2.7 Kromme Rijn als recreatieve as 19 2.8 Afstemming van opgaven en wensen 21 3 INRICHTINGSBEELD KROMME RIJN 23 3.1 Kromme Rijn als oude rivierloop 23 3.2 Ruimte voor natuurlijker oevers 24 3.3 Invulling van stapstenen 29 3.4 Samenhang 31 4 VAN INRICHTINGSBEELD NAAR INRICHTING EN BEHEER 32 4.1 Uitwerking naar inrichtingsplan 32 4.2 Beheer van de oeverzone 35 4.3 Waterkwantiteit 36 5 TE VERWACHTEN ONTWIKKELINGEN 37 5.1 Meer natuurlijke oevers 37 5.2 KRW toetsing 38 5.3 Ontwikkeling van de ecologische verbinding 39 5.4 Toets van de ecologische verbinding 39 REFERENTIES 44 BIJLAGEN 1. Randvoorwaarden, eisen en wensen 2. Nadere specificatie oevertypen 3. Toetsing KRW 4. Betrokkenen bij de diverse workshoppen voor de vorming van het inrichtingsbeeld Inrichtingsbeeld Kromme Rijn - i - 9V5263/R00002/901530/DenB Definitief rapport 11 april 2011 1 NAAR EEN INRICHTINGSBEELD VOOR DE KROMME RIJN 1.1 De Kromme Rijn Ooit stroomde het water van de Rijn via Dorestad naar Utrecht alvorens in Rijnsburg in zee uit te monden. -
Living with Rivers Netherland Plain Polder Farmers' Migration to and Through the River Flatlands of the States of New York and New Jersey Part I
Living with Rivers Netherland Plain Polder Farmers' Migration to and through the River Flatlands of the states of New York and New Jersey Part I 1 Foreword Esopus, Kinderhook, Mahwah, the summer of 2013 showed my wife and me US farms linked to 1700s. The key? The founding dates of the Dutch Reformed Churches. We followed the trail of the descendants of the farmers from the Netherlands plain. An exci- ting entrance into a world of historic heritage with a distinct Dutch flavor followed, not mentioned in the tourist brochures. Could I replicate this experience in the Netherlands by setting out an itinerary along the family names mentioned in the early documents in New Netherlands? This particular key opened a door to the iconic world of rectangular plots cultivated a thousand year ago. The trail led to the first stone farms laid out in ribbons along canals and dikes, as they started to be built around the turn of the 15th to the 16th century. The old villages mostly on higher grounds, on cross roads, the oldest churches. As a sideline in a bit of fieldwork around the émigré villages, family names literally fell into place like Koeymans and van de Water in Schoonrewoerd or Cool in Vianen, or ten Eyck in Huinen. Some place names also fell into place, like Bern or Kortgericht, not Swiss, not Belgian, but Dutch situated in the Netherlands plain. The plain part of a centuries old network, as landscaped in the historic bishopric of Utrecht, where Gelder Valley polder villages like Huinen, Hell, Voorthuizen and Wekerom were part of.