The Hospital As a Boundary Institution
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Fællesrådenes Adresser
Fællesrådenes adresser Navn Modtager af post Adresse E-mail Kirkebakken 23 Beder-Malling-Ajstrup Fællesråd Jørgen Friis Bak [email protected] 8330 Beder Langelinie 69 Borum-Lyngby Fællesråd Peter Poulsen Borum 8471 Sabro [email protected] Holger Lyngklip Hoffmannsvej 1 Brabrand-Årslev Fællesråd [email protected] Strøm 8220 Brabrand Møllevangs Allé 167A Christiansbjerg Fællesråd Mette K. Hagensen [email protected] 8200 Aarhus N Jeppe Spure Hans Broges Gade 5, 2. Frederiksbjerg og Langenæs Fællesråd [email protected] Nielsen 8000 Aarhus C Hastruptoften 17 Fællesrådet Hjortshøj Landsbyforum Bjarne S. Bendtsen [email protected] 8530 Hjortshøj Poul Møller Blegdammen 7, st. Fællesrådet for Mølleparken-Vesterbro [email protected] Andersen 8000 Aarhus C [email protected] Fællesrådet for Møllevangen-Fuglebakken- Svenning B. Stendalsvej 13, 1.th. Frydenlund-Charlottenhøj Madsen 8210 Aarhus V Fællesrådet for Aarhus Ø og de bynære Jan Schrøder Helga Pedersens Gade 17, [email protected] havnearealer Christiansen 7. 2, 8000 Aarhus C Gudrunsvej 76, 7. th. Gellerup Fællesråd Helle Hansen [email protected] 8220 Brabrand Jakob Gade Øster Kringelvej 30 B Gl. Egå Fællesråd [email protected] Thomadsen 8250 Egå Navn Modtager af post Adresse E-mail [email protected] Nyvangsvej 9 Harlev Fællesråd Arne Nielsen 8462 Harlev Herredsvej 10 Hasle Fællesråd Klaus Bendixen [email protected] 8210 Aarhus Jens Maibom Lyseng Allé 17 Holme-Højbjerg-Skåde Fællesråd [email protected] -
Historical GIS and Folklore Collection in 19Th Century Denmark
Folklore Tracks: Historical GIS and Folklore Collection in 19th Century Denmark Ida Storm a,b,c,d UCLA [email protected] Holly Nicol c UCLA [email protected] Georgia Broughton c UCLA [email protected] Timothy R. Tangherlini a,b,c,e UCLA [email protected] a Conceived of the project b Developed methods and workflow c Extracted and cleaned data d Developed visualizations: maps, charts, graphs e Wrote text Keywords: historical GIS, folklore, history of folklore, ethnography, fieldwork Abstract The “golden age” of folklore collection in 19th century Scandinavia coincided with rapid changes in political, economic, and social organization as well as the rise of the Scandinavian countries broadly conceived of as “nations”. The large folklore collections created during this period were a result of broad field collecting efforts across the region. Tracing the routes of folklorists as they conducted fieldwork helps us discern the developing conceptions of the nation and its cultural boundaries, as well as identify the areas that were most associated, in the minds of collectors, publishers, and scholars, with the cultural locus of the nation. Unraveling the fieldwork methods of early folklore collectors is not a trivial undertaking, and requires a combination of archival research and modern computational methods to reverse engineer the processes by which their collections were created. In this paper, we show how techniques from GIS used in conjunction with time-tested archival research methods can reveal how a folklore collection came into being. Our target corpus is the folklore collections of the Danish school teacher, Evald Tang Kristensen (1843-1929) who, over the course of his fifty-year career, traveled nearly 70,000 kilometers, much of it on foot. -
District Heating and a Danish Heat Atlas
GEOGRAPHICAL REPRESENTATION OF HEAT DEMAND, EFFICIENCY AND SUPPLY LARS GRUNDAHL Project data • Started September 1st 2014 • Finish August 31 2017 • Supervisor: Bernd Möller • Co-supervisors: Henrik Lund and Steffen Nielsen Start-up period (first few months) • Writing 2-month studyplan • Doing courses (17 ECTS by end of December) • Focus on statistics and programming • Actual registered heat consumption data received Objectives • Investigate the difference in the expansion potential of district heating depending on the economic science approach • Identify inaccuracies in the current heat atlas based on a statistical analysis comparing the results with real-world data • Develop methods to identify patterns in the inaccuracies and correlations between the inaccuracies and for example demographic data. Develop methods that improve the accuracy of the heat atlas based on the patterns identified • Contribute to the development of the next generation of heat atlases Study 1 • Comparison of district heating expansion potentials based on private/business consumer economy or socio economy • Aim: Identifying the consequences for the expansion potential of district heating depending on the economical approach used. • Data: Current heat atlas • Methodology: • The expansion potential for each of the current district heating networks to nearby towns and villages is calculated. • The calculations include the costs of transmission, distribution and building installation, as well as, heat production costs. • The heating costs per year are compared with -
Development Strategy 2019-2030
CENTRAL DENMARK REGION Follow us: fn17.rm.dk Development Strategy #dksdg #fn17midt 2019-2030 Cover photo taken in 2018 on the new motorway near Tvis and Holstebro in Western Jutland. The motorway opened shortly after. Central Denmark Region This brochure is climate friendly. It is Central Denmark Region Skottenborg 26 printed on FSC® certifi ed and Svanemærket S v 9 8800 Viborg a 1 sustainable paper. It is produced at a n 9 e 0 Regonal Council m 1 www.rm.dk æ 04 Svanemærket print offi ce. rk 5 et tryksag “Good partnerships are Central Denmark Region 4fundamental 5to regional 6 and global success” – an attractive and QUALITY GENDER CLEAN EDUCATION EQUALITY WATER & SANITATION Education is one of the most pow- More equality and a strengthening Shortage of water affects more sustainable region. erful and tested methods to obtain of female rights and possibilities than 40% of the global population. sustainable development. The goal are necessary to promote a sustai- This is alarming and is expected to is to ensure that all children will nable development. Elimination of increase with increasing global tem- complete a primary and secondary all types of discrimination against peratures caused by climate chan- education, free of charge, before women and girls is not only a fun- ges. Universal access to safe and For everybody. 2030. Moreover, gender-related and damental human right, but it also cheap drinking water for all before economic inequality will be abolis- has a multiplier effect across all 2030 demands i.e. that we protect hed to obtain universal access to other development areas. -
Solstråler Over Århus“ Er Syv Ruter, Som Stråler Ud Fra Århus by Som Stråler Fra Solen
På cykel, i løb eller på gåben „Solstråler over Århus“ er syv ruter, som stråler ud fra Århus by som stråler fra solen. Ruterne kobler på en ny måde byen sammen med den fantastiske natur, der omkranser Århus. Tag en tur på solstrålerne – og få unikke naturoplevelser! Pump cyklen, stram løbeskoene eller snør støvlerne – på en solstråletur får du pulsen op og kommer hjem sundere på sjæl og legeme. Læs mere om de enkelte ruter og hent en rutebeskrivelse på www.solstråler.dk. „Solstråler over Århus“ er et projektsamarbejde mellem Natur historisk Museum og Natur og Miljø, Århus Kommune, med økonomisk støtte fra Friluftsrådet. Kystruten (17 km) starter lidt inde i skoven ved Chr. Filtenborgs Plads. Den følger skovveje og cykelstier gennem Marselisborgskoven til Skovmøllen og retur. Kystruten er velegnet til både cykel-, løbe- og gåture. Undervejs kan du bl.a. opleve: Havreballe Skov, som rummer træer fra 1700-tallet. Skovmøllen, om vinteren ses bl.a. vandstær og bjergvipstjert. Ottetals-søen og mosen med spændende botaniske lokaliteter. Ørnereden, en trappe med 124 trin ned til stenstranden. Den blå rute (25 km) følger Århus Å nær byens hjerte ved By museet og ad stisystemet rundt om Brabrand Sø og Årslev Engsø. Ruten er velegnet til både cykel-, løbe- og gåture. Her kan du bl.a. opleve: Århus Å, som tidligere blev brugt til brygning af byens øl. Tre broer, hvor den sjældne bregne, rundfinnet radeløv, vokser. Det gamle pumpehus, som i dag er et informations- og udsigts tårn. Brabrand Sø og Eskelund, interessante naturområder. Bjergruten (8 km) slynger sig i Skjoldhøjkilens grønne korridor til True Skov og tilbage. -
Oversigt Over Justeringer Ift. Høring (Pdf)
Dato Journalnr Sagsbehandler e-mail Telefon 10. juni 2016 1-7-3-15 Anne Bach [email protected] 8740 8271 Justeringer i Forslag til Kollektiv Trafikplan 2017 for Aarhusområdet Første udkast til Forslag til Kollektiv Trafikplan 2017 for Aarhusområdet blev efter politisk be- handling og Aarhus Byråd og Regionsrådet sendt i høring i januar 2016. På baggrund af de indkomne høringssvar er der foretaget en række justeringer af trafikplanforslaget. Nedenfor ses en oversigt over disse justeringer. Bemærk, at de anførte linjenumre tager udgangspunkt i de kommende numre, når trafikplanen er implementeret. Område/linje Oprindeligt forslag Endeligt forslag Borum Borum betjenes alene af rute 112 Borum betjenes også af rute 116 som for nuværende. uden for myldretiden. Ændringen træder i kraft til K16. Holme Hovedforslaget lægger op til, at Det alternative forslag vælges, linje 17 (nuværende linje 20) be- hvilket betyder, at linje 17 kører tjener Nygårdsvej, og at der der- direkte ad Holmevej, så linje 2A med ingen ændringer er på linje dermed får to grene ad henholds- 2A. vis Bjødstrupvej/Kalkærparken (med færre afgange) og Nygårds- vej (med flere afgange). Lystrup - Elev Linje 16 dækker Lystrup Øst og får I stedet for tilbringerlinjer mellem endestation ved Majsmarken i ste- Lystrup St. og Elev/Mejlby betjenes det for linje 1A. strækningen af en bybuslinje, som Der kører ikke længere bus igen- kører til centrum ligesom i dag. nem Lystrup Industri og på den Der vil således fortsat være to by- sydligste del af Sønderskovvej. buslinjer, som betjener Ly- I stedet for at køre via Grenåvej og strup/Elev/Mejlby og giver direkte Ringgaden som nuværende linje 18 forbindelse til centrum. -
By Bicycle, Running Or on Foot “Sunbeams Over Aarhus ” Are Seven Different Routes Radiating from the City of Aarhus Like Rays of the Sun
By bicycle, running or on foot “Sunbeams over Aarhus ” are seven different routes radiating from the city of Aarhus like rays of the sun. The seven routes connect the city with the surrounding nature in a new way. Go on a trip on the sunbeams and get some unique experiences in the Danish nature! Pump up your bicycle, tighten your running shoes or lace your boots – on a trip on the sunbeams you will get your pulse pounding and return home healthier in both mind and body. Read more about the differen t routes and get a route description at www.solstraaler.dk. “Sunbeams over Aarhus” is a project partnership between the Natural History Museum, Aarhus and Nature and Environment, Municipality of Aarhus with financial support from The Outdoor Council. The coastal route (17 km) has its starting point just inside the forest at Chr. Filtenborgs Plads. It follows forest roads and bicycle paths through Marselisborg Skov to Skovmøllen and back. The coastal route is suitable for a cycling trip as well as a run and a walk. Along the way you might experience: Havreballe Skov with trees dating back to the 18th century. Skovmøllen, in the winter you can observe both the white-throated dipper and the grey wagtail. Ottetals-søen and the moor with remarkable botanical localities. The blue route (25 km) follows Aarhus Å. It starts next to Aarhus Bymuseum in the centre of the city and continues along the pathways around Brabrand Sø and Årslev Engsø. The route is suitable for a cycling trip as well as a run and a walk. -
AARHUS KOMMUNE Sociogeografiske Områder
AARHUS KOMMUNE Sociogeografiske områder Område 1 Område 2 Område 3 Område 4 Område 5 Antal personer: 81.400 Antal personer: 48.100 Antal personer: 15.800 Antal personer: 42.100 Antal personer: 27.800 Beder Sogn Borum Sogn Holme Sogn Christians Sogn Gellerup Sogn Brabrand Sogn Framlev Sogn Lystrup Sogn Langenæs Sogn Hasle Sogn Domkirkens Sogn Fårup Sogn Skejby Sogn Sankt Markus Sogn Helligånds Sogn Egå Sogn Hjortshøj Sogn Skelager Sogn Skjoldhøj Sogn Møllevang Sogn Elev Sogn Kolt Sogn Spørring Sogn Tilst Sogn Ravnsbjerg Sogn Ellevang Sogn Lisbjerg Sogn Ølsted Sogn Trige Sogn Elsted Sogn Lyngby Sogn Vejlby Sogn Fredens Sogn Malling Sogn Viby Sogn Harlev Sogn Mejlby Sogn Kasted Sogn Sabro Sogn Mårslet Sogn Sankt Lukas Sogn Mejlby Ormslev Sogn Skødstrup Sogn Risskov Sogn Sønder Årslev Sogn Sankt Johannes Sogn Tiset Sogn Spørring Hårup Sankt Pauls Sogn Todbjerg Sogn Thomasminde Mark Skæring Sogn Tranbjerg Sogn Løgten Skåde Sogn Åby Sogn Todbjerg Studstrup Tulstrup Sogn Trige Hjortshøj Vor Frue Sogn Elev Lystrup Ølsted Skæring Lisbjerg Fårup Egå Sabro Geding Kasted Skejby Risskov Vejlby Mundelstrup Tilst Christinas- bjerg Borum Skjoldhøj Trøjborg Lyngby Hasle Lillering Gjellerup Framlev Brabrand Åbyhøj Aarhus Harlev Stautrup Frederiksbjerg Ormslev Viby Læsevejledning: Sociogeografiske områder Tåstrup Denne analyse opdeler kommunen i områder på Ormslev Stationsby baggrund af befolkningens uddannelse, tilknytning Holme til arbejdsmarkedet og personindkomst. Analysen er et redskab til at identificere områder med store Hørret Tranbjerg sundhedsudfordringer. Sociogeografisk Storhøj område Testrup Sociogeografisk område 5 er de geografiske områ- Mårslet ■■ 1 der, hvor der er en høj andel af personer med lavt Ravnholt Beder uddannelsesniveau, en høj andel i den erhvervsak- ■■ 2 tive alder uden for arbejdsmarkedet samt lav gen- 3 Malling ■■ Solbjerg nemsnitlig personindkomst. -
Greater Water Security with Groundwater
white paper THE RETHINK WATER NETWORK NETWORK THE RETHINK WATER | WATER RESOURCES | FEBRUARY 2013 | FEBRUARY RESOURCES WATER Greater water security with groundwater Groundwater mapping and sustainable groundwater management Greater water security with groundwater Groundwater mapping and sustainable groundwater management Version 1.0 Frontpage picture SkyTEM technology for groundwater survey in Colorado, USA About this white paper This white paper is developed by the Rethink Water network in Denmark. The work is coordinated by the Danish Water Forum. The Rethink Water Network consists of more than 50 technology and consulting companies, water utilities, water organisations and governmental bodies. It was established to support our partners internationally in developing the highest quality water solutions. Quoting this white paper Please quote this white paper and its articles: “Klee, P. (Ed.), 2013. Greater water security with groundwater - Groundwater mapping and sustainable groundwater management. The Rethink Water network and Danish Water Forum white papers, Copenhagen. Available at www.rethinkwater.dk” Editor Danish Water Forum Pia Klee [email protected] Contributors Alectia Flemming Pedersen [email protected] COWI Anders Refsgaard [email protected] Danish Water Forum Pia Klee [email protected] DHI Torsten Vammen Jacobsen [email protected] EnviDan Jens Dyrberg [email protected] GEUS Geological Surveys of Denmark and Greenland Richard Thomsen [email protected] GEUS Geological Surveys of Denmark and Greenland Verner Søndergaard [email protected] I-GIS Torben Bach [email protected] Rambøll Peter Thomsen [email protected] SkyTEM Surveys Flemming Effersø [email protected] Aarhus Geophysics Andrea Viezzoli [email protected] Aarhus University Anders Vest Christiansen [email protected] © The Rethink Water Network & Danish Water Forum 2013 Executive summary In a global perspective Providing enough fresh water for a growing niques, integrated water resource modelling population and for increasing industrial produc- and decision-making systems. -
Todbjerg – Mejlby Menighedsråd
SOGNEBL AD Todbjerg og Mejlby kirker Liljens kultur nr. 2 · marts-april-maj 2020 KIRKELIGT ANSATTE MEJLBY KIRKE Spirekor og babysalmesang Mejlbyvej 682, 8530 Hjortshøj Karina Brøgger Johansen Al henvendelse til [email protected] [email protected] 2972 2003 TODBJERG KIRKE Bøggildsvej 18, 8530 Hjortshøj Husmor i sognegården [email protected] Bodil Hansen, 2139 4939 [email protected] Graver Lars Malte Jensen 8699 9401 KIRKEKONTORET [email protected] Lisbjergvej 15 A Træffes ikke mandag 8200 Aarhus N Gravermedhjælp: 5181 1344 Anders Dyhr Andersen Åbningstid 9-13 og onsdag tillige 15-17 E-mail: [email protected] FÆLLES Sognepræst Vibeke Boye Liisberg Kordegn Træffes ikke mandag Conny Sørensen Bøggildsvej 16, Todbjerg Michelle T. Drebis 8530 Hjortshøj 8699 9005 / Mobil 3066 6021 Monica H. Skrubbeltrang – Send gerne en SMS. [email protected] REGNSKABSKONTORET Lisbjergvej 15A Organist Kristian Giver 8200 Aarhus N 5091 3579 5181 1344 [email protected] Alle hverdage, åbningstid 9-13 Jannie Helbo Abraham Kirkesanger Ellen Lunde 8617 5048 /2945 2339 Susanne Bruun Jensen [email protected] Charlotte Sørensen Charlotte Baden HJEMMESIDE Todbjerg-Mejlby pastorat http://todbjerg-mejlby-pastorat.dk/ Eller: www.sogn.dk > Todbjerg eller Mejlby Ansvarshavende redaktør: Vibeke Boye Liisberg Redaktion: Arne Illeborg, Helle Sørensen og Vibeke Boye Liisberg Forsidefoto ved Arne Illeborg Layout og tryk – WERKs Grafiske Hus a|s Næste nummer juni-juli-august 2020 udkommer ultimo maj. Deadline til næste nummer er mandag den 20. april 2020. – artikler til: [email protected] Nyt fra menighedsrådet (MR) Velkommen til 2020 Vi vil orienterer om arbejdet – et nyt årti. i den forløbne funktionsperiode, Et årti der af kommende opgaver, datoer og regler mange er blevet ud- for valgforsamlingen og antallet af råbt til forandringer, kandidater, der skal vælges til MR. -
Bilag 1: Ændringer Og Konsekvenser Ved Trafikplanforslag
Bilag 1: Ændringer og konsekvenser ved trafikplanforslag Forslag til Kollektiv Trafikplan 2017 for Aarhusområdet - tilpasning til letbanen Version 3 - juni 2016 FORSLAG TIL TRAFIKPLAN AARHUS 2017 BILAG 1 BILAG 1: ÆNDRINGER OG KONSEKVENSER VED TRAFIKPLANFORSLAG Forslag Til Kollektiv Trafikplan 2017 for Aarhusområdet – Tilpasning til Letbanen INDHOLD Indledning .................................................................................................................... 2 1 Beder – Malling .......................................................................................................... 4 2 Brabrand - Gellerup .................................................................................................... 6 3 Egå – Skæring – Studstrup .......................................................................................... 8 4 Harlev ..................................................................................................................... 10 5 Hasle ...................................................................................................................... 12 6 Hasselager - Kolt ...................................................................................................... 14 7 Hjortshøj ................................................................................................................. 16 8 Hårup - Mejlby ......................................................................................................... 18 9 Lisbjerg – Trige - Spørring ........................................................................................ -
Greater Water Security with Groundwater
white paper RETHINK WATER | RETHINK WATER WATER WATER RESO U RCES | JANUARY 2013 | JANUARY RCES Greater water security with groundwater Groundwater mapping and sustainable groundwater management Greater water security with groundwater Groundwater mapping and sustainable groundwater management Version 1.0 About this white paper This white paper is developed by the Rethink Water network in Denmark. The network consists of more than 50 technology and consulting companies, water utilities, water organisations and public authorities. It was established to support our partners internationally in developing the highest quality water solutions. Frontpage picture Groundwater survey in Colorado, USA Editor Danish Water Forum Pia Klee [email protected] Contributors Alectia Flemming Pedersen [email protected] COWI Anders Refsgaard [email protected] Danish Water Forum Pia Klee [email protected] DHI Torsten Vammen Jacobsen [email protected] EnviDan Jens Dyrberg [email protected] GEUS Geological Surveys of Denmark and Greenland Richard Thomsen [email protected] GEUS Geological Surveys of Denmark and Greenland Verner Søndergaard [email protected] I-GIS Torben Bach [email protected] Rambøll Peter Thomsen [email protected] SkyTEM Surveys Flemming Effersø [email protected] Aarhus Geophysics Andrea Viezzoli [email protected] Aarhus University Anders Vest Christiansen [email protected] © Rethink Water & Danish Water Forum 2013 Executive summary We must manage ground Providing enough fresh water for a growing niques, integrated water resource modelling population and for increasing industrial produc- and decision-making systems. water resources in order to tion is a critical issue in many countries. Climate be able to meet the needs change is affecting global rainfall patterns and Multiple benefits from groundwater use water distribution.