Geospatial solutions for creating a smart cityShristi Paudel
Smart city is a concept for sustainable cities. Geomatics/Geospatial technologies play a major role in creating a smart city; they act like the foundation for smart city. This presentation highlights the importance and role of different sectors of geospatial field in a smart city. The presentation was presented in an open presentation competition on the theme 'Applied engineering technology' and was awarded the first prize.
This document provides an outline for a presentation on geospatial technologies including remote sensing, GPS, mapping, surveying, and GIS. It begins with an introduction to the geomatic umbrella and defines key geospatial concepts. It then discusses remote sensing platforms and sensors, and provides examples of agricultural and forestry applications. It also summarizes GPS systems and applications. The document defines mapping and surveying and provides examples. It concludes with an overview of GIS hardware, software, data, and functions and discusses example applications in emergency management, petroleum management, and utilities.
Drones are shaping the construction industry as we know it. There are obvious - and less obvious - applications of these flying wonders for the construction and engineering industries. In this post, we look at the ‘state of the art’ as it is today, and touch on a few key themes for the future.
Rajeshwari Urban Environment, RS and GISrajeshwariku
Remote sensing and GIS techniques are useful for managing urban environments. The document discusses how satellite imagery and GIS can be used to:
1) Analyze land use and land cover of Dehradun city using IKONOS satellite data and classify imagery into classes like built-up, vegetation, and open areas.
2) Map locations of urban infrastructure and facilities in Dehradun like schools, hospitals, and roads to understand their distribution and assess accessibility using network analysis.
3) Propose suitable sites for new hospitals and schools through multi-criteria analysis of population density, existing facilities, and road access.
Geospatial solutions for creating a smart cityShristi Paudel
Smart city is a concept for sustainable cities. Geomatics/Geospatial technologies play a major role in creating a smart city; they act like the foundation for smart city. This presentation highlights the importance and role of different sectors of geospatial field in a smart city. The presentation was presented in an open presentation competition on the theme 'Applied engineering technology' and was awarded the first prize.
This document provides an outline for a presentation on geospatial technologies including remote sensing, GPS, mapping, surveying, and GIS. It begins with an introduction to the geomatic umbrella and defines key geospatial concepts. It then discusses remote sensing platforms and sensors, and provides examples of agricultural and forestry applications. It also summarizes GPS systems and applications. The document defines mapping and surveying and provides examples. It concludes with an overview of GIS hardware, software, data, and functions and discusses example applications in emergency management, petroleum management, and utilities.
Drones are shaping the construction industry as we know it. There are obvious - and less obvious - applications of these flying wonders for the construction and engineering industries. In this post, we look at the ‘state of the art’ as it is today, and touch on a few key themes for the future.
Rajeshwari Urban Environment, RS and GISrajeshwariku
Remote sensing and GIS techniques are useful for managing urban environments. The document discusses how satellite imagery and GIS can be used to:
1) Analyze land use and land cover of Dehradun city using IKONOS satellite data and classify imagery into classes like built-up, vegetation, and open areas.
2) Map locations of urban infrastructure and facilities in Dehradun like schools, hospitals, and roads to understand their distribution and assess accessibility using network analysis.
3) Propose suitable sites for new hospitals and schools through multi-criteria analysis of population density, existing facilities, and road access.
This document summarizes a technical seminar presentation on Google Glass. It includes an introduction to Google Glass specifications and capabilities. The presentation describes the Google Glass architecture, the Mirror API, and how to develop apps using timeline cards, contacts, and location information. It covers design principles for Google Glass apps and discusses benefits and limitations of the technology.
Ten Applications for Drones in ConstructionStuart Taylor
Unmanned aerial vehicles can be used for 10 construction applications:
1. Creating promotional and marketing material using aerial and ground images.
2. Routine progress monitoring through monthly or biweekly flights to capture images of development over time.
3. 3D modeling using photogrammetry to create accurate CAD models of structures or terrain from aerial images.
The document presents a presentation on Geographic Information Systems (GIS). It includes sections on what GIS is, its capabilities and components. GIS is a computer system for capturing, storing, analyzing and managing geographic information and spatial data. The key components of a GIS include hardware, software, data and people. GIS has many applications and uses spatial data and analysis to solve problems across many different domains.
Peter Behrens fue un arquitecto y diseñador alemán nacido en 1868 que comenzó su carrera en el estilo Art Nouveau pero evolucionó hacia un estilo geométrico y austero. En 1907 comenzó a trabajar para AEG diseñando fábricas, viviendas de trabajadores y una variedad de productos. Una de sus obras más importantes fue la nave de turbinas de AEG en Berlín de 1909, construida en hormigón, acero y vidrio. Behrens también diseñó la fábrica Hoch
Usages of the GIS to the Agriculture Industry discussed in ths presentation.Academic material of the course content of geo-spatial science studies- Faculty of Geomatics , Sabaragamuwa University of Sri Lanka
Drones can provide many benefits for construction projects. They can be used to quickly create detailed 2D and 3D maps of sites using various sensors, which helps with preplanning, measurements, and identifying environmental elements. Drones also allow progress to be monitored at every stage from different angles, providing visuals for clients and ensuring safety and efficiency. Their images and videos can help with marketing materials as well. Drones are useful for maintenance by enabling periodic inspections of structures to detect deformations in places that are hard to access safely such as bridges, dams, and windmills. Their advantages include easy access, low costs, fast results, high resolution data, sensor options, up-to-date information, and increased safety
Walter Gropius fue un arquitecto, urbanista y diseñador alemán nacido en 1883 que fundó la escuela Bauhaus. Dirigió la Bauhaus entre 1919 y 1928, donde fusionó las artes y oficios con la arquitectura para crear la primera escuela de diseño del mundo. Más tarde emigró a Estados Unidos debido a la persecución nazi y se convirtió en profesor en Harvard. Algunas de sus obras más importantes incluyen la Fábrica Fagus de 1911-1913 y los edificios de la escuela Bauhaus en
Fawzia Fawzy Abd El Baky is an Egyptian GIS specialist with over 15 years of experience. She has a bachelor's degree in geography from Cairo University and is proficient in GIS software such as ArcGIS. Her career has included work on geological, land use, utility, and cadastral mapping projects in Egypt and other countries. Currently she is a GIS consultant for Egypt's Ministry of Water Resources and Irrigation and manages a GIS education page on Facebook.
Geomatics is the discipline of gathering, storing, processing, and delivering geographic information or spatially referenced information. It involves topics such as geodesy, topography, land surveying, cartography, photogrammetry, remote sensing, GPS, laser scanning, GIS, decision support systems, expert systems, and webGIS. Geomatics uses techniques from geography, computer science, and ontology to systematically collect, integrate, analyze, and distribute geospatial data for applications such as climate change monitoring, resource management, urban planning, and more.
This document summarizes geospatial applications in civil engineering. It discusses how remote sensing and GIS techniques can be used for site investigations, terrain mapping and analysis, water resources engineering, town planning and urban development, transportation network analysis, and landslide studies. Specific applications are described, including using drones for site investigations, terrain analysis tools like slope and aspect maps, watershed and hydrologic modeling, and urban planning. Data sources, tools, and workflows are also outlined.
This document summarizes a technical seminar presentation on Google Glass. It includes an introduction to Google Glass specifications and capabilities. The presentation describes the Google Glass architecture, the Mirror API, and how to develop apps using timeline cards, contacts, and location information. It covers design principles for Google Glass apps and discusses benefits and limitations of the technology.
Ten Applications for Drones in ConstructionStuart Taylor
Unmanned aerial vehicles can be used for 10 construction applications:
1. Creating promotional and marketing material using aerial and ground images.
2. Routine progress monitoring through monthly or biweekly flights to capture images of development over time.
3. 3D modeling using photogrammetry to create accurate CAD models of structures or terrain from aerial images.
The document presents a presentation on Geographic Information Systems (GIS). It includes sections on what GIS is, its capabilities and components. GIS is a computer system for capturing, storing, analyzing and managing geographic information and spatial data. The key components of a GIS include hardware, software, data and people. GIS has many applications and uses spatial data and analysis to solve problems across many different domains.
Peter Behrens fue un arquitecto y diseñador alemán nacido en 1868 que comenzó su carrera en el estilo Art Nouveau pero evolucionó hacia un estilo geométrico y austero. En 1907 comenzó a trabajar para AEG diseñando fábricas, viviendas de trabajadores y una variedad de productos. Una de sus obras más importantes fue la nave de turbinas de AEG en Berlín de 1909, construida en hormigón, acero y vidrio. Behrens también diseñó la fábrica Hoch
Usages of the GIS to the Agriculture Industry discussed in ths presentation.Academic material of the course content of geo-spatial science studies- Faculty of Geomatics , Sabaragamuwa University of Sri Lanka
Drones can provide many benefits for construction projects. They can be used to quickly create detailed 2D and 3D maps of sites using various sensors, which helps with preplanning, measurements, and identifying environmental elements. Drones also allow progress to be monitored at every stage from different angles, providing visuals for clients and ensuring safety and efficiency. Their images and videos can help with marketing materials as well. Drones are useful for maintenance by enabling periodic inspections of structures to detect deformations in places that are hard to access safely such as bridges, dams, and windmills. Their advantages include easy access, low costs, fast results, high resolution data, sensor options, up-to-date information, and increased safety
Walter Gropius fue un arquitecto, urbanista y diseñador alemán nacido en 1883 que fundó la escuela Bauhaus. Dirigió la Bauhaus entre 1919 y 1928, donde fusionó las artes y oficios con la arquitectura para crear la primera escuela de diseño del mundo. Más tarde emigró a Estados Unidos debido a la persecución nazi y se convirtió en profesor en Harvard. Algunas de sus obras más importantes incluyen la Fábrica Fagus de 1911-1913 y los edificios de la escuela Bauhaus en
Fawzia Fawzy Abd El Baky is an Egyptian GIS specialist with over 15 years of experience. She has a bachelor's degree in geography from Cairo University and is proficient in GIS software such as ArcGIS. Her career has included work on geological, land use, utility, and cadastral mapping projects in Egypt and other countries. Currently she is a GIS consultant for Egypt's Ministry of Water Resources and Irrigation and manages a GIS education page on Facebook.
Geomatics is the discipline of gathering, storing, processing, and delivering geographic information or spatially referenced information. It involves topics such as geodesy, topography, land surveying, cartography, photogrammetry, remote sensing, GPS, laser scanning, GIS, decision support systems, expert systems, and webGIS. Geomatics uses techniques from geography, computer science, and ontology to systematically collect, integrate, analyze, and distribute geospatial data for applications such as climate change monitoring, resource management, urban planning, and more.
This document summarizes geospatial applications in civil engineering. It discusses how remote sensing and GIS techniques can be used for site investigations, terrain mapping and analysis, water resources engineering, town planning and urban development, transportation network analysis, and landslide studies. Specific applications are described, including using drones for site investigations, terrain analysis tools like slope and aspect maps, watershed and hydrologic modeling, and urban planning. Data sources, tools, and workflows are also outlined.
2. Kadıköy ilçesi, Boğaziçi Köprüsü ve Fatih Sultan Mehmet
Köprüsü ile bağlantılı D-100 Karayolu, Anadolu
Demiryolunun ve kent ölçeğinde banliyö hattının başlangıcı
ve Marmara Denizine kıyısı olması nedeniyle Avrupa Yakası
ile ulaşımın deniz yolu ile sağlandığı, Deniz Otobüsleri ve
Şehir Hatları iskeleleri ile İstanbul Metropolü ve Marmara
Bölgesi içinde önemli ulaşım bağlantılarının odak
noktasında yer almaktadır.
3.
4. Bu konumu ile Anadolu Yakasının merkez ilçe işlemini
yürütmektedir. İstanbul’un Kocaeli sınırından gelen ulaşım
aksları ve çevresinde yer alan ilçelerin Avrupa Yakasına
bağlantısı büyük oranda Kadıköy’den geçerek
sağlanmaktadır. Kadıköy sadece geçiş alanı değil, aynı
zamanda konut, ticaret ve kültürel merkez alanı olarak da
önem arz etmektedir. Birbirleriyle bağlantılı ulaşım aksları
(karayolu, denizyolu) Kadıköy merkezden sağlanmaktadır.
Özel motor iskeleleri hariç, Kadıköy Merkez de 4 adet ve
Bostancı da 2 adet olmak üzere toplam 6 adet yolcu iskelesi
bulunmaktadır.
5. Ulaşım ağı açısından ise İlçemiz Anadolu
Yakasının kilit noktasıdır. Deniz ulaşımı, raylı
sistem ve kara yolu ulaşımının en yoğun
olduğu ilçedir.Anadolu Yakasında nüfusun ve
ulaşımın dağılım ve toplanma yapıldığı yerdir.
Henüz faaliyete başlamamış olan Marmaray ve
faaliyete girmiş olan Anadoluray (Kartal-
Kadıköy hattı) ilçemizde bulunmaktadır.
İbrahimağa Mahallesi’nde yeraltında
planlanan istasyon ile Marmaray ile
Anadoluray entegre olacaktır.
Anadoluray buradan D-100 Karayoluna çıkacak ve Kartal’a ve
oradan da daha sonra planlandığı üzere havaalanına gidecektir.
Ayrıca Bostancı’dan itibaren ilçemizde geçmekte olan mevcut
tren yolu güzergahı (Marmaray kapsamında ) yenilenerek
faaliyete geçirilecektir.
7. İstanbul’un tarih öncesi ait en
önemli yerleşme alanı , 1.Troya
öncesine (yaklaşık M.Ö. 4000-3000
YILLARI) ait olan Fikirtepe
Kültürüdür. M.Ö. 1000 yıllarında
Fikirtepe de horhada adıyla bilinen
bir ticaret kolonisi vardır.
Bu ilk yerleşmeden sonra Anadolu
Yakasıında Moda Burnu ile Yoğurtçu
arasında Kalkhedon adıyla ikinci bir
yerleşme daha kuruldu. Kalkedon
bu dönemde Apollon Tapınağı ile
ün salar. Haydarpaşa Çayırı ise
Kalkedonlular tarafından at yarışları
için kullanılır.
İlçemizin tarihçesine kısaca
bakarsak olursak;
8. Kadıköy, 1869 yılında o zamanlar daha büyük ve önemli bir merkez olan Üsküdar
Sancağı’na bağlanmıştır. Uzun süre Üsküdar’a bağlı olan Kadıköy, 1930’da ilçe
yapılmıştır.
9. Cumhuriyet döneminin başlarında , Kadıköy’ün mekansal
yapısında Osmanlı dönemine göre büyük farklılıklar yoktur.
Cumhuriyetin kuruluşundan 10 yıl sonra kuzeyde
Yeldeğirmeninden, güneyde Moda Burnuna kadar olan
alanın artık hemen bütünüyle dolduğu görülmektedir.
Kadıköy’de bilinen ilk plan 1/1000 ölçekli J. Pervitiç
haritalarıdır. 1930- 1939 yılları arasında topograf J.
Pervitiç’in yaptığı haritalar sigorta planı olarak uygulanmıştır.
Bu senelerde Kadıköy’ün merkez bölgesinde yapılaşmalar
görülmektedir.
10.
11. Kadıköy’ün plan yönünden tarihsel gelişimine
baktığımızda parçacıl bir anlayış ve ölçek
hiyerarşisine uyulmadığı görülmektedir. Şu ana kadar
bahsettiğimiz planlardan önce yapılması gereken üst
ölçekli planlar yapılmamış, ilk 1/5000 ölçekli plan
Kadıköy merkez bölgesine yapılan 22.03.1994 t.t.li
1/5000 ölçekli plan olmuştur.
12. Bugünün Kadıköy’üne baktığımızda planlı ve
yapılaşmasını tamamladığı görülmektedir. 5747 sayılı
kanun ile E-5 karayolu üzerindeki 7 mahallesi Ataşehir
ilçesine bağlanan Kadıköy’ün 21 mahallesi
bulunmaktadır. Bu mahalleler 1/5000 ölçekli 3 bölge
planı kapsamında kalmaktadır.
13. Bu planda eski gecekondu alanı olup daha sonra ıslah
planları ile (1990’lı yıllarda) gelişimin devam ettiren
Fikirtepe ve Çevresi “Özel Proje Alanı” olarak
tanımlanmış ve ayrı bir plan daha sonra yapılmıştır.
1.Bölge;
09.03.2005 tasdik tarihli
1/5000 ölçekli bu plan
Kadıköy Merkez
bitiminden Bostancı’ya
kadar olan ve E=2,07
emsal uygulaması yapılan
bölgeyi kapsamaktadır.
14. 1984 yılında kabul edilen 2981 sayılı gecekondu
yasasından sonra bölgede Islah İmar Planları;
1991-1992-1995 yıllarında onaylanmıştır.
Kadıköy ‘ün son 1/5000 ölçekli planında bu
bölge “ Özel Proje Alanı-Kentsel Dönüşüm
Alanı” olarak belirlenmiştir.
1/1000 ölçekli ‘’Fikirtepe ve Çevresi Uygulama
İmar planı’’ 22.02.2011 tarihinde onaylanmıştır.
15. 22.02.2011 tasdik tarihli 1/1000 ölçekli
Fikirtepe ve Çevresi Uygulama İmar
Planı’nda 1,10 emsalden 4,14 emsale kadar
kademeli emsal verilerek bölgede bulunan
ıslah dokusunun dönüşümü hedeflenmiştir.
17. ACIBADEM-KOŞUYOLU-HASANPAŞA MAHALLELERİ
NAZIM İMAR PLANI – 01.08.1997
2.Bölge;
Bu bölge genel
olarak Ayrık
nizam 2-3 ve4
katlı binaların
yer aldığı ve
geçmişten bu
yana bu özel
yapılaşma
koşullarını
koruyan bir
bölgedir.
18. 3.Bölge;
Daha önce de
bahsettiğimiz Kadıköy’ün
üst ölçekli olarak
tanımlanacak bir planı
olan 22.03.1994 tasdik
tarihli 1/5000 ölçekli
Kadıköy Merkez Nazım
İmar Planı’nın olduğu
bölgedir. Bu plan
kapsamında genel olarak
bitişik nizam 12,50 – 15,50
– 18,50 – 21,50
yüksekliklerin olduğu
Moda-Rasimpaşa
bölgesidir.
19. Ayrıca ilçemizdeki koruma imar planları bu bölge içinde yer almaktadır.
Geleneksel Çarşı Koruma İmar Planı (26.04.1995 t.t.) Rasimpaşa Koruma İmar Planı (13.07.1998 t.t.)