The document discusses site planning and analysis of natural factors for site selection. It describes analyzing a site's geology, geomorphology, hydrology, vegetation, wildlife and climate. Key aspects of the natural analysis include examining a site's topography and slopes through tools like contour maps and slope maps. These maps are used to understand drainage, soil composition and erosion potential, which influence what land uses are suitable for different slopes. Performing a thorough natural analysis of a site is important for making informed planning decisions around development suitability and layout.
- Attendance is required for the course and is worth 15% of the grade. Students should submit their attendance cards in the orange buckets at the end of each lecture.
- The professor graduated from the University of Michigan in 1971 and has been teaching and practicing landscape architecture since the 1970s.
- Site analysis involves taking an inventory of natural, cultural, and aesthetic features of a site to understand how to best design structures that minimize environmental impacts. This includes factors like climate, topography, soils, vegetation and more.
The document discusses site planning and analysis of natural factors for site selection. It describes analyzing a site's geology, geomorphology, hydrology, vegetation, wildlife and climate. Key aspects of the natural analysis include examining a site's topography and slopes through tools like contour maps and slope maps. These maps are used to understand drainage, soil composition and erosion potential, which influence what land uses are suitable for different slopes. Performing a thorough natural analysis of a site is important for making informed planning decisions around development suitability and layout.
- Attendance is required for the course and is worth 15% of the grade. Students should submit their attendance cards in the orange buckets at the end of each lecture.
- The professor graduated from the University of Michigan in 1971 and has been teaching and practicing landscape architecture since the 1970s.
- Site analysis involves taking an inventory of natural, cultural, and aesthetic features of a site to understand how to best design structures that minimize environmental impacts. This includes factors like climate, topography, soils, vegetation and more.
This document discusses the history of GIS in Bihor County, Romania. It notes that GIS was first introduced to the area in 1994 and the gis-bihor.blogspot.com website was launched in 1997 to share information. In 2007, the website joined the geo-spatial.org community and has since shared numerous GIS projects and provided training resources to promote GIS education and applications in the region.
The document discusses open source software and free software. It notes that open source software allows users access to the source code and permits modifications. The document encourages sharing and collaboration on open source projects to help them grow and improve. It thanks readers and provides contact information for the author.
The document discusses GIS (geographic information systems) and provides information on GIS software, necessary data, symbols, free software, maps, and questions about GIS. It directs the reader to a blog for more details and thanks them for their interest in GIS.
This document lists various cloud standards and cloud-based GIS providers. It includes the names and URLs of over 20 different companies that provide spatial data and mapping services through cloud computing platforms, such as Amazon, CartoDB, ESRI, Google, MapBox, and OpenStreetMap. It also cites two bibliographic references on cloud computing and GIS. The document is written in Romanian and concludes by thanking the reader.
This document discusses the history of GIS in Bihor County, Romania. It notes that GIS was first introduced to the area in 1994 and the gis-bihor.blogspot.com website was launched in 1997 to share information. In 2007, the website joined the geo-spatial.org community and has since shared numerous GIS projects and provided training resources to promote GIS education and applications in the region.
The document discusses open source software and free software. It notes that open source software allows users access to the source code and permits modifications. The document encourages sharing and collaboration on open source projects to help them grow and improve. It thanks readers and provides contact information for the author.
The document discusses GIS (geographic information systems) and provides information on GIS software, necessary data, symbols, free software, maps, and questions about GIS. It directs the reader to a blog for more details and thanks them for their interest in GIS.
This document lists various cloud standards and cloud-based GIS providers. It includes the names and URLs of over 20 different companies that provide spatial data and mapping services through cloud computing platforms, such as Amazon, CartoDB, ESRI, Google, MapBox, and OpenStreetMap. It also cites two bibliographic references on cloud computing and GIS. The document is written in Romanian and concludes by thanking the reader.
4. Cuprins
• Despre mine
• Motivația
• Ce se poate face?
• Cum se poate face?
• Realizări.
• În loc de concluzii.
Brasov 2014 dragos.ciortin@gmail. com
5. Despre
mine
1975,
fară
hartă,
fără GPS
Brasov 2014 dragos.ciortin@gmail. com
6. Despre mine
• 1987 primul Atlas Rutier,
• 1990 am vazut primul PC,
• 1994 dezmembrat/asamblat primul PC,
• 1997-2004 "vânzător de hărți",
• 2004-2007 dezvoltator,
• 2007-2010 referent IT ANCPI/OCPI Bihor,
primele instalari de softuri opensource,
• 2010-2014 incerc management proiecte...
Brasov 2014 dragos.ciortin@gmail. com
7. Motivația
Din 2012, după un
apel la 112, când am
aflat că nu există
nomenclatura stradală
pentru sat Albești,
comuna Răbăgani,
judetul Bihor.
Brasov 2014 dragos.ciortin@gmail. com
9. Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
10. GIS este acronimul provenit de la Geographic Information
System (Sistem Informatic Geografic - uneori tradus în
forma SIG în limba română). Acest sistem e utilizat pentru
a crea, stoca, a analiza și prelucra informații distribuite
spațial printr-un proces computerizat. Tehnologia GIS
poate fi utilizată în diverse domenii științifice cum ar fi:
managementul resurselor, studii de impact asupra
mediului, cartografie, planificarea rutelor.
Specific unui GIS este modul de organizare a informației
gestionate. Există două tipuri de informație: una grafică
care indică repartiția spațială a elementelor studiate și alta
sub formă de bază de date pentru a stoca atributele
asociate acestor elemente (de ex. pentru o șosea
lungimea ei, lățimea, numărul benzilor, materialul de
construcție etc.).
Informația grafică poate fi de două feluri: raster sau
vectorială. Grafica raster este o modalitate de
reprezentare a imaginilor în aplicații software sub forma
de matrice de pixeli în timp ce grafica vectorială este o
metoda de reprezentare a imaginilor cu ajutorul unor
primitive geometrice (puncte, segmente, poligoane),
caracterizate de ecuatii matematice
Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
11. Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
12. Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
13. Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
14. Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
15. Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
16. - din 1886
Sanborn Fire
Insurance
Maps™
http://oldnewbrunswick.rutgers.edu/HI
STORICALMAPS/Sanborn_jpegs/Sa
nborn_maps.html
data accesări 11/11/2014
Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
17. Ce se poate face?
Brasov 2014 dragos.ciortin@gmail. com
18. Ce se poate face?
http://www.qgis.org
Brasov 2014 dragos.ciortin@gmail. com