Hydrospatial 21 [Education] - Dr Bob Williams
My presentation at Hydrospatial 21 at Cairns in February 2022 was titled "Back to the Future: The Climate for Change and the Hydrographer of the Future". It referred to supplementary information in other presentations.
This supplementary presentation describes "Education" and related topics; a personal experience
EDUCATION is the process of facilitating learning, or the acquisition of knowledge, skills and personal development and should be an enlightening experience.
A personal experience by Dr Bob Williams 1983-88 with lead up to MSc (Cartography) studies at the University of Wisconsin - Madison. This is followed by initiatives including conferences.
My reflection is the the Mid-70s to Mid-80s were Enlightening years. This presentation describes my activities for that timeline including studies at the Canberra College of Education
The article linked to (below) is somewhat of an odyssey. It commences with discussion on, possibly, the first land information system in Australia and my association with it - Eurobodalla.
It then briefly describes follow on applications including a military terrain-mapping product. Subsequent products cover the littoral zone for beach landings. So, it could be described as terrain intelligence.
This idea stemmed from the D-Day invasion maps (Benson and Bigot).
And, so, follows the Benson and Bigot story – an amazing cartographic accomplishment. To view a video of this stunning activity view the link at the end of the article.
Hydrospatial 21 [Education] - Dr Bob Williams
My presentation at Hydrospatial 21 at Cairns in February 2022 was titled "Back to the Future: The Climate for Change and the Hydrographer of the Future". It referred to supplementary information in other presentations.
This supplementary presentation describes "Education" and related topics; a personal experience
EDUCATION is the process of facilitating learning, or the acquisition of knowledge, skills and personal development and should be an enlightening experience.
A personal experience by Dr Bob Williams 1983-88 with lead up to MSc (Cartography) studies at the University of Wisconsin - Madison. This is followed by initiatives including conferences.
My reflection is the the Mid-70s to Mid-80s were Enlightening years. This presentation describes my activities for that timeline including studies at the Canberra College of Education
The article linked to (below) is somewhat of an odyssey. It commences with discussion on, possibly, the first land information system in Australia and my association with it - Eurobodalla.
It then briefly describes follow on applications including a military terrain-mapping product. Subsequent products cover the littoral zone for beach landings. So, it could be described as terrain intelligence.
This idea stemmed from the D-Day invasion maps (Benson and Bigot).
And, so, follows the Benson and Bigot story – an amazing cartographic accomplishment. To view a video of this stunning activity view the link at the end of the article.
Remote Sensing Applications in Agriculture at the USDA National Agricultural...Phongsakorn Uar-amrungkoon
The mission of the National Agricultural Statistics Service (NASS), an agency of the United States Department of Agriculture (USDA) is “
to provide timely, accurate and useful statistics in service to US agriculture”. Towards this goal, NASS conducts hundreds of surveys every year collecting information on virtually every aspect of agricultural activity. In 2010, the NASS Cropland Data Layer
(CDL) Program played an important role toward fulfilling this mission using remote sensing techniques to provide operational in-season acreage estimates to the NASS Agricultural Statistics Board (ASB)
and Field Offices (FOs) for twenty seven states and sixteen crops.
GIS and Remote Sensing in Diagnosis and Management of Problem Soil with audio...KaminiKumari13
GIS and Remote Sensing in Diagnosis and Management of Problem Soil for agriculture, soil science, agronomy, forestry, land management and planning with audio by Dr. Kamini Roy
Although GPS developments started in 1967, it’s only in the early 70’s that NASA launched its first Earth Observation satellite. Contemporary technologies like satellite navigation and remote sensing are key in our daily life. Still, we ain’t seen nothing yet. Explore the potential of these technologies in your future products or services, and find a way to get things done.
The Directorate is responsible to spearhead, coordinate and influence the development and implementation of appropriate policies, infrastructure, institutional arrangements and advocate the mechanisms necessary to translate it into the necessary skills, value adding investments, jobs, goods, service and progressive growth in personal, corporate and national incomes.
Remote Sensing Applications in Agriculture at the USDA National Agricultural...Phongsakorn Uar-amrungkoon
The mission of the National Agricultural Statistics Service (NASS), an agency of the United States Department of Agriculture (USDA) is “
to provide timely, accurate and useful statistics in service to US agriculture”. Towards this goal, NASS conducts hundreds of surveys every year collecting information on virtually every aspect of agricultural activity. In 2010, the NASS Cropland Data Layer
(CDL) Program played an important role toward fulfilling this mission using remote sensing techniques to provide operational in-season acreage estimates to the NASS Agricultural Statistics Board (ASB)
and Field Offices (FOs) for twenty seven states and sixteen crops.
GIS and Remote Sensing in Diagnosis and Management of Problem Soil with audio...KaminiKumari13
GIS and Remote Sensing in Diagnosis and Management of Problem Soil for agriculture, soil science, agronomy, forestry, land management and planning with audio by Dr. Kamini Roy
Although GPS developments started in 1967, it’s only in the early 70’s that NASA launched its first Earth Observation satellite. Contemporary technologies like satellite navigation and remote sensing are key in our daily life. Still, we ain’t seen nothing yet. Explore the potential of these technologies in your future products or services, and find a way to get things done.
The Directorate is responsible to spearhead, coordinate and influence the development and implementation of appropriate policies, infrastructure, institutional arrangements and advocate the mechanisms necessary to translate it into the necessary skills, value adding investments, jobs, goods, service and progressive growth in personal, corporate and national incomes.
Prototype Aplikasi Twitter
(4103161002) Ita Maulania
(4103161018) Muhammad Hanif Al-Azhar R
(4103161027) Rifki Fadillah Akbar
(4103161029) Windasari Dwiastuti
Utiliser Twitter pour developper votre visibilite sur le webWSIdee
Intégrez de nouveaux outils web 2.0 comme Twitter dans votre stratégie commerciale !
Avec l’annonce de l’intégration des Tweets dans les résultats du moteur de recherche Google, il est plus que jamais nécessaire de se positionner sur Twitter.
- Quelles sont les fonctionnalités de Twitter proposées aux entreprises ?
- Comment rédiger un tweet, quel contenu pour être percutant ?
- Comment développer son réseau professionnel pour son business ?
Présentation de WSI à Aix-en-Provence le 18 juin 2015 dans le cadre du cycle CompetiTIC de la CCIMP
Comment parler de sa TPE PME sur les réseaux sociaux pour déclencher l'acte d...Tribaleo
Une présence active sur les réseaux sociaux implique pour l'entreprise d'y publier du contenu chaque semaine. Comment créer des photos, vidéos ou articles qui feront gagner de la visibilité à l'entreprise sur les réseaux sociaux ? Comment utiliser cette visibilité pour déclencher l'acte d'achat ? Explication d'une méthode simple pour générer plus de business via les réseaux sociaux par la création de contenu.
Conférence animée par Vincent Maignier lors du 4ème Forum Var Ecobiz au Palais Neptune à Toulon.
Tribaleo, agence spécialiste de l'accompagnement des TPE-PME sur Facebook
http://tribaleo.fr/
Land use Land Cover Highlight for Jibia Local Government, Nigeriaijtsrd
Land use and land cover is very important for appropriate planning and budget of a community. In Jibia several activities are carried on the land without actually knowing the percentage of the land cover of features. Remote sensing and GIS technology are valuable tools in managing land use and land cover. This research described the land use and land cover coverage of the entire LGA land using Remote Sensing and GIS. Landsat Satellite imagery of 2009 of the study area was processed and classified into 5 groups namely Build up sharp sand, Farm Land trees, Vegetation shrubs, Water body and Barren land. Statistical analysis was employed to show the percentage distribution of the land. The study shows the percentage coverage of land physical feature which in turn describe the land use. The research revealed that agriculture is the major activity in the study area. It also concluded by recommending the need for adequate measures to avoid desert encroachment and government support to enhance agricultural produce. Lugga M. S | Babale Z. T | Yamel A. G "Land use Land Cover Highlight for Jibia Local Government, Nigeria" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-4 , June 2020, URL: https://www.ijtsrd.com/papers/ijtsrd31134.pdf Paper Url :https://www.ijtsrd.com/other-scientific-research-area/other/31134/land-use-land-cover-highlight-for-jibia-local-government-nigeria/lugga-m-s
Land Use/Land Cover Mapping Of Allahabad City by Using Remote Sensing & GIS IJMER
The present study was carried out to produce and evaluate the land use/land cover maps by on
screen visual interpretation. The studies of land cover of Allahabad city (study area) consist of 87517.47 ha
out of which 5500.35 ha is build up land (Urban / Rural) Area. In this respect, the Build up land (Urban /
Rural) area scorers 6.28% of the total area. It has also been found that about 17155.001ha (19.60 %) of
area is covered by current fallow land. The double/triple crop land of 30178.44ha (34.84%). The area
covered by gullied / ravines is 1539.20 ha (1.75 %) and that of the kharif crop land is 2828.00 ha (3.23 %).
The area covered by other wasteland is 2551.05ha (2.91%). Table 4.1 shows the area distribution of the
various land use and land cover of Allahabad city.
Spatial Database System And Visual Interface Creation For Bauchi Refuse Disp...inventionjournals
International Journal of Engineering and Science Invention (IJESI) is an international journal intended for professionals and researchers in all fields of computer science and electronics. IJESI publishes research articles and reviews within the whole field Engineering Science and Technology, new teaching methods, assessment, validation and the impact of new technologies and it will continue to provide information on the latest trends and developments in this ever-expanding subject. The publications of papers are selected through double peer reviewed to ensure originality, relevance, and readability. The articles published in our journal can be accessed online.
Machine learning for the environment: monitoring the pulse of our Planet with...Francois Stepman
Presentation by Davis Tuia, EPFL - Machine learning for the environment: monitoring the pulse of our Planet with remotely sensed data
25 May 2023. 9H30 - 16H25 Earth Observation & Artificial Intelligence solutions for climate change challenges
This new edition of the AI4Copernicus event focused on climate change and its impact on energy, food and water security. To withstand current and future pressures on our natural resources, integrated and sustainable management practices are required to balance the needs of people, nature and the economy.
https://paepard.blogspot.com/2023/05/earth-observation-artificial.html
Global Land Cover and Intelligent Analysis of Remote Sensed ImagesMaria Antonia Brovelli
ISPRS Session at the United Nations World Geospatial Information Congress.
Maria Antonia BROVELLI 1, Wen-zhong John SHI 2 , Peng SHU 3, Qingquan LI 4, Serena COETZEE 5
1 Politecnico di Milano – Italy; 2 The Hong Kong Polytechnic University – Hong Kong; 3 National Geomatics Center China; 4 Shenzhen University – China; 5 University of Pretoria – South Africa
Mobilising Remote Student Engagement: Lessons Learned from the FieldMorse Project
JISC funded Mobilising Remote Student Engagement Project (MoRSE). A collaborative project between Kingston University and De Montfort University.
http://morse.ac.uk
Bringing Geospatial Analysis to the Social Studies: an Assessment of the City...Universität Salzburg
Current poster presents an example of Landsat TM image processing using ENVI GIS. Research area: Taipei, Taiwan. Located on the north of the island, Taipei is Taiwan’s core urban, political and economic center; population >2.6 M continuing to expand affecting urban landscapes. Research aim: spatio- temporal analysis of urban dynamics in study area during 15 years (1990- 2005) Research objective: application of GIS methodology and remote sens- ing data to spatial analysis for a case study of Taipei. Data: Landsat TM images taken from the USGS. Software: ENVI GIS. Workflow includes following steps: 1) Preliminary processing 2) Creation color composites 3) Classification using K-means algorithm 4) Mapping using classification results 5) Accuracy assessment. The preliminary data processing includes image contrast stretching, which is useful as by default, ENVI displays images with a 2\% linear contrast stretch. For better contrast the histogram equalization contrast stretch was applied to the image in order to enhance the visual quality. The analysis of landscape changes was performed by geospatial analysis. 2 satellite images Landsat TM were processed and classified using ENVI GIS. Result of classification: areas occupied by different land cover types were calculated and analyzed. It has been detected that different parts of the city of Taipei were developing with different rate and intensity. 3 different residential types of the city were recognized and mapped. The results demonstrated following outcomes: 1) intensive urban development of the city of Taipei; 2) decline of green areas and natural spaces and, on the contrary, increase in anthropogenic urban spaces; 3) not parallel urban development in different districts of the city of Taipei during the 15-year period of 1990-2005.
Android mobile application for wildfire reporting and monitoringriyaniaes
Peat fires cause major environmental problems in Central Kalimantan Province, Indonesia and threaten human health and effect the social-economic sector. The lack of peat fire detection systems is one factor that causing these reoccurring fires. Therefore, in this study, we develop an Android mobile platform application and a web-based application to support the citizen-volunteers who want to contribute wildfires reports, and the decision-makers who wish to collect, visualize, and evaluate these wildfires reports. In this paper, the global navigation satellite system (GNSS) and a global position system (GPS) sensor from a smartphone’s camera, is a useful tool to show the potential fire and smoke’s close-range location. The exchangeable image (EXIF) file image and GPS metadata captured by a mobile phone can store and supply raw observation to our devices and sent it to the data center through global internet communication. This work’s results are the proposed application easy-to-use to monitoring potential peat fire by location and data activity. This paper focuses on developing an application for the mobile platform for peat fire reporting and a web-based application to collect peat fire location for decision-makers. Our main objective is to detect the potential and spread of fire in peatlands as early as possible by utilizing community reports using smartphones.
Sub-Urban Growth around University Campuses_Igbiloba O Enoch
1. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
TOPIC
Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
By
IGBILOBA OLUMIDE E.
Supervisor
DR. OYINLOYE M.A.
FEB. 2014
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
2. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Methodology
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
DATA
AQUISITION
• Land SAT TM 1986
• Land SAT ETM + 2002
• Land SAT ETM + 2013
• SOCIO-ECONOMIC RECORDS
• Student Enrolments by Level, Gender for
1987/1988,2002/2003and 2012/2013
Academic Records
IMAGE PRE-
PROCESSING
• Land SAT Image Clip
• Spatial Filtering
• Image Composite
CLASSIFICATION
SUPERVISED
CLASSIFICATION
• MAXIMUM LIKELIHOOD CLASSIFICATION
• RECLASSFICATIO
IMAGE
DIFFERENCING
POST CLASSFICATION
IMAGE DIFFERENCING
• 1986 & 2002
• 2002 & 2013
ACCURA
CY
ASSESS
MENT
Kappa Cohen’s
Coeffient
3. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objectives
Igbiloba O. Enoch (URP/08/4352)
1. Spatially map out the sub-urban area using remotely sensed data and GIS
techniques;
2. Identification of various land cover and land use classes in remotely sensed
data sources of the sub-urban;
3. Analyze the acquired remotely sensed imageries of the study area so as to
establish the rate and trend of growth of the sub-urban in relation to the
physical and demographic growth of the campus;
4. Calculation and quantification of the basic land use and cover data in the
sub-urban area in relation to the population growth of the university
campus from 1986, 2002 and to 2013;
Supervisor: Dr. Oyinloye M.A.
4. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objective 1: Spatially map out the sub-urban area using
remotely sensed data and GIS techniques
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
5. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objective 1: Spatially map out the sub-urban area using
remotely sensed data and GIS techniques (cont’d)
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
6. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objective II: Identification of various land cover and land use classes in remotely
sensed data sources of the sub-urban
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
GALLERY/ HIGH
FOREST
BUILT UP
AREA
VEGETATION BARELANDS
7. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objective III: Analyze the acquired remotely sensed imageries of the study area …
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
(a) (b)
(c)Supervised
Classification of:
(a) Land SAT TM
1986
(b) Land SAT ETM+
2002
(c) Land SAT ETM+
2013
1986 2002
2013
8. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objective III: Analyze the acquired remotely sensed imageries of the study area
… (cont’d)
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
11
-21
3
7
0 -20 -10 0 10 20
Built Up Area
Gallery /High Forest
Vegetation
Bareland
Percentage
9
-7
1
-3
-10 -5 0 5 10 15
Built Up Area
Gallery /High Forest
Vegetation
Bareland
Percentage
1986-2002 2002-2013
9. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objective III: Analyze the acquired remotely sensed imageries of the study area so as
to establish the rate and trend of growth of the sub-urban in relation to
the physical and demographic growth of the campus;
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
0
5
10
15
20
25
30
35
40
45
50
1986 2002 2013 1986 2002 2013
FUTA CAMPUS SUBURB
Percentage%
Built Up Area
Gallery /High
Forest
Vegetation
Bareland
10. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
Objective IV: Calculation and quantification of the basic land use and cover data in the
sub-urban area in relation to the population growth of the university
campus from 1986, 2002 and to 2013;
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
Multiple Linear Regression Model
Population (FUTA) = -12912.739 + .250(bare land) + 1.568(vegetation) + 2.323(BUA)
YEAR POPULATION BARELANDS VEGETATION GALLERY FOREST BUA
1986 143 2824.35 15032.04 17554.29 5316.24
2002 11662 5731.82 16086.17 8946.98 9961.95
2013 20332 4537.46 16390.76 5975.59 13823.12
TOTAL 32,137 13093.63 sqkm 47508.97 sqkm 32476.86 sqkm 29101.31sqkm
11. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
CONCLUSIONS
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
19
40
47
12
22
32
0
10
20
30
40
50
1986 2002 2013
31
18
13
45
23
15
0
10
20
30
40
50
1986 2002 2013
28 27 30
38 41 42
0
20
40
60
1986 2002 2013
23
15
10
4
14
11
0
10
20
30
1986 2002 2013
GALLERY /
HIGH FOREST
BUILT UP
AREA
VEGETATION BARELANDS
12. Sub Urban Growth Detection Around University Campuses
Using Federal University of Technology, Akure as a case study
with the aid of GIS and Remote Sensing Techniques
RECOMMENDATIONS
Igbiloba O. Enoch (URP/08/4352) Supervisor: Dr. Oyinloye M.A.
This study have revealed
the decline in forest
resources in the suburban,
The built up area is increasing
with the institution’s
population , hence demand for
off campus accommodation
This study has shown the
increasing growth of the sub-
urban towards the Akure City
metropolis
SUSTAINABLE RESIDENTIAL
DEVELOPMENT
SUSTAINABLE FOREST
MANAGEMENT
SPATIAL INFORMATION
MANAGEMENT SYSTEM