Resolutions of Technical Commission
I
Resolution I.1 Collaboration with CEOS
The Congress
Noting
- that the Committee on Earth Observation Satellites
(CEOS) has accorded Affiliate Membership to ISPRS
- that coordination of EO missions and allied
activities (e.g. calibration /validation activities; application activities;
EO information services activities; EO education and training activities
etc) are the major aims of CEOS and ISPRS and that they could mutually
gain by working together
Recognizing
- the need to strengthen international coordination
of EO missions
- the need to bring together the government and
private sector in various EO activities - space, ground and utilization
segments
Recommends
- that ISPRS actively work with CEOS to achieve
cooperation and coordination in EO R&D activities
- that ISPRS work with CEOS to foster public/private
collaboration in EO R&D activities
- that ISPRS support and contribute to the EO education
and training efforts worldwide and specifically focus on newer technology
elements
Resolution I.2 Standardization of sensor parameters
The Congress
Noting
- that a number of earth observation sensors
with similar capabilities are available and planned by various space agencies/manufactures
- that users will have to use data from more than
one sensor for their specific applications
Recognizing
- that such usage requires good understanding
of the sensor parameters
- that there is currently no uniform way of specifying
sensor parameters
Recommends
- the generation of a common set of parameters
to be specified for each camera / sensor in conjunction with manufacturers.
Resolution I.3 Radiometric and geometric calibration
The Congress
Noting
- that the number of high resolution, multispectral
and hyper-spectral imaging sensors in space is increasing
- that radiometric calibration of data from these
sensors is essential for quantitative environmental and ecological research
with multispectral image data
- that data from various sensors have to be used
for long term observations and for change detection
- that various test fields exist or are planned
for calibration
- that the accuracy potential of high resolution
digital imaging systems in space is better than 10 m and thus appropriate
to produce or update topographic (image) maps of scale 1:50,000 and larger
- that accurate and reliable geometric calibration
parameters of those digital imaging systems are a precondition to take
full advantage of their accuracy potential to produce high quality photogrammetric
products, such as DEM, orthoimages, etc.
Recognizing
- that natural test sites have been successfully
used for calibration of certain sensors
- that high precision models for radiation transfer
through the atmosphere exist
- that the geometric laboratory calibrated parameters
need to be confirmed or updated in orbit by inflight calibration methods
using large area test sites with highly accurate ground truth
- that highly accurate geometric calibration of
digital imaging systems poses high demands on laboratory calibration equipment
and that this task is costly and time consuming
- that varying geometric calibration concepts
for different digital imaging systems exist, which show different accuracy
characteristics
Recommends
- investigations of calibration and intercalibration
of all digital imaging space sensors
- that all existing and planned test fields be
identified and their spatial, spectral and physical characteristics be
inventoried
- that collaboration be established with other
bodies studying ground test fields with known spectral reflectance characteristics,
which can be used for calibration.
Resolution I.4 Wide swath sensors
The Congress
Noting
- that wide swath systems, e.g. SPOT Vegetation,
IRS, WiFS, Sea WiFS, MODIS etc, are now available with various spectral
and spatial resolutions
- that such systems? responses are subject to
bi-directional reflectance factors, sun angle etc. due to the wide swath
Recognizing
- that these data could be used to study long
term changes especially in vegetative cover
Recommends
- studies to understand the effect of viewing
geometry on the radiometric accuracy of the products.
Resolution I.5 Sensors for DTM data generation
The Congress
Noting
- that a number of optical systems, specifically
designed to generate DTMs, are planned for the future
- that interferometric SAR has proven its capability
to generate DTMs
- that airborne laser systems are operational
- that substantial parts of the world still do
not have topographic maps of desired scale and accuracy
Recognizing
- that terrain height / slope is an important
parameter for many applications
Recommends
- to intensify detailed study on the accuracy
and cost effectiveness of various techniques
- identification of standard sites for inter-comparison
and evaluation of different methods.
Resolution I.6 Platform and orientation integration
The Congress
Noting
- the capability of current earth observation
systems to provide high resolution images
the availability of modern technology such as
differential GPS and high precision attitude sensing and orientation system
Recognizing
the potential use of high resolution image data
in detailed field studies
the need for high precision locational accuracy
of the data
Recommends
integration of attitude and position information
with data processing software algorithms
standardization of data format, referencing systems
and data archival and retrieval systems.
Resolution I.7 Electronic database of sensor
and platform information
The Congress
Noting
- that there is an increasing number of sensor
and platform designs
- that there is a long history of sensor and platform
designs for both aerial and satellite systems
Recognizing
- the electronic (digital) information about
the engineering designs, orbital parameters, and sensor characteristics
is distributed among many databases and Internet sources
-
that globally there is unequal access to sensor
and platform information
-
that CEOS maintains a database of sensors and
platforms
Recommends
- that an electronic, searchable database of
sensor and platform information, both retrospective, current and
planned
- that provides equitable and accessible information
from an updateable source be promoted to the ISPRS community.
Resolutions of Technical Commission
II
Resolution II.1 Real-time systems
The Congress
Noting
- the rapid development of real-time mapping
systems and the dependence of such systems on Global Positioning System
(GPS) and Inertia Navigation System(INS) techniques
Recognizing
- that future development depends on collaboration
between experts in a range of technologies
Recommends
- that work continue on real-time mapping technologies
with closer links being developed between commissions, especially where
GPS/INS is involved.
Resolution II.2 Use of Synthetic Aperture Radar
(SAR) data
The Congress
Noting
- that advances have been made in the application
of SAR data to topographic mapping, prediction and monitoring of disasters
and environmental monitoring
Recognizing
- that SAR is still not widely understood or
applied
- that algorithms for processing SAR data are
not widely available
Recommends
- that increased efforts be made to use SAR
data for production of geoinformation and to promote the use of SAR within
the spatial information sciences.
Resolution II.3 Digital photogrammetric workstations
The Congress
Noting
- the rapid increase in the use of digital photogrammetric
workstations (DPWs) and the increasing maturity of the algorithms used
and the software available
Recognizing
- that DPWs are likely to be a major tool of
spatial information acquisition during the next decade
- the variety and complexity of hardware and software
options available and the lack of comprehensive advice on the selection,
evaluation and optimum use of these systems
Recommends
- the continued monitoring of developments in
digital photogrammetric workstations and the creation of a wide range of
tools for feature extraction
- that measures be taken to increase knowledge
and develop optimum use of digital photogrammetric workstations and the
skills to evaluate and use them in collaboration with the vendors.
Resolution II.4 Procedures and tools for data
integration
The Congress
Noting
- the new sources of data becoming available
and the rapidly increasing number of applications for which these data
might be used
Recognizing
- that the combination and integration of such
data offers new opportunities for solving problems
Recommends
- that the development of procedures and tools
for integration of data from a variety of sensors and databases be addressed,
including the use of new data sources such as SAR and Laser Scanning and
the increasing use of vector databases as well as expert systems.
Resolution II.5 Data transfer standards
The Congress
Noting
- the progress made by WGII/7 in collaborating
with International Standard Organization (ISO) and Open GIS Consortium
(OGC) during the past four years
- the desire for greater ease of transfer of data
Recognizing
- that progress can only be made through international
cooperation
Recommends
- continued effort to develop standards for
data transfer and collaboration with other organizations that are promoting
standards such as ISO, Institute of Electrical and Electronics Engineers
(IEEE) and OGC.
Resolution II.6 Integration of information
into GIS
The Congress
Noting
-the increasing need for up-to-date geospatial
information and the lack of efficient, timely revision of such information
in many areas
Recognizing
-that multispectral and stereoscopic imagery
can provide such information and is becoming increasingly important for
use in geographic information systems (GIS)
Recommends
-that the integration of photogrammetric and
remote sensing imagery and techniques into GIS for efficient acquisition
and revision of geospatial information be strengthened.
Resolution II.7 End-to- end systems
The Congress
Noting
- the much increased use of geospatial information
in all areas of public and commercial activity
Recognizing
- the need for efficient processing and presentation
of such data in a value added form
Recommends
- the development and validation of end-to-end
processing systems for specific applications, making use of a range of
imaging systems, a range of components from the spatial information sciences
and paying particular attention to techniques for the delivery and presentation
of information.
Resolutions of Technical Commission
III
Resolution III.1 Surface reconstruction
The Congress
Noting
- the extensive use of automated surface reconstruction
for mapping, image rectification and 3D modelling
- the emergence of laser scanning technology as
an additional information source about surfaces
- the role of surface reconstruction in the general
framework of object recognition and scene analysis
Recognizing
- the need for further theoretical investigations
into the automatic reconstruction of surfaces, including their segmentation,
and of conducting reliability studies
Recommends
- that research be continued on Earth surface
reconstruction techniques with emphasis on multiple sensor input.
Resolution III.2 Fusion
The Congress
Noting
- the increasing availability of new sensors
and the use of multi-sensor, multi-resolution systems
Recognizing
- the need for extending theories and developing
algorithms for merging multi-sensor data
- modelling of uncertainty in multisensor fusion
- incorporating GIS information to support object
recognition
- evaluating the efficiency and performance of
multisensor fusion
Recommends
- that fusion, at the data, feature and information
levels, be promoted.
Resolution III.3 Object modelling
The Congress
Noting
- the importance of modelling 3D objects related
to object recognition and image understanding
Recognizing
- that further progress in the automatic recognition
of objects relies on improved models
Recommends
- that efforts be strengthened on developing
generic models of objects, including their geometric, semantic and temporal
properties, and interrelationships.
Resolution III.4 Combining classification methods
and computer vision
The Congress
Noting
- the increased availability of multi-sensor,
multi-spectral and hyper-spectral data
Recognizing
- the need for combining traditional classification
methods of remote sensing with computer vision approaches for the automatic
recognition of objects
Recommends
- and computer vision approaches into a common
object recognition framework.
Resolution III.5 Performance and reliability
of algorithms
The Congress
Noting
- the diversity of algorithms in photogrammetry,
remote sensing and computer vision developed for the purpose of feature
extraction and object recognition
Recognizing
- the need for assessing the performance, reliability
and availability of algorithms
Recommends
- that procedures for evaluating algorithms
and for developing
suitabletest data sets be intensified and formulated.
Resolution III.6 Image understanding
/ object recognition
The Congress
Noting
- the importance of theoretical and conceptual
investigations in object recognition and image understanding
Recognizing
- that despite major efforts and good progress
achieved from 1996 to 2000 there remain considerable gaps in the theory
for automation of feature extraction and recognition
Recommends
- that investigations in object recognition
and image understanding be intensified, particularly in the areas of modelling
and knowledge engineering
- that cooperation with researchers in computer
vision and cognitive science be also intensified.
Resolution III.7 Features as entities in orientation
processes
The Congress
Noting
- that features play an important role in digital
photogrammetry and computer vision
Recognizing
- that algorithms for the basic image orientation
processes are predominantly point-based
Recommends
- that current mathematical models be extended
to include features as entities in the image orientation processes.
Resolutions of Technical Commission
IV
Resolution IV.1 Design of large and distributed
spatial databases
The Congress
Noting
- that large spatial databases are established
in an increasingly distributed environment to assist in decision-making
processes
Recognizing
- that an efficient collaboration with the Spatial
Data Handling (SDH) experts group of International Geographic Union (IGU)
has been initiated
Recommends
- that the collaboration with SDH organizers
be continued and strengthened
- that research, developments and applications
in the design of large and distributed spatial databases be continued.
Resolution IV.2 Spatial database revision and
consistency
The Congress
Noting
- that value added services and decision making
processes depend highly on revised and consistent spatial databases
Recognizing
- that photogrammetry and remote sensing have
further potential for database revision
- the term "consistency"
is used to include geometrical, topologically and thematic consistency
as well
Recommends
- that the work on spatial database revision
and consistency checking be continued and strengthened.
Resolution IV.3 Multiscale, aggregation and
generalization of spatial databases
The Congress
Noting
- the need for spatial data aggregation and
generalization by linking existing spatial database that represent the
same locations at different scales
- that currently databases exist without any links
between them
Recognizing
- that besides ISPRS the International Cartographic
Association (ICA) and IGU/SDH are also active in this field , especially
in the area of generalization
Recommends
- that ISPRS continue and strengthen the efforts
in developing aggregation and generalization methods and cooperate with
other international societies, particular ICA, to deliver adequate algorithms
to create multiple representations of spatial data.
Resolution IV.4 Generation of core spatial
databases
The Congress
Noting
- the increasing need for core spatial data
bases to be used and accessed for various applications (e.g. cadastre,
topographic mapping, 3D city models, computer aided facility management)
Recognizing
- the contributions of ISPRS Commissions to
large scale and topographic databases, to the provision of 3D city models,
and to Computer Aided Facility Management
Recommends
- that the work on the generation of core spatial
data bases using multi-source data be continued and strengthened
- to combine outdoor and indoor locations of built
features and facilities in one data stream.
Resolution IV.5 3D modelling, visualization
and animation
The Congress
Noting
- an increasing need for fully 3D mapping, especially
in urban areas, supplementing existing DTM databases, providing virtual
walks through photorealistic scenes on stand-alone platforms and on the
Internet
Recognizing
- the rapid progress made in this field
that interfaces for linking outdoor and indoor
space are still missing
Recommends
- that further contributions be encouraged to
research, developments and applications in this field, especially to link
3D city models with Computer Facility Management Systems.
Resolution IV.6 Dynamic modelling
The Congress
Noting
- that spatio-temporal databases are on the
verge of containing vector and image data
Recognizing
- that less efforts have been made in the recent
past especially to integrate temporal models (kinematic, dynamic) into
spatial databases
Recommends
- that ISPRS strengthen research in this field
to make more profit of the timely sensed image data.
.
Resolution IV.7 Data fusion for spatial
information systems (Laser scanning, InSAR, stereo, high resolution satellite
imagery, GIS data)
The Congress
Noting
- the growth in spatial data sets produced by
complementary sensors and data collection systems, and therefore the need
for data fusion algorithms for high quality feature extraction for geometric
and thematic mapping applications.
Recognizing
- a lack in combining multi-source image data
and existing GIS data for deriving high quality mapping products, and the
need of using high resolution satellite imagery together with other complementary
data sets to supplement the contents of spatial information systems
Recommends
- that research, development and application
in data fusion be further stimulated.
Resolution IV.8 Spatial data quality
The Congress
Noting
- that spatial data quality is a major issue
Recognizing
- the progress made in the deriving vector data
and thematic attributes from imagery
Recommends
- the further stimulation of research describing
data quality measures, and their implementation and integration into spatial
databases and GIS analysis.
Resolution IV.9 Inter-operability
The Congress
Noting
- that web-based mapping processes access several
databases at different locations, and therefore there is a need for inter-operable
open spatial information systems to integrate data and algorithms
Recognizing
- the efforts of industry and state authorities
to create standards for an open platform for data and methods exchange,
e.g. OGC and the ISO TC 211
Recommends
- cooperation with institutions involved in
spatial data standardization.
Resolution IV.10 Metadata and clearing houses
The Congress
Noting
- that spatial data clearing houses have evolved
worldwide and are starting and improving the access to all types of high
quality spatial data of all types, making meta data for data description
necessary
Recognizing
- ISPRS is a source of knowledge for spatial
data and its corresponding metadata
Recommends
- that ISPRS contribute to the awareness, promotion
and use of spatial data clearing houses.
Resolutions of Technical Commission
V
Resolution V.1 Automation for vision metrology
The Congress
Noting
- the importance of automation in all phases
of the close-range vision process, in particular real-time three dimensional
measurement via machine vision
Recognizing
- the need for new developments in algorithms
and procedures for automated sensor orientation and solutions
- the necessity of performance evaluation in theoretical
and practical aspects
Recommends
- that stand-alone measurement systems integrating
one or more imaging sensors and CAD/CAM, along with innovations in laser
scanning and projected light systems for off-line and on-line vision metrology,
be further studied
- that target and feature extraction with special
consideration of the multi-image correspondence problem be developed.
Resolution V.2 Scene modelling for visualization
and virtual reality (VR)
The Congress
Noting
- the growing demand for the creation of real-world
object and site models for visualization and virtual environment applications
Recognizing
- the necessity for new developments in 3D modeling
and knowledge- assisted 3D scene reconstruction
- the need for integration of computer graphics
and VR technology with close-range vision techniques
Recommends
- that automatic image analysis techniques to
extract models of objects and scenes for applications in visualization
and virtual reality be further developed
- that mechanisms be implemented for cooperation
between ISPRS Commission V, computer graphics and computer vision groups.
Resolution V.3 Human motion and medical image
analysis
The Congress
Noting
- the growing demand for medical imaging, medical
VR, human motion studies, expression analysis and sports formulation analysis
Recognizing
- the need for automated image understanding
and real-time imaging systems in these areas
- the necessity for involvement of photogrammetrists
in these research fields
- the need for more interaction between related
scientific communities
Recommends
- that research and development in techniques
and systems for medical imaging, human motion studies, expression analysis
and sports analysis be continued and strengthened
- that Commission V intensify cooperation and
collaboration with the communities of medical/biomedical engineering, sports
science and human/apparel engineering.
Resolution V.4 Integration of image analysis
and spatial information systems for
applications in cultural heritage
The Congress
Noting
- the growing demand for applications of close-range
vision techniques and spatial information systems for recording, mapping,
3D modelling and visualization of structures of architectural significance
and objects of importance to the cultural heritage
Recognizing
- the need for innovative technologies for imaging,
data processing, modelling, visualization, archiving and information management
including Internet techniques
- the need for integration of computer graphics with
close-range
vision techniques for digital archives or VR museums
Recommends
- further development of integrating of close-range
vision techniques and spatial information systems for 3D reconstruction
and documentation of monuments and buildings for cultural heritage
- the increased use of advanced, low cost and rapid
techniques in documentation and monitoring of the cultural heritage
- development of standard procedures and products
in cooperation with related disciplines (e.g. urban planning or facility
management)
close cooperation with CIPA.
Resolution V. 5 Image sequence analysis
The Congress
Noting
- the potential and growing importance of temporal
analysis, time-constrained solutions and dynamic analysis
- the variety of systems and applications including
mobile mapping, robot vision, machine vision, medical imaging, autonomous
navigation, motion analysis, deformation analysis and data capture for
virtual reality
Recognizing
- the need for real-time image processing involving
sensor fusion in the integration of image data with navigation sensor data
- the need for the development of algorithms and
associated computational processes for image sequence analysis
Recommends
- that investigations of these topics be promoted,
in close cooperation with Commission III and researchers, for example in
engineering and computer vision
- that investigations on algorithmic aspects and
the development of computational systems for applications with special
emphasis on time constrained solutions be conducted.
Resolution V.6 Vision and animation
The Congress
Noting
- the increasing demand for image-based animation
in many applications in sports, medicine, biomechanics, security, the movie
and TV industry, videogames, environmental simulation and interface technology
Recognizing
- the need for involvement of photogrammetrists
in this area
- the potential of close-range vision techniques
to be utilized in animation technology
Recommends
- the development of image-based techniques
for use in live figure and environment generation tasks
- the study of methods and technologies to support
the interaction of real and virtual objects and actors
- that collaboration with the computer vision
and animation communities be intensified.
Resolution V. 7 Integration of ground-based
vision techniques with aerial/space
images
The Congress
Noting
- that the importance of integration of ground-based
vision techniques with those of aerial and space imagery will inevitably
increase for applications such as city modeling, urban and traffic planning,
and environmental monitoring
Recognizing
- the need to utilize high resolution satellite
images or aerial images in an integrated fashion with ground-based imagery
Recommends
- that new models and techniques for close-range
and aerial/space image integration be developed in cooperation with Commission
III and IV, with a focus on aspects such as the combination of data from
various sources, object extraction techniques, 3D modelling and texture
mapping.
Resolutions of Technical Commission
VI
Resolution VI.1 The Internet for ISPRS
The Congress
Noting
- that the Internet and the World Wide Web provide
a super-highway for information access and transfer
- the potential of the Internet as a support for
research
- the relevance of Internet search engines for
information retrieval and sharing
Recognizing
- the need for guidelines and recommendations
regarding appropriate formats for Internet Web pages
- the benefits of integrating the ISPRS journal,
ISPRS Highlights, member reports, ISPRS web pages, commission and working
group reports and newsletters, other relevant ISPRS publications, and links
to the web pages of education and research institutions, governmental institutions
and private companies
- that the Internet infrastructure has not yet
become totally available in developing countries
Recommends
- the investigation of the optimal use of the
Internet for the benefit of the ISPRS community.
Resolution VI.2 Education for the developing
world
The Congress
Noting
- the relevance of training and education for
the ongoing development of photogrammetry, remote sensing and geo-information,
especially in the developing world
- the benefits of and the need for education networking
and sharing of expertise and resources in the developing world
Recognizing
- the lack of communication between educational
institutions and individual educators in the developing world
Recommends
- that Commission VI in cooperation with regional
members of ISPRS and all sister societies endeavour to organize workshops
for education in the developing world.
Resolution VI.3 Updating the ISPRS education
data base
The Congress
Noting
- the growing concern regarding the lack of
information on education and training institutions worldwide
- that Commission VI has prepared an initial database
on institutions of education and training
Recognizing
- the relevance of communication between educators
from different institutions and different parts of the world
- the need to make information on educational
facilities available to members of the ISPRS community and the general
public
Recommends
- that the ISPRS data base of education and
training courses and institutions be maintained and updated at least annually.
Resolution VI.4 Computer Assisted Teaching
and Learning (CAT/L)
The Congress
Noting
- that CAT/L systems offer new opportunities
and benefits for the education and training processes
Recognizing
- the increased interest in the potential of
information technology as a tool for the support of education and training
both, for on site and remote learning
Recommends
- that the evaluation of existing and the development
of new concepts of CAT/L and distance learning be addressed
- that public domain educational software and
web pages be designed and developed
- that available software and web pages be publicly
disseminated at marginal cost
- that the CAT Contest (CATCON) be continued.
Resolution VI.5 Technology transfer to and
within the developing world
The Congress
Noting
- the shortage of qualified professional staff
in the developing world as a result of limited resources against the background
of rapidly developing technology
Recognizing
- the need to enhance the theoretical, practical
and
management skillsof individuals from the developing
world
- the relevance of quality of service with the
increased globalization of professional activities
Recommends
- that opportunities for technology transfer
to and within the developing world be further investigated and expanded
- that such technology transfer be initiated,
encouraged and/or supported in cooperation with sister societies and international/regional
organizations
Resolution of Technical Commission
VII
Resolution VII.1 Spectral signature research
The Congress
Noting
- the rapid development in spatial and spectral
sensing technology
Recognizing
- that spectral sensing research is essential
for the use of remote sensing data
Recommends
- that research on spectral signature especially
in the areas of hyper-spectral and microwave sensing be continued
- cooperation with institutions maintaining databases
on spectral signatures
- cooperation with International Symposium on
Spectral Sensing Research (ISSSR) and other international conferences on
Physical Measurements and Spectral Signatures in Remote Sensing.
Resolutions VII.2 Standardization for methodology
of computer-aided interpretation
The Congress
Noting
- the increased importance of data accessibility
of computer-aided interpretation and analysis of sensor data in setting
up and using global databases in a standard form
Recognizing
- the increasing demand for sharing information
especially in the emerging countries and the need for unified guidance
to ensure comprehensive data collection and use at the local, regional
and global levels
Recommends
- establishing quality measures for evaluation
and validation of the output of remote sensing procedures
- collaboration with CEOS Calibration and Validation
Working Group (CVWG).
Resolution VII.3 Crop monitoring, yield estimation
and policy issues
The Congress
Noting
- the substantial economic benefit of using
remotely sensed data in agriculture to ensure food security and rural development
- that remote sensing has been shown to be an
effective operational tool in many countries
Recognizing
- the achievements and proven technologies in
the field of operational use in crop monitoring, yield estimation and facilitating
agricultural policy implementation
Recommends
- to refine current modelling methodologies
for improvement of the operational use in crop monitoring, yield estimation
and facilitating agricultural policy implementation using remote sensing
and GIS technologies.
Resolution VII.4 Integrated monitoring systems
The Congress
Noting
- that advances have been made in geospatial
and telecommunication technology
Recognizing
- the synergy by integrating remote sensing
data, in-situ measurements and other data in a GIS has significant advantages
both in technical and economical sense, as well as for interdisciplinary
cooperation especially in integrated water and other natural resources
management
Recommends
- that integrating
remote sensing data, in-situ measurements and other data in a GIS be encouraged
for monitoring, modelling and management of the environment and resources.
Resolution VII.5 Disaster management
The Congress
Noting
- that remote sensing, GIS, satellite positioning
and space communication have become effective tools for disaster monitoring,
mitigation and assessment
Recognizing
- that disaster management has been recognized
as an urgent issue in the recommendations of UNISPACE III
Recommends
- the development and applications of appropriate
tools and methodologies for disaster management using remote sensing and
GIS technologies
- cooperation with various partners IGOS/CEOS etc.
Resolution VII.6 Generation and use of global
databases
The Congress
Noting
- the increasing availability of global databases,
data gathering methodology and the wide variety of remote sensing data
sources and worldwide emerging infrastructures
Recognizing
- that future developments need close co-operation
in the field of global monitoring and modelling
- that UNISPACE III supports worldwide actions
related to Agenda 21 at the local, regional and global level, in close
co-operation with international scientific organizations and the appropriate
institutions of the United Nations.
Recommends
- the development of methodologies for generation
and quality evaluation of global databases for global studies in cooperation
with Commission IV
- compilation of existing and planned location
and quality of global databases
- development of algorithms for monitoring of
global change
- evolving strategies for assimilating remotely
sensed data into global models.
Resolution VII.7 Supporting implementing of international
policies and treaties
The Congress
Noting
- the increased political and societal significance
of international policies and treaties, such as the Kyoto Protocol
Recognizing
- the needs for objective, reliable, economic and
timely implementation of the related international policies and treaties,
- investigations and development of thematic mapping
using remote sensing data at national and international levels
Recommends
- investigations and development of vegetation
(especially forest), soil and other thematic mapping and using remote sensing
data at national and international levels, with focus on carbon fixing
and desertification
- coordination with International Global change
Atmospheric Chemistry (IGAC) Programme
- the establishment of a Task Force to coordinate
ISPRS?s contribution to studies of the application of remote sensing for
international policies and treaties.
Resolution VII.8 Urban management
The Congress
Noting
- that rapid and unplanned urbanization is a problem
worldwide
Recognizing
- the impact of growing urbanisation, increasing
density of population, transmigration from rural to urban areas as well
as the impact on environment associated with pollution and global change,
and the benefits of remotely sensed data in monitoring its impact
Recommends
- provision of scientific and technological
support
- for actions as recommended by the HABITAT II
Conference
- for documentation, conservation, management
and permanent control of Natural Heritage and Cultural Landscapes in cooperation
with UNESCO/ICOMOS/CIPA
- for actions to monitoring land use and land
cover transformation, with special emphasis on urban growth.
Resolution VII.9 Imaging segment of information
infrastructure
The Congress
Noting
- imaging represents an inevitable part of geospatial
information
Recognizing
- the growing needs for and ongoing activities
in establishment of interoperable geospatial information infrastructure
at the national, regional and global level to support assessments of environmental
degradation, monitoring and modelling of global change and resource management
Recommends
- that ISPRS represent the imaging sector using
the synergy with its integration with GIS, satellite positioning and space
communication in the national, regional and global spatial data infrastructure
especially in applications of remote sensing and GIS for environmental
studies and resource management.
Approved by the ISPRS General
Assembly
22 July 2000
Amsterdam, The Netherlands
![[previous page]](../../images/prev.gif){kind=small}
![[ISPRS home page]](../../images/home.gif){kind=small}