2004
nt of
patial
1 has
nated
and
| the
carch
about
1etric
date
hs to
iver.
'oject
'oject
with
ctral)
with
ijing.
an 3
4 on
on of
on of
000).
PhD
roper
eved:
3.0m
1.7 m
After
he
hilly
mage
nages
The
been
6 m,
5 a
uracy
)NOS
aerial
3.5m
GSD
ity of
ckage
been
| few
m for
daily
ed for
jering
ration
nally
ut the
üning
for
\SAR
1427.
tation
ırface
International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part B6. Istanbul 2004
roughness and soil moisture. Also modelling vegetation
parameters as LAI, biomass and vegetation — atmosphere
heat fluxes — using meteorological and satellite data. Also
on the basis of microwave images the maps of crop have
been created.
Development of methods for soil moisture assessment and
classification of wetland areas on the basis of synergic use
of optical and microwave satellite data (project within
cooperation with ESA AO-ID122). The method of soil
moisture assessment for wetlands, with the use of
information derived from microwave satellite data, was
created. The combined approach, aimed at analysis of
vegetation parameters and water balance with the use of
microwave ERS SAR, ENVISAT ASAR, MERIS,
NOAA/AVHRR.
Elaboration of the method for producing land use maps on
the basis of the high resolution satellites images. The
hybrid method, for producing satellite-derived land
use/land cover maps, has been developed. The method is
based on digital processing of IRS LISS III satelite images
sharpened with IRS PAN images and their analogue
interpretation. Using this method, the detailed land use
map at 1:50 000 scale, comprising land use/land cover
categories corresponding to Level 4 of CORINE Land
cover nomenclature, was prepared.
CORINE Land Cover 2000 Project, which aimed at the
preparation of land use/land cover map at. 1:100 000 for
the entire Poland, has been conducted. Landsat TM
satellite data collected between 1999 and 2001 were the
basis for these works. Methodology for preparing this map
was based on technology prepared by the European
Environmental Agency, uniform for the whole Europe.
Two products will be created as a result: CORINE Land
Cover 2000 national land cover database and national Land
cover change database.
Methodology of studying degradation of wetland
ecosystems, caused by peat fires based on information
derived from different satellite data, has been developed.
Multimedia Geo-Information for e-Communities in rural
areas, with Eco-Tourism ReGeo — 5 Frame Programme,
aims on the development of the improved tourist
information system for promoting development of rural
areas,
3.2 The Warsaw University of Technology in Warsaw
In the last four years the following research projects have been
conducted in the Department of Photogrammetry and Remote
Sensing:
Proposals for two new solutions for GPS supported aerial
triangulation; (1) adjustment of the block of aerial
photographs with the minimum (30%) overlap in the strips,
and (2) simultaneous adjustment of two time separated
blocks of aerial photographs ofthe same area.
Participation in the preparation of the principles for the
concept of using orthophotomap for the land parcel
identyfication.
Involvement in the establisment of the basis for using the
digital photogrammetry products for generation of layers
in the Topographic Database.
Proposals for applying of digital orthophotography and
aerial photographs for the management of the roads
infrastructure in towns.
Investigation of various aspects in generation of DTM:
determination of the optimal parameters in automatic
generation of DTM with MATCH T and ISAE packages;
255
analysis of various types of DTM for generation of
ortophotography; analysis of DTM generated with the
aerial laser scanner.
Comparison of accuracy of the photogrammetric products
(orthophotography, aerial triangulation, DTM) compiled
with various modules of two packages - Z/I Imaging and
DEPHOS.
Study of the reliability of the photogrammetric methods
for the engineering applications. (PhD thesis — J. Nowak)
Investigation of the usefulness of the automatic analysis of
moire pattern for determination of the spine
deformations; analysis of the factors affecting the
accuracy of the measurement with the moire technics (PhD
thesis — D. Zawieska).
Investigation of the degree of automation in the close
range photogrammetric measurement based on the amatour
cameras (PhD thesis — M.Kowalczyk).
Examination of the stability of the interior orientation and
the image systematic errors of the amatour cameras.
Three dimensional modelling of the architectural objects
with the use of the Orient/Orpheus package.
Examination of the geometry of the high resolution
satellite imagery IKONOS in respect to the use in the
cartographic applications.
Analysis of the selected methods for processing of thermal
images from Landsat TM; study of thermal imagery for
town and country planning (PhD thesis — K.Osinska
Skotak).
Applying of remote sensing and GIS for the improvement
of accuracy for description of the spatial structure of the
drainage basin (PhD thesis — J. Chmiel).
Remote sensing imagery for the establisment of the spatial
databasis and numerical maps of soils. International
cooperation with INRA Avignon, INA Paris Gringon,
GDTA Touluse. |
Improvement of digital processing of the satelite imagery
based on PCI system.
Methodology for processing of the high resolution satellite
imagery SPOT 5.
3.3 The University of Mining and Metalurgy (AGH) in
Krakow.
In period 2000 — 2004 the following research projects have
been conducted in the Department of Photogrammetry and
Remote Sensing Informatics:
Proposals for the criterions of assessment of the
suitability of the compressed digital images for the high
accurate photogrammetric compilations.
Developing of the principles for the use of DTM, remote
sensing and GIS for the analysis of landscape.
Development of the method for DTM generation from the
large blocks of multispectral aerial photographs.
Study of the use of stereo thermal images for the
cartographic (metric) applications.
Elaboration of the method for filtering of the data
acquired with the aerial laser scanner system with the use
of the Fourier analysis.
Development of the methodical principles of the use of
satellite imagery for the determination of the chemical
sulfur contamination of the soil.
Development of the methodical principles for the use of
aerial and satellite imagery for the needs of the cadastre,
and the LPiS.
