31 January 1995
The following seven orbits have been scheduled for acquisition to cover the area of Europe affected by the flooding: 18531 (30/1), 18574 ( 2/2), 18581 ( 2/2), 18617 ( 5/2), 18624 ( 5/2), 18660 ( 8/2), 18667 ( 8/2)
24 January 1995
The following three orbits have been scheduled for acquisition to cover the area of Colombia (very close to Bogota'), where the earthquake occurred: 18548 (31/1), 18591 ( 3/2), 18792 (17/2) The following orbit has also been scheduled for acquisistion to cover the area of the earthquake in Japan (see below: January 18): 18619 (5/2)
19 January 1995
An Assessment of ERS SAR Low Resolution Imagery is now available online.
18 January 1995
The following three orbits have been scheduled for acquisition to cover the area of Japan where the earthquake occurred on 17 January 1995: 18375 (19/1), 18453 (24/1), 18540 (31/1)
17 January 1995
The proceedings of "The First Workshop on ERS-1 Pilot Projects", Toledo, Spain, 22-24 June 1994, now available from the ESA Publications Division. Highlights from 1st ERS-1 Pilot Project Workshop (Toledo, Spain, 22-24 June 1994) are now available.
16 January 1995
ERS-1 Interferometric Baseline Algorithm Verification (Version 2) now available on line. Two Years of ERS-1 Data Exploitation now available on line. ERS-1 Antenna Pattern Estimation now available on line.
13 January 1995
ERS-1 is still behaving very well and since the failure of the Travelling Wave Tube Amplifier (TWTA) a year ago, has not experienced any other major failure; all other platform and instrument equipment is still operating with the "A" unitsý
12 January 1995
Phase E - Geodetic Phase and Phase F - Second Geodetic Phase now available on line. This update uses a new keywording scheme, where the equals sign ('=') in keywords has been substituted with an underscore.
29 December 1994
ERS manoeuvre history for 1994 is available now at ESOC'sNear-Earth Navigation and Geodesy site.
13 December 1994
Due to the potential launch delay of ERS-2 after the Ariane failure and in line with High Level Operation Plan (HLOP), which specifies a 168-day repeat cycle until 4 weeks prior to the ERS-2 launch, ESA has decided to maintain the 168-day cycle for some more weeks, in order to benefit from the unique chance to acquire two full 168-day cyclesý
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