earth online
  • All Categories (45)
  • News (2)
  • Missions (8)
  • Events (4)
  • Activities (1)
  • Documents (30)
  • Document - Proceedings

    prompt photo

    2004 Envisat and ERS Symposium

    The 2004 Envisat and ERS Symposium was held in Salzburg - Austria from 6 to 10 September 2004. The 2004 Envisat and ERS Symposium provided a forum for investigators to present results of ongoing research project activities and assess the development of applications and services.

  • Event - Training

    prompt photo

    EO Summer School 3

    In line with observations it shows anti-cyclonically rotating surface currents and cyclonically rotating bottom currents.

  • Event - Training

    prompt photo

    EO Summer School 4

    Keynote lectures on global change issues are also given to discuss the current state of the science of global change and

  • Event - Training

    prompt photo

    EO Summer School 5

    Keynote lectures on global change issues are also given to discuss the current state of the science of global change and

  • Event - Training

    prompt photo

    EO Summer School 6

    Keynote lectures on global change issues are also given to discuss the current state of the science of global change and

  • Mission - Heritage Missions

    prompt photo

    ERS Overview

    global scale, the two ERS satellites expanded our understanding of the interaction between the oceans and atmosphere, ocean currents

  • Mission - Heritage Missions

    prompt photo

    ERS Radar Course 1

    Therefore, microwaves easily penetrate clouds, and images can be acquired independently of the current weather conditions

  • Mission - Heritage Missions

    prompt photo

    ERS Radar Course 2

    Therefore, microwaves easily penetrate clouds, and images can be acquired independently of the current weather conditions

  • Mission - Heritage Missions

    prompt photo

    ERS Radar Course 3

    Therefore, microwaves easily penetrate clouds, and images can be acquired independently of the current weather conditions

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 02 Feb 2004

    Figure 6 shows the evolution of the HR calibration pulses during the current cycle.

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 02 Jun 2003

    For the current cycle its mean value is about 24.18dB with a standard deviation of 0.75 dB as shown in Figure 16. 2.6

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 02 May 2005

    For the current cycle, the power level is of 48.68dB as shown in Figure 11.

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 04 Nov 2002

    For the current cycle its mean value is about 24.3571 dB with a standard deviation of 0.7589 dB as shown in Figure 11.

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 04 Oct 2004

    Figure 8 shows the evolution of the HR calibration pulses during the current cycle.

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 06 Jun 2005

    The mean replica power level is of 49.45dB for the current cycle. 12 ERS-2 SAR Cyclic Report Cycle 106

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 08 Mar 2004

    Figure 7 shows the evolution of the HR calibration pulses during the current cycle.

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 08 Nov 2004

    Figure 10 shows the trend evolution of the HR calibration pulses during the current cycle.

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 09 Dec 2002

    For the current cycle its mean value is about 24.335 dB with a standard deviation of 0.773 dB as shown in Figure 18. 2.6

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 12 Apr 2004

    Figure 7 shows the evolution of the HR calibration pulses during the current cycle.

  • Document - Quality Report

    prompt photo

    ERS-2 AMI-SAR Cyclic Report 13 Dec 2004

    For the current cycle, the power level is of 48.89dB as shown in Figure 4.