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(DGPS) equipment
in 2001. Continuous profiles, approximately 1 km apart,
were measured in the accumulation zone and a dense net-
work of point measurements were carried out in the abla-
tion zone. Digital Elevation Models (DEMs) of the surface
and bedrock were created from these data (Fig. 2; Björns-
son and Pálsson, 2004). The estimated errors are at most
1–5 m (bias less than 1 m) for the surface
/media/ces/Adalgeirsdottir-etal-tc-5-961-2011.pdf
Conference on Future Climate
and Renewable Energy:
Impacts, Risks and Adaptation
31 May - 2 June 2010
Soria Moria Hotel and Conference Center, Oslo, Norway
Conference proceedings
1
Conference proceedings
Future Climate and Renewable Energy: Impacts, Risks and Adaptation
31 May – 2 June 2010
Soria Moria Hotel and Conference Center, Oslo Norway
Published by: Norwegian Water
/media/ces/ces-oslo2010_proceedings.pdf
lidar surveys
Joaquín Muñoz-Cobo Belart, Eyjólfur Magnússon and Finnur Pálsson .......................... 11
Mass balance analysis of Drangajökull ice cap from historical photogrammetry and lidar
Beata Csatho, Thorsten Markus and Thomas Neumann ................................................... 12
The ICESat-2 mission: design, applications and pre-launch performance assessments
/media/vatnafar/joklar/Reykholt-abstracts.pdf
in an overall
cold bias, compared with station measurements. To test, whether this is due to the HARMONIE
model core or the external surface scheme, biases of 2-m temperature from SURFEX are com-
pared with biases of temperature projected from the lowest two model levels to 2 mAGL. It is
found that the negative temperature biases are due to shallow inversion layers near the ground,
which are introduced
/media/vedurstofan/utgafa/skyrslur/2014/VI_2014_005.pdf
level coursed by tides is small with a range of less than 0.5 m.
Figur 1. Horsens Fjord catchment. WFD main catchment area is 794 km2
NONAM Summerschool Copenhagen 22-26 August 2011 2
Physical features and ecosystem
The fjord landscape is formed by glacial deposits. The average depth is 5 meters and the residence time
of water in the fjord is about 20 days. As to tidal variations
/media/loftslag/Horsens_case.pdf
of how climate change will
impact our countries” says Árni.A sustainable solution Powered entirely by Icelandic hydropower and geothermal energy sources
and taking advantage of the local tempered climate for keeping the
supercomputer components cool, the running costs and CO2 footprint
will be kept to a minimum, saving tonnes of CO2 in line with the
four nations' efforts towards reaching Net/about-imo/news/joining-forces-in-weather-forecasting-and-climate-research
in sea surface level in the North Sea/Baltic Sea system
whereas changes in sea surface level coursed by tides is small with a range of less than 0.5 m.
Figur 1. Horsens Fjord catchment. WFD main catchment area is 794 km2
NONAM Risk Assessment and Stakeholder Investment. Multidisciplinary Workshop in Reykjavík 26 – 27 August 2010 2
Physical features and ecosystem
The fjord landscape
/media/loftslag/CASE_A___Jes_Pedersen_(Region_Midt,_Dk)_Introduction.pdf
in sea surface level in the North Sea/Baltic Sea system
whereas changes in sea surface level coursed by tides is small with a range of less than 0.5 m.
Figur 1. Horsens Fjord catchment. WFD main catchment area is 794 km2
NONAM Risk Assessment and Stakeholder Investment. Multidisciplinary Workshop in Reykjavík 26 – 27 August 2010 2
Physical features and ecosystem
The fjord landscape
/media/loftslag/Case_A___Horsens_Fjord.pdf
)
Use this model to identify policies that are likely to
succeed or that probe key uncertainties;
(2)
being to
(1) Work with stakeholders to develop a shared under-
standing of the system to be managed and the desirable
outcomes, by developing a system model that can be
used for policy screening;
Wal
as a
d
e social and political values in water resource
ment.
ters and Holling (1990) describe
/media/loftslag/Henriksen_Barlebo-2008-AWM_BBN-Journ_Env_Management.pdf