European Facility For Airborne Research Nov. 23, 2024, 09:18
Within EUFAR, Transnational Access (TA) is offered to 17 instrumented aircraft ranging from a low- and slow-flying small single-engine aircraft (ENDURO) to a 4-engine jet aircraft that is capable of carrying several tons of instrumentation payload (BAe146). In addition, 3 specialist instruments (VITO-APEX, DLR-HIS and DLR-SAR) are separately available through TA. The funding offered to successful applicants provides an allocation of flight hours on the selected aircraft. It also provides a small amount of Travel and Subsistence (T&S) funding to enable Principal Investigators and other user-group members to participate in the planning and execution of the field campaign. This T&S funding is typically at the level of about €2500 for each approved project. Following the flight campaign, they are provided with calibrated and quality-controlled data by the aircraft operator.
TA funds do NOT cover any of the costs associated with the installation of additional instrumentation on the chosen aircraft platform. If there is a potential requirement for this, applicants should contact a representative of their selected aircraft operator as soon as possible. This will enable an early assessment of the feasibility of the installation and establish the level of additional funding that will be required beyond that available from EUFAR.
In order to continue to provide researchers with a method of access to research aircraft, EUFAR is currently developing a new process that is referred to as Open Access (OA). In this, funding for the flight hours is provided by the aircraft operators themselves (or their funding partners). Access to the aircraft is granted in exchange for resources provided in-kind by a separate country or agency. These resources may take a number of forms. One possibility is the provision of instrument scientists and engineers to work at the flight facility of one of the current EUFAR aircraft operators. Another alternative may be the development of a new instrument that may be a key to achieving the aims of scientists from the aircraft operator’s normal user base. A number of aircraft operators and funding bodies within the EUFAR network have already signed a Memorandum of Understanding to implement this scheme and it is planned to implement it fully over the next 2 years (2014-2015).
Any potential users who wish to obtain flight time on one of their aircraft are encouraged to discuss their requirements with the TA Coordinator (Phil Brown). They may also wish to submit an Expression of Interest as described above. We will discuss their requirements with them and explore the ways in which it may be possible to encourage their national funding agencies to provide support for it through the Open Access process.
To join a research team currently designing a Transnational Access project, please click on the "Join" button in the table below to describe your motivation to be involved.
Campaign start / end | Project Acronym / Type | Title / Scientific theme | Operator, Aircraft / Instrument required | Project leader | History file | Status | Action |
---|---|---|---|---|---|---|---|
None None |
FOAM - Silesia
Scientific project |
Flight campaign over Silesian Coal District to quantify the methane emission rates from urban and biogenic sources
TA-021. Applications of atmospheric in-situ measurement |
FUB,
C 207 - FUB None |
NECKI Jaroslaw | History / Evaluation | Confirmed | Join |
None None |
PIANO-A
Scientific project |
Penetration and Interruption of Alpine Foehn: Aircraft Measurements
TA-021. Applications of atmospheric in-situ measurement |
DLR,
C 208 - DLR None |
GOHM Alexander | History / Evaluation | Confirmed | Join |
None None |
MOSTRA
Scientific project |
Mediterranean Ozone Study with Transnational Research Aircraft
TA-015. Applications of atmospheric in-situ measurements. |
FAAM,
BAe146 - FAAM None |
DI CARLO Piero | History / Evaluation | Confirmed | Join |
None None |
COOLAPEX
Scientific project |
Towards assessment of water quality of the Curonian Lagoon using hyperspectral APEX sensor: optical water properties, phytoplankton and macrophytes
TA-014. Airborne imaging for environmental science applications. |
DLR,
DO228-101 - DLR APEX |
VAICIUTE Diana | History / Evaluation | Confirmed | Join |
None None |
OLACTA-2
Scientific project |
Observing the Low-level Atmospheric Circulation in Tropical Atlantic
TA-015. Applications of atmospheric in-situ measurements. |
SAFIRE,
ATR42 - SAFIRE None |
ROSENBERG Phil | History / Evaluation | Confirmed | Join |
None None |
ALLDUST-SA
Scientific project |
The Etosha Pan as an Alluvial Dust Source - A Sub-basin Analysis
TA-011. Applications of atmospheric in-situ measurements. |
SAFIRE,
FA20 - SAFIRE None |
FEUERSTEIN Stefanie | History / Evaluation | Confirmed | Join |
None None |
EriSMA
Scientific project |
investigating the Effects of Satellite assimilation of dust in NMM-DREAM Model over SW Africa
TA-011. Applications of atmospheric in-situ measurements. |
SAFIRE,
FA20 - SAFIRE None |
AMIRIDIS Vassilis | History / Evaluation | Confirmed | Join |
None None |
NEAREX
Scientific project |
Norwegian Mesoscale Ensemble and Atmospheric River Experiment (NEAREX)
Subsynoptic structure of Atmospheric Rivers and their impact on ensemble initialisation and forecasting of heavy precipitation events in Norway. |
SAFIRE,
FA20 - SAFIRE None |
MOORE Richard | History / Evaluation | Confirmed | Join |