As the first scientific results begin to emerge from groups working on astrophysical transients with the new generation of radio telescopes, it is an appropriate and opportune time for us all to meet to discuss advances in this field.
This meeting will be a combined meeting for ThunderKAT, LOFAR TKP, TRAPUM, and other groups working on SKA pathfinder radio telescopes worldwide. The agenda will include developments in survey strategies, new techniques for transient detection and classification, and new results.
Venue The conference will be hosted at the Protea Hotel Kruger Gatehttp://www.proteahotels.com/protea-hotel-kruger-gate.html The hotel is on the edge of the Kruger National Park facing the Sabie River toward the Park. There will be many opportunities during the conference to visit this world-famous wildlife reserve, and we encourage you to take a few days either before or after to visit the park during a more relaxed time. http://en.wikipedia.org/wiki/Kruger_National_Park
Getting There Participants will need to arrange their own travel to the conference venue. The closest airport is Mbombela (Nelspruit) International Airport. Johannesburg International Airport is a 5-hour drive from the conference venue. Some suggested options for travel are: 1. Arrive at Johannesburg International airport. Then either:
2. Catch a flight connection from Johannesburg to Kruger Mpumalanga International Airport - (in Mbombela/Nelspruit). Then either:
Since Flight connections to Kruger Mpumalanga International Airport can be expensive and irregular, we suggest arriving at Johannesburg International, even though the drive will take a few hours (the flight connection delay may in fact be longer). Yet both airports are reasonable options, depending on your individual travel preferences.
Malaria The meeting will take place in an area that has malarial risk. The official advice is that participants should take medical malarial precautions in consultation with a doctor. However, July is low-season for malaria, and thus the risk is significantly reduced.
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