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that will be observed) and in the centre of the ring is a 30-metre tower to aid scientists and researchers with their observations of the plants and trees within the parameters of the ring. This forms one of the six rings of the FACE experiment and it is anticipated that all six rings will be in operation

the site safe. This will also need to be removed at the end of the construction period. A number of vehicles will also be required to clear the site and remove all waste material. We propose to manufacturer the radar tower and associated communications building off-site, and then deliver separate smaller

and Monitoring Workshop, Exeter, UK Defintion of lightning protection ➔ Roll an imaginary ball over the building ➔ Place lightning protection rods such that the ball does not touch the building ➔ The smaller the ball, the higher the lightning protection class ➔ Requirement for radar towers: „BSK III

.....................................................................................................5 4 Update on three UK sites...........................................................................................................................7 4.1 Angus Tower

Probability ARG Alto Andina de la Chinchilla Provincial Reserve 3,217.20 Low Probability ARG Olaroz Caucharí Provincial Faunal Reserve 2,092.92 Low Probability ARG Los Andes Nature Wildlife Reserve 15,191.63 Attention ARG Domuyo Protected Nature Area 930.54 Low Probability ARG Cerro Aconcagua

320.78 Low Probability ARG Cañadón de Profundidad Provincial Park 0.52 Low Probability ARG Fachinal Provincial Park 0.51 Low Probability ARG Rincon Nazari Urban Nature Reserve 0.11 Low Probability ARG Tupa Poja - Lote 71 A Private Reserve 0.45 Low Probability ARG Alto Andina de la Chinchilla Provincial

June 2025 update Construction has started onsite. Brody Forbes Ltd have cleared the ground and installed the foundations ready for the construction of the tower. Installation of the radar itself will take place later this year, before a period of testing and commissioning. We expect the radar

° or better. This in turn will require an interferometer with a clear horizon and a (vertical) baseline of ∼10 m.  It is proposed to make use of weather radar towers to mount the interferometer elements, thereby avoiding the need for a bespoke frame to provide a baseline with the necessary structural

transmission and to withstand severe weather. The weather radar will comprise of... • a rotating antenna • the antenna is mounted on top, protected by radome • a steel frame tower with stairway access • radar equipment housed inside a small control room • a lightning conductor • aviation safety lighting

transmission and to withstand severe weather. The weather radar will comprise of... • a rotating antenna • the antenna is mounted on top, protected by radome • a steel frame tower with stairway access • radar equipment housed inside a small control room • a lightning conductor • aviation safety