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� • _.f��1aI€ �y `'q ����r <br /> 11a.ni++�in�I�pecd c�h directirm <br /> �3-tn��ittd a(ye�d' ! Ligltt»mg rtxd <br /> 9-m temgeran�rc`�.` � <br /> Antenna W thr t:)klahvi��a La�� <br /> �nfarccm��t"tclecv[nr�eun�tiKm�Systcmo <br /> Ro <br /> sotar}�nr'I <br /> �-m wind specd" }3,ammtnetric�rc�.sut'�:� <br /> I.5-m tcm�r�surc& <br /> dat�Ic�g�rr,hatre�;=.a�r�dio <br /> rclatiti�c humidit}• `� � �' <br /> i.i-m r��lar radiation <br /> Rainfali <br /> tA1lcr+hielc�nnt x3ua+r��► <br /> Soi1 temgeratvrc ru;rit mc�isturr' <br /> IS•.l0.�t)�`cm) C,a7und r�x1 t5.25,t�),75 cm} <br /> Site locations will need to be chosen based on the following criteria: <br /> Accessible be vehicle during all seasons. <br /> Wind Speed and Wind Direction: <br /> • Standard is 10 m above ground level with no obstructions within 300 m for anemometer <br /> and vane exposure. <br /> • Slope should be less than 17 degrees to avoid separation of flow, producing large eddies. <br /> Solar Radiation: <br /> • Site should be free of obstruction above the lane of the radiation sensing element. <br /> • Important that no obstruction cast a shadow on a solar radiation sensor. <br />