NOVELTY - Removing carbon dioxide from ambient air involves placing at least one material capable of reacting with carbon dioxide to produce fertilizer, in the path of movement of ambient air.    USE - For removing carbon dioxide from ambient air, and for producing fertilizer for application to plants (claimed), particularly for sequestering the greenhouse gas carbon dioxide.    ADVANTAGE - The method enables to remove the greenhouse gas carbon dioxide in a permanent manner. At the same time, it also generates electrical energy, pumps liquid, compresses gas, rotates a propeller, and produces fertilizer for application to plants. The method is simple and yet effective way to remove carbon dioxide from the air while producing useful materials from it, and while also performing other useful work. The fabric is relatively easily biodegradable when in contact with soil.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) a combination of: a vertical axis wind turbine having vanes (13) with a material associated therewith capable of reacting with ambient carbon dioxide when sufficient moisture is present; and apparatus which applies a water mist to the material; and where the apparatus comprises at least one nozzle (50) controlled by a controller (51), mounted below the turbine vanes for directing a water mist so that it contacts the material on the vanes;    (2) a vertical axis wind turbine spoke (20) curved along a dimension of elongation having a slot along the dimension of elongation for receipt of a vane, the slot open at the free end of the spoke, and closed adjacent the hub of the spoke; and a fastener-receiving opening adjacent the free end of the spoke, which is capable of cooperating with a fastener to hold a vane in the slot;    (3) a mounting unit for a vertical axis wind turbine, the mounting unit having a central component with bearings and a driven shaft (19), and at least three legs, an attachment plate for each leg operatively connected to the central component, and each leg detached from the central component and attachable to an attachment plate by several fasteners;    (4) a structure comprising: a vertical axis wind turbine rotor (10) having an exterior surface and a shaft; a mounting system comprising: a drive shaft; a tubular central component; a bearing mounting the drive shaft for rotation within the tubular central component; at least three support legs, at least one of which is telescopic, extending an angle from the central component, and each having a free end; a foot movably mounted adjacent the free end of each of at least two of the support legs; and a load operatively connected to the drive shaft; and a quick connect/disconnect coupling between the rotor shaft and the drive shaft.    DESCRIPTION OF DRAWING(S) - The figure shows schematic perspective view of modified form of VAWT rotor, and in association with mist applying system.    Vertical axis wind turbine rotor (10)    Vanes (13)    Driven shaft (19)    Vertical axis wind turbine spoke (20)    Nozzle (50)    Controller. (51)