I purchased some garden hose storage brackets on which I hang my cleaner hoses.
Regarding basement storage be sure to dehumidify and/or fan the air to help minimize deterioration.
According to the Canadian Conservation Institute (CCI):
High humidity accelerates the degradation of cellulose esters and Ebonite, although it does not affect other plastics and rubbers as much. However, it does promote the damaging action of acidic atmospheric pollutants and acidic by-products of deterioration. Moreover, it creates conditions favourable to the growth of fungi, which, though not as likely to develop on rubber and plastic as on cellulosic materials, does occur, and does cause damage. For these reasons, RH values over 65% should be avoided for plastics and rubbers.
Certain plastics, such as the cellulose esters, casein, nylon, and polyester, as well as plastics filled with wood powder (e.g., early forms of Bakelite), absorb moisture and respond dimensionally. That is, they may swell in damp conditions and shrink when drying out. Depending on how fast or how extreme the RH fluctuation is, this may cause cracking. Plastics and rubbers should therefore be kept at constant, moderate to low levels of RH.
The higher the temperature, the faster the rate of deterioration. Cooler conditions, therefore, promote longevity. Avoid hot lights, proximity to any heat source, or any storage or display practice that heats objects.
Ideally, rubber and plastic objects should be stored in cold, dark, dry, and oxygen-free conditions. Cold, dark, dry conditions can be found in the refrigerator section of a frost-free refrigerator or in a low relative humidity cold storage room. The freezer compartment of frost-free refrigerators and frost-free deep freezers have high relative humidity and should not be used to store objects, unless they are protected by waterproof containers (Wilhelm and Brower, 1993). To reduce humidity around objects, they should be placed in sealed glass or vapour-proof plastic containers along with dry indicating silica gel that occupies about one-third of the air space in the container. The indicating silica gel will remain blue as long as the air in the container is dry. When it turns to a pink colour, it should be replaced with a fresh quantity (CCI Technical Bulletin 10, Silica Gel). Monitoring should be done at least once a year. Please note, however, that plastics are more brittle when they are cold. Well-padded boxes and trays, as well as careful handling, will be required.
For more information check out CCI's webpage:
http://www.cci-icc.gc.ca/publications/notes/15-1-eng.aspx