The Volatility of Global Water Resources Inc is 2.81%
Volatility or average true range percent (ATRP 14) is the ATR expressed as a percentage of closing price.
14-day average true range percent
Average true range percent (ATRP) measures volatility on a relative level. This is opposed to the ATR, which measures volatility on an absolute level. ATRP allows securities to be compared whereas ATR does not. That means lower-priced stocks won't necessarily have lower ATR values than higher-priced stocks.
The period used in the calculation is 14 days and the normalized indicator oscillates between 0 and 100 percent of recent price variation. Importantly, the indicator doesn't predict the direction of price but it describes the current volatility. The volatility is comparable across all securities and all markets.
Volatility expresses the degree of price movement. The use of ATRP as volatility compared to ATR is preferred in cases when different securities or different time periods are compared. Examples are stock screening, filtering strategies, and studying seasonality and volatility patterns over long periods of time and different markets
global water resources, inc. is a water resource management company that owns, operates and manages water, wastewater and recycled water utilities in strategically located communities, principally in metropolitan phoenix, arizona. we seek to deploy our integrated approach, which we refer to as “total water management,” a term we use to mean managing the entire water cycle by owning and operating the water, wastewater and recycled water utilities within the same geographic areas in order to both conserve water and maximize its total economic and social value. we use total water management to promote sustainable communities in areas where we expect growth to outpace the existing potable water supply. our model focuses on the broad issues of water supply and scarcity and applies principles of water conservation through water reclamation and reuse. our basic premise is that the world’s water supply is limited and yet can be stretched significantly through effective planning, the use of rec