Volatility refers to standard deviation, a statistical measure that captures the variations from the mean of a stock's returns and that is often used to quantify
risk over a specific time period.
Not exact matches
Consider these
risks before investing: The value of securities in the fund's portfolio may fall or fail to rise
over extended
periods of
time for a variety of reasons, including general financial market conditions, changing market perceptions, changes in government intervention in the financial markets, and factors related to a
specific issuer, industry, or sector and, in the case of bonds, perceptions about the
risk of default and expectations about changes in monetary policy or interest rates.
Consider these
risks before investing: The value of stocks in the fund's portfolio may fall or fail to rise
over extended
periods of
time for a variety of reasons, including general financial market conditions and factors related to a
specific issuer, industry or sector.
An investment in the fund could lose money
over short, intermediate, or even long
periods of
time because the fund allocates its assets worldwide across different asset classes and investments with
specific risk and return characteristics.
The value of bonds in the fund's portfolio may fall or fail to rise
over extended
periods of
time for a variety of reasons including general financial market conditions, changing market perceptions of the
risk of default, changes in government intervention, and factors related to a
specific issuer or industry.
Consider these
risks before investing: The value of securities in the fund's portfolio may fall or fail to rise
over extended
periods of
time for a variety of reasons, including general financial market conditions, changing market perceptions, changes in government intervention in the financial markets, and factors related to a
specific issuer, industry, or sector and, in the case of bonds, perceptions about the
risk of default and expectations about changes in monetary policy or interest rates.
The Abstract of the paper seems to be clear that we're looking at the 2000 Oxford floods in particular, not the increased
risk of floods occurring
over a
specific time period, say 1996 - 2005.