Nature, News and Views, v. 457, p.1093 - 1094 and Baker et
al. same issue, p.1097 - 1102).
Not exact matches
In his research commentary, Leggett discusses two reports in the
same issue: One, by Anderson, describes how his interlayer tunneling theory compares with recent experimental data in three materials, and the other, by Moler et
al., presents new data on one of the three materials.
In his Perspective, Crutzen discusses results reported in the
same issue by Summers et
al. in which they find that chemical balance can be achieved if changes are made to some important reaction rates.
In his Perspective, de Gennes discusses results published in the
same issue by Perkins et
al. in which the flexibility of individual polymer strands has been measured.
Twenty years later, Udo and Takeda (2014) projected the rate of beach loss at SLR values of 0.1 to 1.0 m using the
same method as Mimura et
al. (1994), further refined with a different beach data set obtained from 1/25, 000 scale maps
issued by the Geospatial Information Authority of Japan (GSI)(Kishida and Shimizu, 2000).
In his Perspective, Wilson discusses results presented in the
same issue by Marcus et
al. in which techniques of radio astronomy were used to measure changes in Earth's angular momentum.
Just a couple quick examples: the boreholes were an early dissenter and entered the scene around the
same time as MBH; Wally Broecker published a letter in Science criticizing the MBH curve very shortly after it's publication; divergence and curve standardization
issues associated with the tree rings were widely being discussed by the late 90's and Esper et
al. (2002) was an important later contribution in that regard, the prospect of a localized or global LIA and MWP was (and is) a hot topic before MBH, and so on.
For analysis, see Kempton (1991); Bostrom et
al. (1994)(spray cans); Read et
al. (1994); non-U.S. polls: O'Riordan and Jäger (1996), using a 1995 report by W. Rudig; also Bord et
al. (1998); see also Stamm et
al. (2000) and other articles in the
same issue.