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Canadian author Allen Grant was a voracious thinker and writer who published on a remarkable array of topics, ranging from scholarly science papers to popular fiction. This essay collection offers a glimpse into Allen's beliefs and views on subjects ranging from language to education

In an era where ""knowledge workers"" with often-nebulous skill sets have come to make up a significant portion of the workforce, it can be refreshing to read about the more clearly defined trades of past eras. This engaging collection of brief biographies from Canadian author Grant Allen explores a number of skilled trades such as stonemason, painter, and shoemaker, as well as the day-to-day lives of the men who filled these roles

In an era where ""knowledge workers"" with often-nebulous skill sets have come to make up a significant portion of the workforce, it can be refreshing to read about the more clearly defined trades of past eras. This engaging collection of brief biographies from Canadian author Grant Allen explores a number of skilled trades such as stonemason, painter, and shoemaker, as well as the day-to-day lives of the men who filled these roles.

Over the past decade, for-profit career colleges have faced significant scrutiny and increased governmental regulation. Even with the skepticism of critics, for-profit enrollments surged and had one of the fastest enrollment growths among higher education sectors. For-profit career colleges are typically known for their predatory marketing practices and exorbitant costs. However, there is a significant concern surrounding why students would attend an institution with such a high cost and a socially perceived low-probability of return on investment (Cellini, 2012; Iloh & Tierney, 2013). This study employs a case study methodology to examine the decision-making process of students who selected for-profit career colleges instead of community colleges in northeast Florida. The researcher utilizes Levin and Milgrom's Rational Choice Theory which is based upon the premise that individuals have preferences and make decisions based upon those preferences (Levin & Milgrom, 2004). In this qualitative study, the researcher utilized document evidence, semi-structured interviews, and focus groups to examine how students arrived at their choice to attend a for-profit career college instead of a lesser expensive community college. The findings of the study provide a framework for higher education practitioners and leaders to utilize the information gathered to improve or modify their current admission and recruitment strategies to increase enrollment in community colleges among non-traditional students.

The socialist ideal in art, by W. Morris, and Socialism and literature, by H.S. Salt, are reprinted from the New review of January 1891. of. Prefatory note. ; On cover: Edited by E. Carpenter. ; Added t.-p., illustrated. ; Re-occupation of the land. By A.R. Wallace.--Trade unionism and co-operation. By T. Mann.--Programme for a socialist parliament. By H.R. Smart.--The socialist ideal in art. By W. Morris.--Socialism and literature. By H.S. Salt.--A century of women's rights. By Enid Stacy.--Means and ends in education. By Margaret McMillan.--Natural inequality. By G. Allen.--Illusions of socialism. By B. Shaw.--Transitions to freedom. By E. Carpenter. ; Mode of access: Internet.

An uncontrolled gas leak from 25 March to 16 May 2012 led to evacuation of the Total Elgin wellhead and neighbouring drilling and production platforms in the UK North Sea. Initially the atmospheric flow rate of leaking gas and condensate was very poorly known, hampering environmental assessment and well control efforts. Six flights by the UK FAAM chemically instrumented BAe-146 research aircraft were used to quantify the flow rate. The flow rate was calculated by assuming the plume may be modelled by a Gaussian distribution with two different solution methods: Gaussian fitting in the vertical and fitting with a fully mixed layer. When both solution methods were used they compared within 6% of each other, which was within combined errors. Data from the first flight on 30 March 2012 showed the flow rate to be 1.3±0.2kgCH4s-1, decreasing to less than half that by the second flight on 17 April 2012. δ13CCH4 in the gas was found to be -43‰, implying that the gas source was unlikely to be from the main high pressure, high temperature Elgin gas field at 5.5km depth, but more probably from the overlying Hod Formation at 4.2km depth. This was deemed to be smaller and more manageable than the high pressure Elgin field and hence the response strategy was considerably simpler. The first flight was conducted within 5 days of the blowout and allowed a flow rate estimate within 48h of sampling, with δ13CCH4 characterization soon thereafter, demonstrating the potential for a rapid-response capability that is widely applicable to future atmospheric emissions of environmental concern. Knowledge of the Elgin flow rate helped inform subsequent decision making. This study shows that leak assessment using appropriately designed airborne plume sampling strategies is well suited for circumstances where direct access is difficult or potentially dangerous. Measurements such as this also permit unbiased regulatory assessment of potential impact, independent of the emitting party, on timescales that can inform industry decision makers and assist rapid-response planning by government.

An uncontrolled gas leak from 25 March to 16 May 2012 led to evacuation of the Total Elgin wellhead and neighbouring drilling and production platforms in the UK North Sea. Initially the atmospheric flow rate of leaking gas and condensate was very poorly known, hampering environmental assessment and well control efforts. Six flights by the UK FAAM chemically instrumented BAe-146 research aircraft were used to quantify the flow rate. The flow rate was calculated by assuming the plume may be modelled by a Gaussian distribution with two different solution methods: Gaussian fitting in the vertical and fitting with a fully mixed layer. When both solution methods were used they compared within 6 % of each other, which was within combined errors. Data from the first flight on 30 March 2012 showed the flow rate to be 1.3 ± 0.2 kg CH4 s−1, decreasing to less than half that by the second flight on 17 April 2012. δ13CCH4 in the gas was found to be −43 ‰, implying that the gas source was unlikely to be from the main high pressure, high temperature Elgin gas field at 5.5 km depth, but more probably from the overlying Hod Formation at 4.2 km depth. This was deemed to be smaller and more manageable than the high pressure Elgin field and hence the response strategy was considerably simpler. The first flight was conducted within 5 days of the blowout and allowed a flow rate estimate within 48 h of sampling, with δ13CCH4 characterization soon thereafter, demonstrating the potential for a rapid-response capability that is widely applicable to future atmospheric emissions of environmental concern. Knowledge of the Elgin flow rate helped inform subsequent decision making. This study shows that leak assessment using appropriately designed airborne plume sampling strategies is well suited for circumstances where direct access is difficult or potentially dangerous. Measurements such as this also permit unbiased regulatory assessment of potential impact, independent of the emitting party, on timescales that can inform industry decision makers and assist rapid-response planning by government.