The phantom death, and other stories.

Mode of access: Internet.

In paradise : or, The state of the faithful dead : a study from Scripture on death and after-death.

Mode of access: Internet.

Life of Lord Palmerston : with an account of his death and funeral.

Mode of access: Internet.

The cross of Christ : or, Meditations on the death and passion of our blessed Lord and Saviour.

Mode of access: Internet.

A remembraunce of the life, death, and vertues of the most noble and honourable lord Thomas, late Earle of Sussex ... who deceased at Barmesey the 11th of June 1583 /

Cuts: title vignette, head and tail pieces, initial.

Daily meditations: or, Quotidian preparations for and considerations of death and eternity begun July 19. 1666 /

"A postscript to the reader."--p. [17-18], in verse; signed: M.J. [i.e., Marmaduke Johnson]. In the first issue (1668; Evans 128) the identical postscript is signed: J.T.

A letter to Adam Smith ... on the life, death, and philosophy of his friend David Hume ...

Mode of access: Internet.

Extinction times for a general birth, death and catastrophe process

The birth, death and catastrophe process is an extension of the birth-death process that incorporates the possibility of reductions in population of arbitrary size. We will consider a general form of this model in which the transition rates are allowed to depend on the current population size in an arbitrary manner. The linear case, where the transition rates are proportional to current population size, has been studied extensively. In particular, extinction probabilities, the expected time to extinction, and the distribution of the population size conditional on nonextinction (the quasi-stationary distribution) have all been evaluated explicitly. However, whilst these characteristics are of interest in the modelling and management of populations, processes with linear rate coefficients represent only a very limited class of models. We address this limitation by allowing for a wider range of catastrophic events. Despite this generalisation, explicit expressions can still be found for the expected extinction times.

Cell death and degeneration in the symbiotic dinoflagellates of the coral Stylophora pistillata during bleaching

Rising sea temperatures are increasing the incidences of mass coral bleaching (the dissociation of the coral-algal symbiosis) and coral mortality. In this study, the effects of bleaching (induced by elevated light and temperature) on the condition of symbiotic dinoflagellates (Symbiodinium sp.) within the tissue of the hard coral Stylophora pistillata (Esper) were assessed using a suite of techniques. Bleaching of S. pistillata was accompanied by declines in the maximum potential quantum yield of photosynthesis (F-v/F-m, measured using pulse amplitude modulated [PAM] fluorometry), an increase in the number of Sytox-green-stained algae (indicating compromised algal membrane integrity and cell death), an increase in 2',7'-dichlorodihydrofluroscein diacetate (H(2)DCFDA)stained algae (indicating increased oxidative stress), as well as ultrastructural changes (vacuolisation, losses of chlorophyll, and an increase in accumulation bodies). Algae expelled from S. pistillata exhibited a complete disorganisation of cellular contents; expelled cells contained only amorphous material. In situ samples taken during a natural mass coral bleaching event on the Great Barrier Reef in February 2002 also revealed a high number of Sytox-labelled algae cells in symbio. Dinoflagellate degeneration during bleaching seems to be similar to the changes resulting from senescence-phase cell death in cultured algae. These data support a role for oxidative stress in the mechanism of coral bleaching and highlight the importance of algal degeneration during the bleaching of a reef coral.