Dear MARMAM,

I am pleased to announce the publication of my new book chapter, "The 
Importance of Reproduction for the Conservation of Slow-Growing Animal 
Populations", which features cases studies on cetaceans dolphin populations 
(bottlenose dolphins, Orcas). The chapter was published in the book 
"Reproductiive Sciences in Animal Conservation" and is available here:
https://link.springer.com/chapter/10.1007/978-3-030-23633-5_2

Anyone interested in the chapter can contact me to request a private copy at:
[email protected]

Abstract:
Both survival and reproduction are important fitness components, and thus 
critical to the viability of wildlife populations. Preventing one death 
(survival) or contributing one newborn (reproduction), has arguably the same 
effect on population dynamics—in each instance the population grows or is 
maintained by one additional member. However, for the conservation of 
slow-growing animal populations, the importance of reproduction is sometimes 
overlooked when evaluating wildlife management options. This has to do with the 
use of demographic sensitivity analyses, which quantify the relative 
contribution of vital rates to population growth. For slow-growing populations, 
the results of such analyses typically show that growth rates are more 
sensitive to changes in survival than to equal proportional changes in 
reproduction. Consequently, for slow-growing taxa, survival has been labelled a 
better fitness surrogate than reproduction. However, such a generalization, 
derived from conventional sensitivity analyses, is based on flawed approaches, 
such as omitting appropriate scaling of vital rates, and sometimes 
misinterpretations. In this chapter, I make the case that for the conservation 
of slow-growing species the role of reproduction is considerably greater than 
conventional sensitivity analyses would suggest. This is illustrated by case 
studies on wildlife populations that underscore the importance of reproduction 
for the conservation of slow-growing birds, ungulates, carnivores, and 
cetaceans.

Greetings, Oliver Manlik

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