By David W. Macdonald, Katherine J. Willis
Following the a lot acclaimed good fortune of the 1st quantity ofKey issues in Conservation Biology, this fullyyt new secondvolume addresses an leading edge array of key themes in contemporaryconservation biology. Written through an across the world renownedteam of authors, Key subject matters in Conservation Biology 2 addsto the nonetheless topical foundations laid within the first volume(published in 2007) through exploring one more 25 state of the art issuesin smooth biodiversity conservation, together with controversialsubjects corresponding to environment conservation priorities, balancing thefocus on species and ecosystems, and fiscal mechanisms to valuebiodiversity and pay for its conservation. different chapters, settingthe framework for conservation, tackle the sociology andphilosophy of peoples relation with Nature and its impression onhealth, and such hard sensible concerns as flora and fauna exchange andconflict among humans and carnivores. As a brand new improvement, thissecond quantity of Key themes contains chapters on significant ecosystems,such as forests, islands and either clean and marine waters, alongwith case stories of the conservation of significant taxa: plants,butterflies, birds and mammals. an additional number of topicsconsider how one can protect the longer term via tracking, reserveplanning, corridors and connectivity, including techniques toreintroduction and re-wilding, in addition to dealing with wildlifedisease. a last bankruptcy, by means of the editors, synthesises pondering onthe dating among biodiversity conservation and humandevelopment.
Each subject is explored through a workforce of most sensible foreign experts,assembled to carry their very own cross-cutting wisdom to apenetrating synthesis of the problems from either theoretical andpractical views.
The interdisciplinary nature of biodiversity conservation isreflected through the booklet. every one essay examines the fundamentalprinciples of the subject, the methodologies concerned and, crucially,the human measurement. during this means, Key issues in ConservationBiology 2, like its sister quantity, Key themes in ConservationBiology, embraces concerns from state of the art ecological scienceto coverage, environmental economics, governance, ethics, and thepractical problems with implementation.
Key issues in Conservation Biology 2 will, like itssister quantity, be a important source in universities and colleges,government departments, and conservation enterprises. it really is aimedparticularly at senior undergraduate and graduate scholars inconservation biology and natural world administration and wider ecologicaland environmental topics, and people taking Masters levels in anyfield suitable to conservation and the surroundings. Conservationpractitioners, policy-makers, and the broader normal public keen tounderstand extra approximately vital environmental matters also will findthis e-book important.
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Extra resources for Key Topics in Conservation Biology 2
Millennium Ecosystem Assessment (2005) World Resources Institute, Washington, DC. Nelson, A. M. (2009) Protected Area Effectiveness in Reducing Tropical Deforestation: A Global Analysis of the Impact of Protection Status. 42 Independent Evaluation Group. Communications, Learning and Strategy. World Bank, Washington, DC. Nelson, A. M. (2011) Effectiveness of strict vs. multiple-use protected areas in reducing tropical forest fires: a global analysis using match ing methods. PloS ONE, 6, e22722.
Philosophical Transactions of the Royal Society, Series B, 364, 1985–1998. , Knight, T. S. (2010) The Â�evidence base for community forest management as a mechanism for supplying global environmental benefits and improving local welfare. CEE review 08-011. M. S. (2012) Does com munity forest management provide global envi ronmental benefit and improve local welfare? Frontiers in Ecology and the Environment, 10, 29–36. , et al. (2006) Global biodiversity conservation Â�priorities. Science, 313, 58–61.
These are justifiable concerns, yet a much bigger problem facing the survival of amphibians worldwide is habitat loss and deg radation, which has received disproportionally little attention (Gardner et al. 2007). As well as thinking about likely impacts, it is important to consider the probability that results will be adopted by relevant decision makers. g. g. Â�climate change). Second, and as mentioned previously, it is important to reflect on what information is already available and where evidence is criti cally lacking.
Key Topics in Conservation Biology 2 by David W. Macdonald, Katherine J. Willis