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Handbook of Biodiversity Methods. Survey, Evaluation and Monitoring D. Hill, M. Fasham, G. Tucker, M. Shewry and P. Shaw (eds). Cambridge University Press, Cambridge, UK, 2006. 573 pp. Price AUD$299 (hardback). ISBN 0521823684. As a postgraduate student, I would have killed for a one-stop shop of all of the standard ecological survey and monitoring techniques available. Southwood (1978) was good, but it did not comprehensively tell me how to plan a survey or monitoring programme, discuss the advantages and disadvantages of each method relative to my research questions, tell me how to design and lay out my chosen sampling regime, how long my sampling should take, or how to analyse the data that I collected. I was supposed to learn those things by ploughing through research papers and looking at how others had addressed similar issues. Sure, it was all part of the experiential learning process, but it was not terribly efficient. I hesitate to say it, but my postgraduate research may have been better if I had access to that one-stop shop. Experien- tial learning is one thing, but reinventing or copying a wheel, and not necessarily the best wheel, is counter- productive. One of my professional tasks post-PhD was to evaluate environmental impact assessments developed by consultants, on behalf of a government conservation agency. All too often dodgy methods lead to dodgy Environmental Impact Assessments. And these consultants were university trained! Help is at hand. The editors of the Handbook of Biodiversity Methods have undertaken a huge task in compiling what may become an ecological researcher’s or consultant’s revered text. They did this to enable the standardized collection of ecological data so that, ‘future decisions on policy reforms, land management, development impacts and biodiversity conservation initiatives at a range of scales can . . . be based on fact rather than on conjecture’ (p. xii). This is a laudable objective and the resulting book is an excellent product. It should certainly help to improve the rigour of eco- logical research, survey or monitoring across the board, consequently improving the advice that we applied ecologists provide to managers or policymakers. The one major distraction for Austral Ecology’s read- ership will be the framing of the book around UK and European statutory requirements. However, it is easy enough to visualize Australia’s Environmental Protec- tion and Biodiversity Conservation Act 1999 or New Zealand’s Conservation Act 1987 in place of the Nature Conservation (Scotland) Act EU Birds and Habitats Directive, for example. The book is divided into three parts. The first part addresses the planning of studies, from the setting of objectives through to data analysis, interpretation and review, and has a significant discussion of biodiversity evaluation methods. Lest anyone think that this is a cookbook, this section requires the researcher to think about what is required for their study, and both challenges and helps them to tailor the methods appropriately. The second part of the book deals with habitat surveys and evaluations. The habitats are UK- and Euro-centric, and would have arid rangeland researchers in Australia asking what they should be doing in their habitats. However, most New Zealand researchers, and those doing work on the eastern sea- board of Australia, will see enough parallels with their environments to make it useful. The third part of the book covers specific methods for sampling and study- ing the various taxonomic groups, from fungi and lichens through moths, fish, and of course birds and mammals. Again, these were targeted at a European audience, so you won’t find any methods for studying kangaroos or echidnas. However, most Austral ecolo- gists are unlikely to be disappointed by the selection. I found the layout of the book to be clear and concise, and the use of text boxes was particularly well done. At $299 this book is not going to be bought by students, unless they have a particularly good study grant, but they would surely benefit from having access to it. Therefore, it should be on their supervisor’s shelves and definitely in university libraries. Consult- ants, and government and industry ecologists should also have this book – it would be nice to see policy decisions being made on the basis of good and robust research! OK. All of that being said, while I am glad to have this among my books, it would be really nice to have an antipodean version. I’m sure that we have enough distinctive species, habitats and environmental issues to warrant this. Are you interested, Cambridge University Press? CRAIG MILLER CSIRO Sustainable Ecosystems St Lucia, Queensland, Australia Email: [email protected] REFERENCE Southwood T. R. E. (1978) Ecological Methods, 2nd edn. Chapman & Hall, London. 956 BOOK REVIEWS © 2007 Ecological Society of Australia

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Page 1: Handbook of Biodiversity Methods. Survey, Evaluation and Monitoring

Handbook of Biodiversity Methods. Survey,Evaluation and Monitoring

D. Hill, M. Fasham, G. Tucker, M. Shewry and P.Shaw (eds). Cambridge University Press, Cambridge,UK, 2006. 573 pp. Price AUD$299 (hardback).ISBN 0521823684.

As a postgraduate student, I would have killed for aone-stop shop of all of the standard ecological surveyand monitoring techniques available. Southwood(1978) was good, but it did not comprehensively tellme how to plan a survey or monitoring programme,discuss the advantages and disadvantages of eachmethod relative to my research questions, tell me howto design and lay out my chosen sampling regime, howlong my sampling should take, or how to analyse thedata that I collected. I was supposed to learn thosethings by ploughing through research papers andlooking at how others had addressed similar issues.

Sure, it was all part of the experiential learningprocess, but it was not terribly efficient. I hesitate tosay it, but my postgraduate research may have beenbetter if I had access to that one-stop shop. Experien-tial learning is one thing, but reinventing or copying awheel, and not necessarily the best wheel, is counter-productive. One of my professional tasks post-PhDwas to evaluate environmental impact assessmentsdeveloped by consultants, on behalf of a governmentconservation agency. All too often dodgy methods leadto dodgy Environmental Impact Assessments. Andthese consultants were university trained!

Help is at hand. The editors of the Handbook ofBiodiversity Methods have undertaken a huge task incompiling what may become an ecological researcher’sor consultant’s revered text. They did this to enablethe standardized collection of ecological data so that,‘future decisions on policy reforms, land management,development impacts and biodiversity conservationinitiatives at a range of scales can . . . be based on factrather than on conjecture’ (p. xii). This is a laudableobjective and the resulting book is an excellent product.It should certainly help to improve the rigour of eco-logical research, survey or monitoring across the board,consequently improving the advice that we appliedecologists provide to managers or policymakers.

The one major distraction for Austral Ecology’s read-ership will be the framing of the book around UK andEuropean statutory requirements. However, it is easyenough to visualize Australia’s Environmental Protec-tion and Biodiversity Conservation Act 1999 or NewZealand’s Conservation Act 1987 in place of theNature Conservation (Scotland) Act EU Birds andHabitats Directive, for example.

The book is divided into three parts. The first partaddresses the planning of studies, from the setting of

objectives through to data analysis, interpretation andreview, and has a significant discussion of biodiversityevaluation methods. Lest anyone think that this is acookbook, this section requires the researcher tothink about what is required for their study, and bothchallenges and helps them to tailor the methodsappropriately. The second part of the book deals withhabitat surveys and evaluations. The habitats are UK-and Euro-centric, and would have arid rangelandresearchers in Australia asking what they should bedoing in their habitats. However, most New Zealandresearchers, and those doing work on the eastern sea-board of Australia, will see enough parallels with theirenvironments to make it useful. The third part of thebook covers specific methods for sampling and study-ing the various taxonomic groups, from fungi andlichens through moths, fish, and of course birds andmammals. Again, these were targeted at a Europeanaudience, so you won’t find any methods for studyingkangaroos or echidnas. However, most Austral ecolo-gists are unlikely to be disappointed by the selection.

I found the layout of the book to be clear andconcise, and the use of text boxes was particularly welldone. At $299 this book is not going to be bought bystudents, unless they have a particularly good studygrant, but they would surely benefit from having accessto it. Therefore, it should be on their supervisor’sshelves and definitely in university libraries. Consult-ants, and government and industry ecologists shouldalso have this book – it would be nice to see policydecisions being made on the basis of good and robustresearch!

OK. All of that being said, while I am glad to havethis among my books, it would be really nice to have anantipodean version. I’m sure that we have enoughdistinctive species, habitats and environmental issuesto warrant this. Are you interested, CambridgeUniversity Press?

CRAIG MILLERCSIRO Sustainable EcosystemsSt Lucia, Queensland, Australia

Email: [email protected]

REFERENCE

Southwood T. R. E. (1978) Ecological Methods, 2nd edn.Chapman & Hall, London.

956 BOOK REVIEWS

© 2007 Ecological Society of Australia