Détail de l'auteur
Documents disponibles écrits par cet auteur (33)
Ajouter le résultat dans votre panier Affiner la recherche
Article
Thaiane Weinert da Silva, Auteur ; David B. Lindenmayer, Auteur ; Carla Suertegaray Fontana, AuteurThe global decline of biodiversity makes it important to find affordable ways to conserve and restore habitats. Restoration is useful for conserving native grasslands, with passive restoration defined as either natural colonization or unassisted[...]
Article
Ben C. Scheele, Auteur ; Frank Pasmans, Auteur ; Lee F. Skerratt, Auteur ; Lee Berger, Auteur ; An Martel, Auteur ; Wouter Beukema, Auteur ; Aldemar A. Acevedo, Auteur ; Patricia A. Burrowes, Auteur ; Tamilie Carvalho, Auteur ; Alessandro Catenazzi, Auteur ; Ignacio De la Riva, Auteur ; Matthew C. Fisher, Auteur ; Sandra V. Flechas, Auteur ; Claire N. Foster, Auteur ; Patricia Frías-Álvarez, Auteur ; Trenton W. J. Garner, Auteur ; Brian Gratwicke, Auteur ; Juan M. Guayasamin, Auteur ; Mareike Hirschfeld, Auteur ; Jonathan E. Kolby, Auteur ; Tiffany A. Kosch, Auteur ; Enrique La Marca, Auteur ; David B. Lindenmayer, Auteur ; Karen R. Lips, Auteur ; Ana V. Longo, Auteur ; Raúl Maneyro, Auteur ; Cait A. McDonald, Auteur ; Joseph Mendelson, Auteur ; Pablo Palacios-Rodriguez, Auteur ; Gabriela Parra-Olea, Auteur ; Corinne L. Richards-Zawacki, Auteur ; Mark-Oliver Rödel, Auteur ; Sean M. Rovito, Auteur ; Claudio Soto-Azat, Auteur ; Luis Felipe Toledo, Auteur ; Jamie Voyles, Auteur ; Ché Weldon, Auteur ; Steven M. Whitfield, Auteur ; Mark Wilkinson, Auteur ; Kelly R. Zamudio, Auteur ; Stefano Canessa, AuteurThe demise of amphibians? Rapid spread of disease is a hazard in our interconnected world. The chytrid fungus Batrachochytrium dendrobatidis was identified in amphibian populations about 20 years ago and has caused death and species extinction [...]
Article
Nicole A. Hansen, Auteur ; Chloe F. Sato, Auteur ; Damian R. Michael, Auteur ; David B. Lindenmayer, Auteur ; Don A. Driscoll, AuteurPreventing biodiversity loss in fragmented agricultural landscapes is a global problem. The persistence of biodiversity within remnant vegetation can be influenced by an animal's ability to move through the farmland matrix between habitat patche[...]
Article
Stephanie A. Pulsford, Auteur ; Don A. Driscoll, Auteur ; Philip S. Barton, Auteur ; David B. Lindenmayer, Auteur ; Celine Bellard, Auteur
Article
Dustin J. Welbourne, Auteur ; Christopher MacGregor, Auteur ; David Paull, Auteur ; David B. Lindenmayer, AuteurContext. Biodiversity studies often require wildlife researchers to survey multiple species across taxonomic classes. To detect terrestrial squamate and mammal species, often multiple labour-intensive survey techniques are required. Camera traps[...]
Ouvrage
Ecologists and managers of natural resources readily acknowledge the importance of long-term studies and monitoring for improved understanding and management of complex environmental systems. Long-term data are crucially important for providing [...]
Article
Martin J. Westgate, Auteur ; Gene E. Likens, Auteur ; David B. Lindenmayer, AuteurAdaptive Management (AM) is widely considered to be the best available approach for managing biological systems in the presence of uncertainty. But AM has arguably only rarely succeeded in improving biodiversity outcomes. There is therefore an u[...]
Article
Brett W. A. Howland, Auteur ; Dejan Stojanovic, Auteur ; Iain J. Gordon, Auteur ; Jim Radford, Auteur ; Adrian D. Manning, Auteur ; David B. Lindenmayer, AuteurRestoration of appropriate disturbance regimes is a high conservation priority. However, for most species, little is known about appropriate disturbance regimes to achieve defined conservation outcomes. In this context, trait based approaches ca[...]
Article
David B. Lindenmayer, Auteur ; Christopher MacGregor, Auteur ; Jeff Wood, Auteur ; Martin J. Westgate, Auteur ; Karen Ikin, Auteur ; Claire Foster, Auteur ; Fred Ford, Auteur ; Rick Zentelis, AuteurMilitary training areas (MTAs) cover 6% of the earth's land surface, but the impact on biodiversity of weapons use in MTAs remains largely unknown. We quantified the effects of military training on vertebrates in a 5-year study at Beecroft Weapo[...]
Article
Adrian D. Manning, Auteur ; Ross B. Cunningham, Auteur ; David B. Lindenmayer, AuteurRestoration projects often do not effectively restore some key biological resources that take time, often centuries, to accumulate. Such resources are often characteristic of 'natural' ecosystems and are critical to successful ecosystem recovery[...]
Article
Jennifer C. Pierson, Auteur ; Philip S. Barton, Auteur ; Peter W. Lane, Auteur ; David B. Lindenmayer, AuteurSurrogates are commonly used for monitoring biodiversity under a wide range of scenarios. However, surrogates are not often evaluated under diverse ecological conditions, and this hinders the identification of spatial and temporal boundaries of [...]
Article
Thomas A. Spies, Auteur ; David B. Lindenmayer, Auteur ; A. Malcolm Gill, Auteur ; Scott L. Stephens, Auteur ; James K. Agee, AuteurConserving biodiversity in fire-prone forest ecosystems is challenging for several reasons including differing and incomplete conceptual models of fire-related ecological processes, major gaps in ecological and management knowledge, high variabi[...]
Article
Annika M. Felton, Auteur ; Adam Felton, Auteur ; Damian I. Rumiz, Auteur ; Nelly Villaroel, Auteur ; Colin A. Chapman, Auteur ; David B. Lindenmayer, AuteurThere is an extensive ecological literature documenting the importance of fig trees (Ficus spp.) as providers of food and other resources for many tropical animals. What is less apparent is that some Fic-us species form free-standing stems that [...]
Article
Damian R. Michael, Auteur ; Ross B. Cunningham, Auteur ; Christine F. Donnelly, Auteur ; David B. Lindenmayer, AuteurContext. In many parts of the world, artificial refuges (ARs) are increasingly used to survey different kinds of herpetofauna. Despite gaining popularity, the merit of using ARs compared with standardised active searches remains poorly known, as[...]
Article
Adam Felton, Auteur ; Jeff T. Wood, Auteur ; Annika M. Felton, Auteur ; Bennett A. Hennessey, Auteur ; David B. Lindenmayer, AuteurWe studied bird community composition and abundance within four vegetation and disturbance categories located within selectively logged and unlogged forest in a Bolivian subtropical lowland forestry concession. The logged forest was subject to r[...]
Article
David B. Lindenmayer, Auteur ; Will Steffen, Auteur ; Andrew A. Burbidge, Auteur ; Lesley Hughes, Auteur ; Roger L. Kitching, Auteur ; Warren Musgrave, Auteur ; Mark Stafford Smith, Auteur ; Patricia A. Werner, AuteurAs in all parts of the globe, rapid climate change in Australia will have significant negative impacts on biodiversity. It also will interact with pre-existing stressors such as native vegetation clearing, altered natural disturbance regimes and[...]
Article
Philip S. Barton, Auteur ; Adrian D. Manning, Auteur ; Heloise Gibb, Auteur ; David B. Lindenmayer, Auteur ; Saul A. Cunningham, AuteurPatterns of biodiversity are influenced by habitat features at multiple spatial scales, yet few studies have used a multi-scale approach to examine ground-dwelling beetle diversity patterns. We trapped and quantified ground-dwelling beetle assem[...]
Article
Kara N. Youngentob, Auteur ; Hwan-Jin Yoon, Auteur ; Nicole Coggan, Auteur ; David B. Lindenmayer, AuteurEdge effects are widely researched phenomena in ecology. However, little is known about their influence on the competition dynamics of sympatric species. We present a new conceptual model to explain how edge effects and competition dynamics inte[...]
Article
Karen Ikin, Auteur ; Ding Li Yong, Auteur ; David B. Lindenmayer, AuteurWoodland birds are a commonly used taxonomic surrogate for other species groups in agricultural landscapes as they are relatively diverse, easily-studied, and charismatic. Yet, other taxa can respond to native vegetation on farms differently to [...]
Article
Laura Rayner, Auteur ; David B. Lindenmayer, Auteur ; Philip Gibbons, Auteur ; Adrian D. Manning, AuteurQuantifying the population trends of species is crucial to achieving effective conservation action. However, deriving accurate and reliable indices of change is difficult due to the paucity and complexity of population data. There is a growing n[...]
Article
Martine Maron, Auteur ; Richard J. Hobbs, Auteur ; Atte Moilanen, Auteur ; Jeffrey W. Matthews, Auteur ; Kimberly Christie, Auteur ; Toby A. Gardner, Auteur ; David A. Keith, Auteur ; David B. Lindenmayer, Auteur ; Clive A. McAlpine, AuteurThe science and practice of ecological restoration are increasingly being called upon to compensate for the loss of biodiversity values caused by development projects. Biodiversity offsetting compensating for losses of biodiversity at an impact [...]
Article
Don A. Driscoll, Auteur ; David B. Lindenmayer, Auteur ; Andrew F. Bennett, Auteur ; Michael Bode, Auteur ; Ross A. Bradstock, Auteur ; Geoffrey J. Cary, Auteur ; Michael F. Clarke, Auteur ; Nick Dexter, Auteur ; Rod Fensham, Auteur ; Gordon Friend, Auteur ; Malcolm Gill, Auteur ; Stewart James, Auteur ; Geoff Kay, Auteur ; David A. Keith, Auteur ; Christopher MacGregor, Auteur ; Jeremy Russell-Smith, Auteur ; David Salt, Auteur ; James E. M. Watson, Auteur ; Richard J. Williams, Auteur ; Alan York, AuteurKnowing how species respond to fire regimes is essential for ecologically sustainable management. This axiom raises two important questions: (1) what knowledge is the most important to develop and (2) to what extent can current research methods [...]
Article
David B. Lindenmayer, Auteur ; William F. Laurance, AuteurLogging is one of the most important forms of native-forest exploitation and can have substantial impacts on biodiversity and key ecosystem services. Here we briefly contrast logging operations in temperate and tropical forests and then highligh[...]
Article
Badrul Azhar, Auteur ; David B. Lindenmayer, Auteur ; Jeff Wood, Auteur ; Joern Fischer, Auteur ; Adrian Manning, Auteur ; Chris McElhinny, Auteur ; Mohamed Zakaria, AuteurFunctional diversity, an important element of avian biodiversity, can be examined by quantifying foraging guild composition. Understanding the ecological processes that underpin functional diversity of birds in oil palm Elaeis guineensis landsca[...]
Article
Using a largely temperate forest perspective, this article briefly reviews four often inter-related types of landscape change which can have significant impacts on tropical and temperate forest biodiversity: logging, fire, forest clearing, and p[...]
Article
Martin J. Westgate, Auteur ; Don A. Driscoll, Auteur ; David B. Lindenmayer, AuteurQuantifying functional connectivity is essential for understanding factors that limit or promote animal dispersal in fragmented landscapes. Topography is a major factor influencing the movement behavior of many animal species, and therefore the [...]
Article
Alessio Mortelliti, Auteur ; Mason Crane, Auteur ; Sachiko Okada, Auteur ; David B. Lindenmayer, AuteurWe quantified changes in forest-dependent mammal populations when the habitat in which they live remains intact but the surrounding matrix is converted from open grazed land to closed pine plantation forest. This situation is increasingly common[...]
Article
David B. Lindenmayer, Auteur ; Alan Welsh, Auteur ; Christine Donnelly, Auteur ; Mason Crane, Auteur ; Damian Michael, Auteur ; Christopher MacGregor, Auteur ; Lachlan McBurney, Auteur ; Rebecca Montague-Drake, Auteur ; Philip Gibbons, AuteurNest box programs have often been established to conserve hollow-dependent fauna but their effectiveness is unknown in many jurisdictions. We examined nest box effectiveness in a 10-year experimental study in the Mountain Ash (Eucalyptus regnans[...]
Article
Damian R. Michael, Auteur ; Ross B. Cunningham, Auteur ; David B. Lindenmayer, AuteurSecondary vegetation, associated with changes in land use, presents a conservation issue in the preservation of biological diversity in agricultural landscapes. We examine the interactive effect of eucalypt regrowth and rock habitat on reptile s[...]
Article
Adrian D. Manning, Auteur ; Philip Gibbons, Auteur ; David B. Lindenmayer, AuteurP>1. Facilitating adaptive responses of organisms in modified landscape will be essential to overcome the negative effects of climate change and its interaction with land use change. Without such action, many organisms will be prevented from ach[...]
