BCM Exam 2013 Flashcards

1
Q

Normalization

A

refers to social processes through which ideas and actions come to be seen as “normal” and become taken-for-granted or ‘natural’ in everyday life

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2
Q

Hegemony

A

the capacity to exert control by means other than coercive force; namely through constructing a willing mass acquiescence towards, and participation in, social projects that are beneficial only to an elite

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3
Q

Lemos & Agrawal (2006)

A

Environmental Governance refers to the set of regulatory processes, mechanisms and organizations through which political actors influence environmental actions and outcomes.

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4
Q

Mills (2003)

A
  • Focault focuses on institutional processes that establish something as fact or knowledge
  • it is not possible for power to be exercised without knowledge, it is impossible for knowledge not to engender power: calls this power/knowledge
  • western colonial imposing western system of classification as they produce information about colonies
  • knowledge always benefiting some group
  • truth is still there, just hard to pull it away from the power it is connected to and see it for itself not part on the power/knowledge complex
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5
Q

Carolan (2009)

A
  • This is not a biodiversity hotspot
  • maps are subjugating reality into a value based representation
  • hotspots inherently devalue other areas, even though low richness wetlands provide high ecosystem services
  • maps make things appear permanent, doesn’t recognize nature in flux
  • species problem, biological, ecological, and phylogenetic ideas of species
  • more transparency of assumptions needed
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6
Q

Myers et al. (2000)

A
  • set up biodiversity hotspots
  • must have a at least 0.5% of the world’s vascular plants as endemics and have lost at least 70% of its original habitat
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7
Q

Wong et al. (2007)

A
  • What is a forest?
  • Mapping and classification of forest leads to reverence of forest in particular value set
  • Royal Forestry Department (descendant of german and british colonial heritage) vegetative classification promotes silvicultural and conservation values, not livelihood usage of local Karen (use succession dynamics, 15 year fallow system)
  • production of fact not neutral, comes from political and social processes
  • classification messy, forests are a changing thing, RFD had to change from forestry to conservation after mudslide event
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8
Q

McGough (2012 MT)

A
  • CITES
  • scientific authorities that give non detrimental findings or suggest listing, get complicated with politics of trade
  • CoP has final say on listings
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9
Q

Oldfield (2003)

A
  • The trade in wildlife: regulation for conservation
  • focused on charismatic megafauna
  • criticized for no recognizing role of animal trade in rural livelihoods in developing countries
  • Species subject to CITES regulations often continued to decline
  • Some evidence suggests CITES regulations can push trade underground, or reduce return on investment for traders and remove incentive to protect habitat
  • humans tend to try and simplify complex problems, but this can be a dangerous policy
  • thinking regulations are effective can evoke a passive approach
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10
Q

Dongol & Heinen (2012)

A
  • Pitfalls of CITES implementation in Nepal
  • “CITES has been considered the most successful international conservation agreement on legal grounds (Ong 1998), despite voluminous reporting of ineffective implementation and compliance”
  • still many CITES violations in Nepal, including rhinoceros and snow leopard and tiger
  • political flux as Nepal becomes a republic, and increased animal trade demand from China
  • many wardens have little judicial understanding and thus don’t act as the prosecutors they are supposed to be
  • little socio-economic benefit for marginalized locals to participate in enforcement
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11
Q

Ginsburg (2002)

A
  • CITES at 30 or 40
  • frivolous listings detract from real species threatened by trade and hamper zoo genetic and breeding research
  • Many species not listed who are threatened by trade, namely Asian turtles
  • The southern African countries, with the support of consumer nations such as Japan, Korea, and China, argued that trade provided an income to range states so they could protect elephants.
  • showed that countries with strong property-rights systems and community wildlife programs experienced more rapid recovery of elephant populations, whereas those that were politically unstable had slower population growth rates or population declines
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12
Q

Guha (1997)

A
  • The authoritarian biologist and the arrogance of antihumanism
  • ecologically updated version of the white man’s burden
  • conservationist treat everyone as a first worlder in terms of environmental impact, and expect others to make the sacrifices for conservation
  • tribal peoples thrown out of forest in India where they have lived for centuries in order to save 40 tigers, who arguably are in trouble because of poachers and factories, not tribals → in the meanwhile Taj company is invited to build a hotel there
  • Michael Soule scared the language of policy documents has become too humanistic and less ecocentric, and that more managers in international conservation orginizations are economists and lawyers, not biologists
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13
Q

Walker (2005)

A
  • Political Ecology, where is the ecology?
  • incorporating third world culture into globalizing capitalistic economy put greater resources demands on them and interrupts sustainable relationship they had with the local ecology
  • argues that, despite the claims of critics, there is a great deal of research in political ecology that engages biophysical ecology as a central concern.However,as political ecology continues to expand in new directions, the degree to which it is likely to retain or enhance this engagement with ecology appears open to question
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14
Q

Redford (2011)

A
  • Misreading the conservation landscape
  • I have come to understand that conservation is about politics and power, about people and societies and history, about morals and values, and about how people view the world and make decisions—all fields of study in the social sciences
  • Conservation practitioners not just monolithic powers described in literature, humans with human ends and all the foibles and institutional constraints that characterize human endeavors
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15
Q

Lele (2011)

A
  • A response to redford
  • Biodiversity conservation has been somewhat harder to fit into conventional social goals, partly because of the claim of many conservationists, and natural scientists of that bent, that nature has intrinsic value, thereby putting concern for nature on a higher plane than so-called anthropocentric concerns such as poverty and social justice, or even the material value of nature
  • Conservation is a goal to which conservation- ists subscribe. They use generalized knowledge from all relevant academic disciplines, natural and social, plus their own experiential knowledge to decide on particular actions in particular contexts to achieve their particular goal.
  • On the other hand, social scientists are academics, seeking better explanations or narratives of the social world, just as biologists do for the biological world
  • not us biologists and them sociologists working together in an interdisciplinary setting, conservation is a separate thing altogether
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16
Q

Goodhart’s Law

A

-When a measure becomes a target it ceases to be a good measure

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17
Q

Moore (2009)

A
  • Elephant conservation in Namibia
  • To back up their conservation actions donors simplified locals to romantic animal lovers or savage elephant destroyers
  • utilitarian (donors said people need to get some benefit from elephants to save them, negative language) vs. preservationist stance, Namibia took utilitarian
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18
Q

Barua (2011)

A
  • Mobolizing metaphors
  • Keystones were metaphorically linked with balance, flagships with representation and umbrella species with protection, this influenced public interpretation of terminology
  • In other words, when a surrogate rather than an outcome is made a target for the purpose of conducting policy, actions quickly migrate toward maximizing the surrogate independent of outcomes
  • (1) communication is largely biased towards mammals, (2) everyday language plays a vital role in the interpretation of concepts, and (3) metaphors influence peoples’ actions and understanding
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19
Q

Levine (2007)

A
  • staying afloat Zanzibar
  • funding for international conservation shifted from directly funding developing states to privatization and decentralization of natural resource management
  • Zanzibar set up Environmental Management for Sustainable Development Act
  • allows external organizations to be protected area managers with the government as an intermediary in contacting local people → keeps international funds coming
  • allows creation of protected areas when government funds are limited
  • creates situation where government’s struggle to stay relevant is an impediment to conservation/development-creates incentive against community based programs because that takes away power of state
  • States struggling for relevancy
  • Failures often blamed on state corruption, but little focus on how neo-liberal policies have corruption with creation of extra-legal transnational networks
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20
Q

Mosse (2004)

A
  • Is good policy unimplimentable?
  • Focusing on the unfolding activities of a development project over more than ten years as it falls under different policy regimes, this article challenges the assumption that development practice is driven by policy, suggesting that the things that make for ‘good policy’ — policy which legitimizes and mobilizes political support — in reality make it rather unimplementable within its chosen institutions and regions
  • Rural development project in western India
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21
Q

Ogra & Badola (2008)

A
  • Compensating human-wildlife conflict in PA areas, India
  • Our results broadly support the findings of other studies which have identified inadequate remuneration, processing delays, and corruption as key problems
  • Wealthier people more likely to apply for compensation
  • Transaction costs in getting to office and obtaining correct documents
  • painted as being charitable for paying for HWC
  • Actually aggravates situation
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22
Q

Adams et al. (2004)

A
  • Biodiversity conservation and the eradication of poverty
  • protected areas effective at species conservation, but often take away land usage opportunities and have negative effect on poverty
  • MDG based upon combining poverty alleviation and conservation, doesn’t mean its plausible
  • The links between biodiversity and livelihoods, and between conservation and poverty reduction, are dynamic and locally specific. In most cases, hard choices will be necessary between goals, with significant costs to one goal or the other
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23
Q

Collins et al. (2011)

A
  • Pleiotrophy and charisma undermines winners and losers in the REDD+ game
  • pleiotrophically linked species (those most threatened by pure habitat loss) most likely to benefit from REDD+
  • Charismatic species can generate funds on their own, non-charismatic non-pleiotrophic species need help
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24
Q

Dickman et al. (2011)

A
  • Paying for predators
  • Payements to encourage coexistence (PEC), essentially payments for those negatively effected by HWC
  • PEC approaches can be valuable in converting the benefits of carnivores from an abstract externality to a tangible reality for local people
  • Need to outweigh local costs incurred
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25
Q

Bumpus & Liverman (2008)

A
  • Accumulation by decarbonation
  • Kyoto allows developed countries to meet targets by buying offsets from developing countries
  • Carbon offsets have to be environmentally additional ie. Reduce emissions from what they would have been in business as usual, hard to prove
  • for a country to be in CDM has to be signatory of Kyoto
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26
Q

Buscher et al. (2012)

A
  • Towards a synthesized critique of neoliberal biodiversity conservation
  • neoliberal view that in order for nature to be saved there has to be a profit attached to it
  • capitalistic expansion obviously unsustainable, but neoliberalism’s views can incorporate saving nature as part of a capitalistic system
  • trusting market forces to restore ecological equilibrium is short sighted and dangerous
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27
Q

Kosoy and Corbera (2010)

A
  • neoliberal valuation of ecosystems simplifies a complex system
  • water flows and allows continuation of deforestation of old growth forests and their replacement
  • what about non linearity and unpredictability of ecology - how will this affect shifts in price and value of ecosystems as well as shifts in ownership as they move spatially.
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28
Q

McCarthy & Prudham (2004)

A
  • Neoliberal nature
  • Commonality between these: not the impulse for ‘safe or wise use’, but rather legitimization of a particular social order.
  • Contrast: classical liberalism had rich debates on limits to growth, neoliberalism seems to have blind faith in technology instead.
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29
Q

McLaughlin et al. (2001)

A
  • Frames

- socially constructed categories for shared meaning

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30
Q

Tarrow (1992)

A

-Frames are always partial and capture the understandings of particular groups
“When frames include collective actions that attract widespread consent they become institutionalised and determine policy, scientific, management and cultural practices”

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31
Q

Jepson et al. (2011)

A
  • What is a conservation actor?

- ANT provides critical view that non-humans (animals, certification schemes) can be actors

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32
Q

Jepson & Ladle (2010)

A
  • 8 predictions for future of conservation
  • 1) Climate change will cause huge shifts in the composition and structure of ecosystems, necessitating a major rethink of conservation strategy and focus. 2) technology will develop, increasing the kinds of interventions available to conservationists. 3) the world population will change, present predictions show it increasing to 2060-2070 then declining. 4) social values will continue to change, not necessarily in a manner favourable to conservation.
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33
Q

Gardner (2008)

A
  • The cost effectiveness of biodiversity surveys
  • Compare cost and benefits of monitoring high performance indicator taxa to better use scarce resources
  • More business like approach to biodiversity monitoring
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34
Q

Vera (2000)

A

-Wood-pasture hypothesis (Europe)

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35
Q

Birks (2005)

A
  • Can reject wood-pasture hyposthesis

- In favore of high forest hyptohesis

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36
Q

Laurance et al. (2012)

A
  • Leakage, intensifying land use around protected areas because of barring off those resources
  • Found many factors worsening both inside and outside reserves
  • Argues for more buffer zones and connectivity and benefitting local communities to reduce use
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37
Q

Cardoso et al. (2011)

A
  • Impediments to invertebrate conservation
  • Ecosystem services unknown to general public
  • Policy makers unaware of importance, falsely assume they will be protected by protecting umbrella species
  • 4 shortfalls
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38
Q

Bini et al. (2006)

A
  • Modeling to account for wallacean and linnean shortfalls in biome in Brazil
  • Took into account recently discovered species range, niches and sampling effort and modeling possible undescribed species
  • Model suggested moving reserve system farther north
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39
Q

Lozier et al. (2009)

A
  • Ecological niche modeling (ENM)

- Modeled Sasquatch to prove bad data can provide good looking results

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40
Q

Restrepo et al. (2012)

A

-Long term ecology shows much greater rate of ecological change since human development

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41
Q

Callicot et al. (1999)

A
  • Normative Concepts in Conservation
  • Compositional views more apt for preserves, views Homo sapiens as apart from nature
  • Functional views more apt fro places where humans inhabit/exploit, views Homo sapiens as a part of nature
  • local extinction within functional groups is inevitable and frequent, but adjacent biodiversity reserves ensures that any ecosystem failure will be short lived → compositional and functional views have to work together
  • functionalism → embed human economies in the large and more enduring economy of nature
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42
Q

Barlow et al. (2012)

A
  • How pristine are tropical forests?
  • debates of “naturalness” of little relevance to modern conservation and can detract from other issues facing rain forests
  • danger of extrapolating findings from a few well studied sites to entire basin → pre-columbian human influence fascinating to study but of little importance to Amazonian conservation on the whole
  • pre-columbian human in Amazonia were spatial → higher around settled areas down to light hunting pressures in remote areas
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43
Q

Willis & Birks (2006)

A
  • What is natural?
  • paleoecology provides valuable long term data on the dynamics of existing ecosystems
  • there are no temporal records spanning more than 50 years in any of the key biodiversity assessments published int eh last 7 years
  • increased spatial and temporal resolution of paleoecological data
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44
Q

Coffey et al. (2011)

A
  • When is an invasive not?
  • Galapagos had 62 vascular plants labeled as “doubtful natives
  • paleobotany confirmed 6 of these doubtful natives were actually native
  • Most doubtful natives seem to have had declines in the time after human arrival and have had recent population increases
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45
Q

Moritz (1994)

A
  • Defining ESU for conservation
  • Evolutionarily significant units (ESU)
  • Usually defined with mtDNA as it evolves slowly, reciprocal monophyly
  • Management Units (MU) even more specific, within and ESU where no reciprocal monophyly but divergent allele frequencies a nuclear or mitochondrial loci
  • ensures evolutionary heritage is recognized and protected
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46
Q

Kelt & Brown (2000)

A
  • Species as units of analysis
  • ESU can’t be distinguished morphologically so not a practical approach
  • Most museum specimens and previous studies can’t be assigned to ESU, no comparative studies
  • fossil record can’t show phylogenetic species
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47
Q

Dillion et al (2005)

A
  • The implications of diverse species concepts for African birds
  • Splitting the 1572 biological species resulted in 2098 phylogenetic species. Thus there are 526 more phylogenetic than biological species, which is an increase of 33.5%
  • We found only limited differences using these two species concepts, and no new centres of endemism
  • In contrast, known areas of high endemism become more complex, while other areas retain very low levels of narrow endemism. Although larger areas are needed to protect all phylogenetic species, these need not be placed in completely new regions, which is positive news for conservation.
  • Some gaps could still result from strict adherence to BSC, use sub-species inlegislation
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48
Q

Fernandes et al (2012)

A
  • Phylogegography of the chestnut tailed antbird
  • Rivers do seem to give rise to speciation
  • The data revealed three genetically divergent and monophyletic groups in M. hemimelaena, which can also be distinguished by a combination of morphological and vocal characters
  • Species not sufficient to protect all diversity from development
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49
Q

Clements (1916)

A
  • Communities as super organisms
  • determined by climate and edaphic conditions
  • Coined biomes
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50
Q

Martín (2009)

A
  • Are the IUCN standard home-range thresholds a good indicator
  • Area of whole of Canaries is below range threshold for IUCN, all endemics are endangered, money has to go into monitoring, robs species that are actually endangered
  • Need to distinguish between species that need action to prevent extinction and those that could be at risk simply because of their rarity but not current in decline
  • Number of locations inhabited depends on minimum distance between locations
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51
Q

Rabinowitz (1981)

A
  • 7 forms of rarity

- Habitat breadth, geographic range, abundance

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52
Q

Lennon et al (2001)

A
  • The geographical structure of bird distribution

- Areas of species richness change with changing scales, cannot be divorced from one another

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53
Q

Mckinney (2002)

A
  • Do human activities increase species richness
  • Do human activity induced alien species outnumbered extinct/threatened native species resulting in higher diversity at scale of US states?
  • yes for plants. The higher the human density the more plants there are
  • humans bring in plants for different purposes
  • no for freshwater fishes
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54
Q

Pautosso (2007)

A
  • Scale dependence of the correlation between human pop and richness
  • Human presence is generally negatively related to species richness locally, but the relationship is positive at coarse scales
  • the broad-scale positive correlation between human presence and species richness suggests that people have preferentially settled and generally flourished in areas of high biodiversity and/or have contributed to it with species introductions and habitat diversification. The scale dependency of the correlation between people and biodiversity’s presence emphasizes the importance of the preservation of green areas in densely populated regions.
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55
Q

Whittaker et al (2005)

A
  • Conservation biogeography assessment and prospect
  • species occupying large ranges tend to be more abundant throughout those ranges than range-restricted species
  • A crucial distinction is that between (a) the geographical extent of a study system, being the space over which observations are made, e.g. a hillside, a state, a continent; and (b) the grain (focus) of the data, being the contiguous area over which a single observation is made, or at which data are aggregated for analysis, e.g. a light trap, 1 ha plot, or latitude–longitude grid cell
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56
Q

Crooks & Soulé (1999)

A
  • Mesopredator release
  • Mammalian carnivores much more susceptible to extinction in fragmented habitats
  • This can lead to rise of smaller carnivores (mesopredator release) that prey on birds, causing sever decline in bird numbers
  • This is particularly devastating when the mesopredators are domestic cats
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57
Q

Ladle (2009)

A
  • Forecasting extinctions
  • Extinction predictions important, but overestimating leads to ‘greenwashing’ accusations and underestimation leads to apathy
  • All models have assumptions, need careful consideration of application
  • Still provide useful information
  • Different types of extinction have different agencies within conservation, ie. Local versus global extinction
58
Q

Laurance (2007)

A
  • Have we overstated the tropical biodiversity crisis?
  • Have been arguments that the rise of urban centers and the decline of rural areas of living will slow deforestation in the tropics and that the extinction crisis has been overstated
  • Laurance argues this hypothesis understates the extinction crisis and that politician could latch onto this theory, so it must be seriously evaluated
59
Q

Lindenmayer and Fischer (2006)

A
  • Tackling the habitat fragmentation panchreston
  • ‘Habitat fragmentation’ used in so many varying instances that it has become a meaningless term
  • Clearer themes might solve the panchreston problem, such as land cover and habitat and connectivity
60
Q

Triantis et al. (2010)

A
  • Used historical deforestation data from the Azores to calculate an ecologicaly adjusted species area curve
  • This SAC suggested that the extinction debt of the Azores was much higher than previously thought and urged swift conservation action (50% of arthropods)
  • Corrects for inaccurate SAC’s
61
Q

Bloom et al. (2011)

A
  • 40 year study of Red-shouldered hawks
  • Most moved no more than 100k
  • 3 were vagrants that moved 300-800k
  • Opportunity for random colonizations
62
Q

Lindbladh et al. (2008)

A

-Fagus expansion seems to be coupled with anthropogenic disturbance circa 1600

63
Q

Henderson & Whittaker (1997)

A
  • Galapagos
  • Attractiveness to humans best predictor for invasive potential
  • Cultivated species may tend to be more invasive, possibly because of their dissimilarity to native species
64
Q

Castro et al. (2007)

A
  • Transit towards floristic homogenization on oceanic islands
  • Exotic invasions and a low extinction rate of natives is making some oceanic island go through a very slow homogenization process
  • The number of plant species doubled from 263 in pre-European flora to 531 species currently
  • The frequency of plant species shared by two or more islands is higher in the post-European floras than prior to European contact, and the level of floristic similarity between islands increased slightly.
65
Q

Prentis et al. (2008)

A
  • Looked at genetics supporting successful invasions
  • Successful invasives have more polyploidy than natives
  • Can be stressed induced modification of genome
  • Bottlenecks can release gene expression that was suppressed before
66
Q

Roy et al. (2012)

A
  • One particular species is displacing native ladybirds in Belgium and Britain, case for homogenization
  • Five (Belgium) and seven (Britain) of eight species studied show substantial declines attributable to the arrival of H. axyridis. Indeed, the two-spot ladybird, Adalia bipunctata, declined by 30% (Belgium) and 44% (Britain) over 5 years after the arrival of H. axyridis. Trends in ladybird abundance revealed similar patterns of declines across three countries.
67
Q

Sax et al. (2002)

A
  • Species richness decreasing at global scale but increasing at many local scales (namely islands)
  • Number of naturalizations to extinctions ration on islands roughly equal for birds, very high for vascular plants
68
Q

Lorensen et al (2011)

A

-Some quaternary mammal extinctions can be attributed to climate change alone while others appear to at least in some part be due to anthropogenic effects

69
Q

Stegg & Degoot (2012)

A

-Conservation displays some value for nature for its own sake without clear link to welfare of other humans

70
Q

Grove (1992)

A
  • Beginnings of western environmental movement
  • Wise use movement
  • Open spaces movement
  • Wildlife movement (boone and crocket club)
  • Naturdenkmal movement
  • Wilderness movement (transcendentalism)
71
Q

Dasman (1972)

A

-Representative principle conservation prioritization scheme

72
Q

Olson et al. (2001)

A
  • Terrestrial ecoregions of the world
  • Ecoregions within biomes
  • Finer scale, one useful for designing PA netwroks
  • 867 in the world
  • PNG 8 regions instead of 1
73
Q

Brooks et al. (2006)

A
  • Global biodiversity conservation priorities
  • Reactive (prioritize high vulnerability) vs. proactive (prioritize low vulnerability) plans
  • 90% of conservation funds spent in economically rich countries
  • All biodiv schemes value irreplaceability to some degree, different views on vulnerability
  • Unresolved relationship between diversity and ecosystem services
  • Still everything needs a finer scale
  • Not much overlap between valuing irreplaceability, high vulnerability and low vulnerability
74
Q

Margules & Sarkar (2007)

A
  • Current reserve system most likely picked opportunistically and thus a biased representation
  • SCP accepts this and wants to transform them into better networks
75
Q

Grenyer et al. (2006)

A
  • Surrogacy (one taxon accurately representing other taxa) lower for conservation species than for all species (trends driven by common widespread species)
  • For conservation concern species surrogacy decreases at finer scales
  • The rarest species live in different places from one another
76
Q

Williams & Arújo (2002)

A
  • Probability of persistence score simplifies comparing different biological and social values in SCP conservation
  • Probabilities of persistence becomes unifying currency between social and biological realms
77
Q

Margules & Pressey (2000)

A
  • Reserves biased towards areas of little economic value
  • Proposes environmental factors as surrogates
  • 6 steps for conservation planning
  • 4 types of irreplaceability vs. vulnerability
78
Q

Forest & Grenyer (2007)

A

-Get more useful plant genera selecting for longest branch distance than selecting at random

79
Q

Isaac et al. (2007)

A
  • EDGE scores (evolutionarily distinct globaly endangered)
  • Calculate a conservation value based on how many species share lengths of branching and danger of losing that evolutionary distinctness
80
Q

The Rodriguez Conditions

A

-Species diversity a good surrogate for phylogenetic diversity unless unbalanced phylogeny, structured species distribution, ancient branches geographically restricted, ancient branches restricted to poor species regions

81
Q

Forest & Grenyer et al. (2007)

A
  • At local scale on the Cape Rodriguez conditions prove to be true
  • Phylogenetic diversity and taxon richness decoupled
  • PD maybe more valuable at smaller scales
  • Ancient species relatively old
82
Q

Adams et al. (2010)

A
  • Opportunity costs
  • Paying stakeholders for opportunity costs of leaving an area to conserve
  • Much SCP considers land costs are homogenous, they are not
  • Different land places opportunity cost on different stakeholder groups, need to understand how this will effect local economy, poverty, and support of conservation
83
Q

Bottrill & Pressey (2012)

A
  • The effectiveness and evaluation of conservation planning
  • Not much evaluation of outcome effectiveness of SCP
  • Propose framework for evaluating planning based on natural, financial, social, human and institutional capital
84
Q

Herbert & Mousalli (2010)

A
  • Carnivorous snails

- New molecular data reveals 4 new allopatric lineages withing on species of well studied snails in southern Africa

85
Q

Ellis & Ramankutty (2008)

A

-More than 80% of earth’s surface under some anthropogenic influence

86
Q

Phalan et al. (2011)

A
  • Compared crop yields and tree & bird diversity across gradients of agricultural intensity in Ghana and India
  • More species negatively affected by agriculture than benefited
  • Argument for land sparing
  • Criticized for simplicity, arbitrary thresholds and all forest baseline
87
Q

Matson & Vitousek (2006)

A
  • Land sparing could be better
  • But intensified agriculture affects more land than it actually occupies (ie. Nutrient runoff)
  • Need to view agriculture as part of landscape
88
Q

Wright et al. (2011)

A
  • Many birds that are dependent on low intensity agriculture in developing countries
  • These birds would be hurt by land sparing
89
Q

Fisher et al. (2008)

A
  • Land sparing better in homogeneous, monocrop kind od landscapes
  • Land sharing better in heterogeneous landscapes
90
Q

Bengtsson et al. (2003)

A
  • Ecological memory, meta polpulations that can recolonize other areas after disturbance
  • Internal and external memory, Land sparing only has internal
91
Q

Cincotta et al. (2000)

A

-Hotspots and areas of poverty/high population growth overlap

92
Q

MEA chapter 26

A

-Intensification compromises soil, which requires more agrochemicals, which in some situations has made green revolution less efficient

93
Q

Perfecto et al. (2009)

A

-Pesticide treadmill

94
Q

Pretty et al. (2009)

A
  • Looked at farming interventions in poor countries that showed that low cost, no chemical solutions increased crop yields and ecosystem services
  • Cautious optimism
  • Resource conserving agriculture, land and water degradation threat to rural livelihood
95
Q

Godfray et al. (2010)

A
  • World will need 70 to 100% more food by 2050
  • Scaling sustainable intensification up a priority
  • Foreign investment in agriculture, good because of needed capital, but only good if human rights properly addressed
96
Q

Badgley et al. (2007)

A
  • Found organic vs. non-organic yields to be within margin of error, so very similar
  • Used global dataset
97
Q

Benton et al. (2003)

A
  • Farmland intensification main cause of farmland biodiversity loss
  • Lose heterogeneity
  • Could increasing heterogeneity help regardless of techniques used?
98
Q

Wehling & Dickerman (2009)

A

-Many forest plant species did just as well in hedgerows as in forests

99
Q

Bullock et al. (2008)

A

-Species rich seed mixes were more productive on a site in southern England than species poor mixes

100
Q

Bhagwat et al. (2008)

A
  • Agroforestry (shade trees) and biodiversity
  • Studies have shown much biodiversity in forest reserves are supported by agroforests
  • LTE showing ‘natural’ areas not natural
  • Households with mixed gardens depended less on reserves for materials than those with rice paddies alone in Indonesia
101
Q

Koh et al. (2009)

A
  • Oil palm
  • Edge effects and homogeneous landscapes huge challenges for biodiversity
  • Forest with hard edges in Amazon suffered higher tree mortality
  • Suggests HCV with agroforestry buffers for more heterogeneous landscape
102
Q

Folke et al. (1997)

A

-Baltic European cities required land 500-1000 times the area of the city itself to support it

103
Q

Hansen et al. (2008)

A

-Urbanization rate and agricultural exports 2 most correlated variables with deforestation

104
Q

Mcdonald et al. (2008)

A
  • 29 WWF ecoregions under threat from urbanization

- Cities getting closer and closer to PA’s

105
Q

Wilson (1984)

A

-Biophilia

106
Q

Goddard et al. (2010)

A
  • Gardens can provide much green space and biodiversity within cities
  • The management scale (individual homeowners) is too small for planning larger conservation
  • Need cohesiveness, promote “wildlife friendly” gardens
107
Q

Louv (2005)

A

-Nature deficit disorder

108
Q

Costanza & Daley (1992)

A
  • Use value, need labor to create it
  • Exchange value, what you can trade something for
  • Ecosystem services only really works with use value, what you would pay if it weren’t there
  • Can bring them into the market instead of being externalities
  • Difference between growth (material increase in size) and development (improvement in organization without size change)
  • Development can be sustainable, growth always has a limit
  • Need to hold total natural capital consumption level or reduce it, maybe through taxes
109
Q

Norgaard (2010)

A
  • The simplicity of the stock-flow framework blinds us to the complexities of the human predicament
  • Carbon offsets and optimizing ecosystem services in developing countries deludes developed countries into think they can consume as normal
  • Even proponents say the ecology is not good or predictive enough to institute an ecosystem services plant
110
Q

Wunder at al. (2008)

A
  • Hard to calculate additionality, comparing observed PES behaviors with a non-observed status quo
  • PES leakage, depends on scale (whole watershed or part?)
  • Avoid perverse incentives
  • User financed programs better than government-financed programs, closer monitoring, linking of needs, more willingness to enforce conditionality
111
Q

Mace et al. (2010)

A

-CBD 2010 targets too negative, all about rate of loss, easiest to reduce that where things have already been lost

112
Q

Mace et al. (2012)

A
  • Links between biodiversity science and ecosystem services approach not clear enough
  • Biodiversity can be a regulator (pollinator), a service (pharma) in itself and a good (cultural appreciated species)
113
Q

Suchmann (1995)

A
  • Legitimacy
  • Legitimacy - congruence between social values associated with or implied by the organization and accepted behavior in the larger social system
  • Legitimacy - perception to be acting in accordance with a social norm or context. has to be given
  • Normative - operate in the way we think it should operate as an NGO, general view is that chief executives of NGOs don’t get paid that much, perception of the good citizen
  • Cognitive - we accord an organization legitimacy when to do otherwise we would totally have to rethink the way we make sense of the world. part of the framing of the world around us
114
Q

Butchart et al. (2010)

A
  • Indicators of biodiversity decreasing, indicators of pressures increasing
  • Loss of indigenous language proxy for loss of indigenous biodiversity knowledge loss
115
Q

Jones et al. (2011)

A
  • Business like selection of biodiversity indicators based on best value for cost
  • Biodiversity data heavily biased towards high GDP countries
  • If want to engage public indicators should be easily understood
  • Having different indicators prevents Goodhart’s Law
116
Q

Article 2:

A

“Biological diversity” means the variability among living organisms from all sources including, inter alia, terrestrial, marine and other aquatic ecosystems and the ecological complexes of which they are part; this includes diversity within species, between species and of ecosystems.

117
Q

Article 8(j):

A

Subject to its national legislation, respect, preserve and maintain knowledge, innovations and practices of indigenous and local communities embodying traditional lifestyles relevant for the conservation and sustainable use of biological diversity and promote their wider application with the approval and involvement of the holders of such knowledge, innovations and practices and encourage the equitable sharing of the benefits arising from the utilization of such knowledge, innovations and practices

118
Q

Article 15:

A

Genetic resources: Each Contracting Party shall endeavour to create conditions to facilitate access to genetic resources for environmentally sound uses by other Contracting Parties and not to impose restrictions that run counter to the objectives of this Convention

119
Q

Sands (2002)

A
  • Precautionary principle

- Take precaution where there is scientific uncertainty

120
Q

Groom & Palmer 2012

A
  • 2 pilot projects, china and Mozambique of REDD
  • Mozambique: N’hambita Community Carbon Project promotes agroforestry project. Financial benefit to the farmers may be limited but potentially create off-farm employment
  • Pro REDD
121
Q

Winkel 2012

A
  • Connecting Foucault and forests
  • Review paper of Foucaltalian criticisms/papers of environmental governance
  • Common motivation: how the so-called mainstream knowledge is created
122
Q

Berglund 2001

A
  • Finnish Forest War
  • Conflict between two powers (Forestry and Conservation) using the same science to fight against each other
  • Example of science as a discursive strategy
123
Q

Balmford &Cowling 2006

A
  • 10 challenges of conservation
  • Better monitoring and communicating the changing state of nature
  • Assessing and improving the success of conservation interventions
124
Q

Khanna and Harford 1996

A
  • CITES Critiques
  • Trends in African elephant population vary depending on the country
  • Countries with stable populations were against banning
  • Countries with declining populations and income from tourism wanted banning
  • In Zimbabwe, illegal killing of elephants increased by ten-folds after a total ban in 1990 within a year
  • International regulations should be supplemented by incentives
125
Q

Gomez-Boggethun et al. 2010

A
  • Different values of ecosystem services
  • Intrinsic value (economic): use value
  • Intrinsic value (biophysical): non-use value
  • Subjective value: exchange value
126
Q

Hall 1952

A
  • Values don’t exist intrinsically

- Values are independent from facts

127
Q

Salamon 2002

A

-Tools of governance: regulations, grants, taxes and loans

128
Q

Goldstein et al. 2012

A
  • Gap between ecological and financial values when ecosystem services fail to be part of the market
  • Incorporating ES values to Land-use Planning
  • E.g. Kamehameha schools in Hawaii
  • Seven scenarios
  • Tradeoffs between environment and financial benefits
  • Tradeoffs between carbon storage and water quality
129
Q

Costanza et al. 1997

A

-Willingness to pay

130
Q

Benton et al. 2003

A
  • Heterogeneous landscapes and biodiversity

- Spacial variability acts as a buffer to temporal variability

131
Q

Dutton et al. 2008

A
  • Modeling farmers’ willingness to practice agroforestry
  • Integrate social and ecological modelling to predict outcomes
  • > 70% of species overlapping in forest and agroforest
132
Q

Bhagwat et al. 2005

A
  • Quality of matrix is important of habitat islands existing within the matrix
  • Sacred sites
133
Q

Rodda 1999

A
  • Guam’s tree snakes

- 1/3 of mammals, 50% of reptiles and 90% of birds (decline or extinction?)

134
Q

Doughty et al. 2010

A
  • Climate change and extinction of mammas

- Albedo

135
Q

Moyle 2003

A
  • CITES criticized for its simplicity
  • Differentiating regulation level among member states does not change the demand but provide cheaper routes for smugglers (e.g. Ivory)
  • E.g. New Zealand government’s proposal to list all the kiwi species in Appendix I in 1994 (kiwis are threatened by exotic predictors, not trades)
  • E.g. Australian parrot trade: domestically legal, internationally illegal. Prices skyrocketed in the international market and created additional demand that didn’t exist in the domestic market
136
Q

Kunin 1998

A
  • Two plant species in England
  • Land occupancy change as focal scale changes
    cf. Whittaker lecture 4
137
Q

Joppa and Pfaff 2009

A
  • GIS analysis of existing PA locations
  • Layered PA locations, elevation, slope, and distance from major roads
  • Higher, steeper and far areas from roads: tend to be protected
  • PA protect already remote areas
138
Q

Dudley et al. 2008

A

-Explain IUCN PA categories

139
Q

Boitani et al. 2008

A
  • Criticized IUCN PA categories for being goal-based

- Suggested changing the focus from why protected to what to be protected

140
Q

Riddle and Haffner 1999

A
  • 15 ESU within a well studied cactus mouse

- traditional concept of species failed to delineate monophyletic set of population