Promoting human–dingo co-existence in Australia: moving towards more innovative methods of protecting livestock rather than killing dingoes (Canis dingo)

2018 ◽  
Vol 45 (1) ◽  
pp. 1 ◽  
Author(s):  
Bradley P. Smith ◽  
Robert G. Appleby

Existing methods of reducing livestock depredation are heavily biased towards lethal control. However, criticism regarding the efficacy of such practices is rising. In Australia, over 200 years of lethal control has done little to resolve the conflict between dingoes (Canis dingo) and livestock producers. That is, killing dingoes does not necessarily prevent livestock losses. Rather than continuing with lethal control programs, there is an opportunity to shift to more innovative, effective and ethical non-lethal measures of protecting livestock from attacks. Traditionally, buffer zones (areas surrounding livestock enterprises or national parks where attempts are made to eradicate all dingoes entering that zone) have been put in place as a means to limit conflict. Although seen as more strategic than indiscriminately baiting over large areas, targeting dingoes in buffer zones does not necessarily remove problem animals. In addition, dingoes from outside baited zones eventually fill any territorial voids created. In order to break this cycle, we propose amending the traditional approach, so that instead of killing dingoes in these sensitive zones, they are excluded from production areas or otherwise discouraged from interacting with livestock (what we term ‘living buffer zones’). This can, in principle, be achieved through adoption of a suite of non-lethal management approaches, including aversive conditioning, which to-date has not been widely examined. In turn, resident dingoes conditioned to avoid livestock and/or livestock areas will maintain territories that largely exclude non-resident dingoes. Occasional ingress by transient dingoes will be met by the same exclusion and aversive strategies and are likely to quickly move on if harassed by resident dingoes. Such a strategy takes advantage of our ever-increasing knowledge of dingo biology and behaviour and leverages well established principles of animal learning. By funnelling funds currently spent on killing dingoes into experimental investigations of non-lethal approaches, we conclude that significantly more livestock will actually be saved.

2020 ◽  
Author(s):  
Bradley P. Smith ◽  
Robert G. Appleby ◽  
Neil R. Jordan

ABSTRACT Where wild carnivores such as the Australian dingo interact with and impact on livestock enterprises, lethal control and landscape-scale exclusion are commonly employed. However, interest in alternative non-lethal management approaches has recently increased. This is evidenced by several reviews of non-lethal methods that can be said to be working toward improved coexistence. Nevertheless, and despite centuries of conflict, our non-lethal human-wildlife coexistence toolkit remains remarkably deficient. Innovation and evaluation of non-lethal methods should be prioritised to ensure that the economic, ecological, cultural and intrinsic values of dingoes are retained, while minimising the economic and emotional costs of conflict with livestock producers. In this paper we summarise some of the practical tools that might be effective in relation to the dingo, particularly those yet to be formally investigated, and discuss some of the possible hurdles to implementation. We conclude by suggesting pathways for human-dingo coexistence, and the steps necessary for appropriately evaluating non-lethal tools.


2017 ◽  
Vol 44 (7) ◽  
pp. 546 ◽  
Author(s):  
J. Weldon McNutt ◽  
Andrew B. Stein ◽  
Lesley Boggs McNutt ◽  
Neil R. Jordan

Context Conflicts between wildlife and humans have occurred for millennia, and are major drivers of wildlife decline. To promote coexistence, Botswana established buffer zones called wildlife-management areas (WMAs) adjacent to National Parks and Reserves where communities assume stewardship of wildlife and derive financial benefits from it. In contrast, communities outside WMAs are generally excluded from these benefits despite incurring ‘coexistence costs’, including crop damage and livestock depredation, although they may receive compensation for these losses. Aims To investigate the perceptions and actions of a livestock farming community outside (but surrounded by) WMAs in northern Botswana, especially in relation to predator management. Methods We conducted standard-format interviews with 62 heads of households (cattleposts), and evaluated responses using descriptive and multivariate statistics. Key results Almost half (46%) of respondents expressed negative perceptions of predators, with 67% reporting losses to predation. After disease, predation was the most commonly reported source of livestock losses. Increased age of the head of household was the strongest predictor of reported predation. Few households employed husbandry beyond kraaling at night, but some (21%) reported conducting lethal control of predators. Reported use of lethal control was independent of the household experience with predation and whether they derived financial benefits from wildlife. Instead, households with larger herds were more likely to report using lethal control, despite the most educated farmers tending to have larger herds. Lethal control was almost twice as likely in households previously denied government compensation for losses (42%) than in those granted compensation (23%). Perhaps as a result of perceived failures of the government compensation scheme, most households (91%) supported the development of an independent insurance program, with 67% expressing willingness to pay a premium. Conclusions Our results challenge the assumption that deriving financial benefit from wildlife increases tolerance. A measurable disconnect also exists between the willingness of a household to employ lethal control and their experience with predation, suggesting that lethal control was used pre-emptively rather than reactively. Implications Efforts must be made to connect the financial costs incurred during farming alongside wildlife with the financial benefits derived from wildlife. Where compensation schemes exist, timely payments may reduce retaliatory killing.


2020 ◽  
Vol 98 (5) ◽  
pp. 287-298
Author(s):  
M. Barrueto ◽  
M.A. Sawaya ◽  
A.P. Clevenger

Large carnivores are sensitive to human-caused extirpation due to large home ranges, low population densities, and low reproductive rates. Protected areas help maintain populations by acting as sources, but human-caused mortality, habitat displacement, and edge effects occurring at protected area boundaries may reduce that function. The national parks Banff, Yoho, and Kootenay in the Canadian Rocky Mountains are refugia for large carnivores, including wolverines (Gulo gulo (Linnaeus, 1758)). Despite growing conservation concern, empirical baseline population data for wolverines remain scarce throughout their range, including most of Canada. We hypothesized (i) that in these national parks, wolverine density matched values expected for high-quality habitat, and (ii) that edge effects decreased density towards park boundaries. We conducted systematic non-invasive genetic sampling surveys covering >7000 km2 (2011 and 2013). Using spatial capture–recapture models, we estimated mean (±SE) female (1.5 ± 0.3 and 1.4 ± 0.3 wolverine/1000 km2), male (1.8 ± 0.4 and 1.5 ± 0.3 wolverine/1000 km2), and combined (3.3 ± 0.5 and 3.0 ± 0.4 wolverine/1000 km2) densities for 2011 and 2013, respectively. These estimates were lower than predictions based on density extrapolation from nearby high-quality habitat, and density decreased towards park boundaries. To benefit the population, we recommend creating buffer zones around parks that protect female habitat and prohibit harvest.


1996 ◽  
Vol 23 (3) ◽  
pp. 259-268 ◽  
Author(s):  
Peter Vandergeest

SummaryConflicts between local people and managers of protected areas (PAs) have often undermined conservation goals in Asia. Since the 1970s, conservation planners have tried to address these problems by incorporating rural development into PA planning. More recently, many conservationists have argued for increasing community involvement in PA management, and for allowing traditional resource uses inside PAs. Based on research in Thailand I make three arguments regarding obstacles to implementing the new approach.In Thailand, laws governing Wildlife Sanctuaries and National Parks enacted in the early 1960s were premised on the idea that human use and nature preservation were incompatible. Rapid expansion of these PAs in recent years has produced endemic conflict with rural people claiming resources inside PAs. To address this problem, the Thai Royal Forestry Department has cooperated with NGOs providing development assistance to rural people living in buffer zones outside of some PAs. I argue that this approach has met limited success because the main source of conflict is not poverty but claims on resources inside PAs.The second argument is that the Forestry Department has resisted changes to laws making local use inside PAs illegal because these laws are important for consolidating the Department's control over territory and in justifying increasing budgetary allocations. In addition, by redefining itself as an organization devoted to strict defence of forests, the Department has obtained the support of many urban environmentalists. The third argument is that the community forest approach taken by a recent draft Community Forest Bill is an important first step in that it implicitly recognizes community property. At the same time, this approach will also fail to address key problems because it is based on a notion of the traditional village, and does not allow for the commercial nature of rural forest use or the household-based nature of forest tenure.I suggest that the new expansion of PAs be halted, that land claimed by rural households be taken out of PAs, and that the government recognize community management rights in areas that remain classified as protected. More generally, the goals of conservation would be better achieved by replacing an approach based on the rapid expansion of PAs with one promoting conservation outside PAs.


Oryx ◽  
2016 ◽  
Vol 52 (1) ◽  
pp. 35-45 ◽  
Author(s):  
Per Wegge ◽  
Shailendra Kumar Yadav ◽  
Babu Ram Lamichhane

AbstractAs part of a landscape-scale programme for conserving tigers Panthera tigris the Khata corridor was established between Bardia National Park in Nepal and Katarniaghat Wildlife Sanctuary in India in early 2000. We examined its functionality by comparing the status of tigers and prey in the corridor and in the adjacent National Park, using camera trapping, transect sampling and diet analysis of scats. Tiger movement was inferred from the photographs, and tiger–human conflict was assessed by means of questionnaires and interviews. The corridor harboured transient individuals as well as resident, breeding tigers. Tigers with core areas in the corridor were also recorded in the two protected areas, and vice versa. Wild prey was 3–4 times more abundant in the area of the National Park bordering the corridor than in the corridor itself, and domestic livestock constituted 12–15% of the tigers’ food in the corridor. Livestock losses and human fatalities or injuries were relatively low compared to within the buffer zones of the National Parks. Despite such problems and restrictions on grazing and extraction of natural resources, local residents were generally positive towards tigers and the corridor. The successful establishment of the corridor and the positive attitudes of local people were attributable to community development programmes initiated to compensate for the imposed restrictions, financed by the government and national and international organizations. By linking Bardia National Park and Katarniaghat Wildlife Sanctuary via the Khata corridor, a protected tiger landscape of c. 3,000 km2 was established in west-central Nepal and northern India.


2018 ◽  
Vol 42 (1) ◽  
pp. 141-148
Author(s):  
Olivia Schilling ◽  
Adrian Tejedor Gutierrez

Habitat management and restoration in buffer zones of national parks is critical for maintaining ecosystem services and biological connectivity in and around the parks’ core protected areas. Vegetation succession in abandoned plantations in buffer zones may take different paths that reach climax ecosystems in more or less time depending on the conditions of initial succession, thus enhancing or hindering biological connectivity and ecosystem services. This study documents the dominance of tree ferns in the initial stages of vegetation succession on abandoned pineapple plantations on the Andean foothills around Manu National Park, Peru, and discusses the role it may have on ecosystem restoration. Four years after abandonment, tree fern gametophytes grow under the shade of pineapple plants and melastomes. After 6-10 years of succession, the vegetation is dominated by a tree fern community composed of at least eight species, of which the most common are by far Cyathea delgadii and Cyathea microdonta. Cyathea microdonta functions as a short-lived pioneer, reaching its peak of live stem density in 6 to10 years and dying off in older plots. Cyathea delgadii, on the other hand, continues to grow and persists beyond 10 years of succession. Areas adjacent to abandoned pineapple fields have few tree ferns and higher tree species diversity, suggesting that pineapple agriculture and the resulting tree fern community may be a longer pathway to reach climax vegetation stages than other types of plantation.


2018 ◽  
Vol 42 ◽  
pp. 141 ◽  
Author(s):  
Olivia Schilling ◽  
Adrian Tejedor Gutierrez

Habitat management and restoration in buffer zones of national parks is critical for maintaining ecosystem services and biological connectivity in and around the parks’ core protected areas. Vegetation succession in abandoned plantations in buffer zones may take different paths that reach climax ecosystems in more or less time depending on the conditions of initial succession, thus enhancing or hindering biological connectivity and ecosystem services. This study documents the dominance of tree ferns in the initial stages of vegetation succession on abandoned pineapple plantations on the Andean foothills around Manu National Park, Peru, and discusses the role it may have on ecosystem restoration. Four years after abandonment, tree fern gametophytes grow under the shade of pineapple plants and melastomes. After 6-10 years of succession, the vegetation is dominated by a tree fern community composed of at least eight species, of which the most common are by far Cyathea delgadii and Cyathea microdonta. Cyathea microdonta functions as a short-lived pioneer, reaching its peak of live stem density in 6 to10 years and dying off in older plots. Cyathea delgadii, on the other hand, continues to grow and persists beyond 10 years of succession. Areas adjacent to abandoned pineapple fields have few tree ferns and higher tree species diversity, suggesting that pineapple agriculture and the resulting tree fern community may be a longer pathway to reach climax vegetation stages than other types of plantation. 


Author(s):  
Kathryn Bowman ◽  
G. Minshall

Wildfire is a major large-scale disturbance that profoundly influences stream ecosystems over broad spatial and temporal scales. Research has focused primarily on short-term effects, with most data collected within the first few months or years following wildfire. We determined the ecological conditions of 13 streams (10 burned, 3 unburned) 10 years after major fires in Yellowstone National Park (YNP), in order to determine the mid-term responses of stream ecosystems to wildfire. Information from this study is critical to the basic understanding of the role of wildfires in the flowing water systems of wilderness areas and national parks. In addition, this information will be helpful in the formulation of future fire policies and resource management approaches in public forests, wilderness areas, and parks and will provide educational and interpretive information to aid the public and its representatives in better understanding the importance of fire in natural ecosystems. Differences among burned streams in chemical properties were related to local geology and not to the effects of fire. Stream habitat measurements indicated that there was more fine sediment in the burned headwater streams compared to the reference streams and that burned mid-size streams were wider and shallower than the comparable sized reference stream. Benthic macroinvertebrate density was higher and percent Ephemeroptera-Plecoptera­Trichoptera was lower in the burned streams than in the reference. These changes were accompanied by an increase in the proportion of smaller, more vagile taxa, suggesting a shift in community structure from K- to r­ strategists. However, these differences did not exist for taxa richness or biomass, indicating that metabolic compensation accompanied the change in community structure. Mid-term recovery appears to be delayed in YNP streams as a result of increased precipitation and runoff in recent years. These results indicate that significant changes are still occurring in these streams ten years after the fires; these impacts and trends are expected to be even more apparent when the patterns over the whole ten years are examined.


Oryx ◽  
2007 ◽  
Vol 41 (3) ◽  
pp. 322-329 ◽  
Author(s):  
Jean-Marc Thiollay

AbstractSince 1970 there has been a dramatic decline of large raptors and terrestrial birds in West African savannahs. Comparative dry season transect counts over 4,697 km of driven transects were performed in 2004–2005 in south-eastern Burkina Faso to assess the abundance of 41 raptor species and large terrestrial species in four National Parks and surrounding hunting zones and cultivated areas. Population sizes were estimated for larger taxa in protected areas using distance sampling and nest searching. Most large vultures and eagles were generally found only in protected areas, with fewer individuals in the surrounding buffer zones and nearly none elsewhere. Conversely, the abundance of most of the smaller species was not different between protected and cultivated areas, and three species were more abundant in cultivated areas. Helmeted guineafowl Numida meleagris, Stanley’s bustard Neotis denhami and Abyssinian ground hornbill Bucorvus abyssinicus were not found outside protected areas. Within the 1.4 million ha of protected areas in and around south-east Burkina Faso, six species of eagles and vultures have estimated populations of c. 100–200 pairs, five species c. 50–100 pairs, five species have populations of <50 pairs, and the secretary bird Sagittarius serpentarius was not recorded. No specific reason for the collapse of large raptors in non-protected areas (which account for 99% of the area of the countries studied) has been identified, but the consequences of fast human population growth and habitat changes, overhunting, disturbances and poisoning may have played a critical role. Updating information on the conservation status of these species would be an important first step towards their long-term conservation.


2013 ◽  
Vol 4 ◽  
pp. 104-116 ◽  
Author(s):  
Ignacio Palomo ◽  
Berta Martín-López ◽  
Marion Potschin ◽  
Roy Haines-Young ◽  
Carlos Montes

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