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Cat News 72


Editorial

Fig. 1. Photo collage of the 4 ACI species.

At the 18th Conference of Parties (COP18) of the Convention on International Trade in Endangered Species of Wild Fauna and Flora CITES in Geneva in 2019 and COP13 of the Convention on the Conservation of Migratory Species of Wild Animals CMS in Gandhinagar in 2020, the Parties to the two UN Conventions endorsed the Joint CITES-CMS African Carnivores Initiative ACI and instructed the two Secretariats to develop a Programme of Work POW in cooperation with the relevant IUCN SSC specialist groups.

The ACI is coordinated by the CMS Secretariat (https://www.cms.int/en/legalinstrument/african-carnivores-initiative). It focusses on four iconic African predators, the lion, the cheetah, the leopard and the African wild dog, but goes much beyond simply conserving these species (Fig. 1). The goal of the ACI POW is the implementation of a long-term, adequately funded, science-based conservation programme to effectively conserve populations of the ACI species, their prey and habitats in Africa, addressing present and emerging threats, which shall be broadly supported by the African public and African stakeholders, the ACI Range States, and the international community, and facilitated by CITES, CMS and IUCN.

Are you wondering whether this might just be another overly ambitious and impractical piece of paper that will – if printed at all – collect dust on shelves of people wanting to demonstrate how much they are doing for the conservation of Africa’s fantastic wildlife? This must not be so and we are invited to help making the ACI a success!

The ACI is not re-inventing the wheel, but is aiming at incorporating various concepts and approaches for the conservation of African large carnivores and their environment under one roof. The strategic background is provided by the amalgamated Objectives from several conservation strategies that IUCN helped to develop for lions, cheetahs and African wild dogs, or the Roadmap for the leopard. The Results to be achieved under the ACI POW are directly responding to Resolutions and Decisions taken by the CITES or CMS COPs, and Activities proposed are inspired by many of the presently used approaches. The ACI and its POW hence aim to streamline and simplify the diversity of approaches for the conservation of African carnivores. More important, however, is that the ACI will provide a common platform for the various actors involved in large carnivore conservation in Africa, such as the range countries’ governmental institutions, the scientific community and private conservation organisations. The expectation is that it will be easier for big donors to foresee and trace the impact of their investment, and to make projects and investments more sustainable through integrating governmental, private and scientific actors cooperatively into the development and implementation of measures.

CITES and CMS are the only species-oriented UN conventions. CITES, probably the best-known conservation treaty, is a trade convention and can e.g. not facilitate the joint conservation of transboundary populations, which is so important for large carnivores. That is the special focus of CMS, which has the function to preserve large-scale populations stretching over huge areas and across national borders of many African Range States of the four ACI focal species. A partnership of IUCN SSC and the respective Specialist Groups with the two UN conventions in the frame of the ACI opens new perspectives also for us. The paradigm of SSC is “Assess – Plan – Act” – and that is exactly what the ACI aims to do. Ultimately, the ACI will contribute to restoring and maintaining viable and ecologically functional African populations of the ACI species through “appropriate preservation of these species and their prey, effective conservation or restoration of suitable habitats, and sustainable management of natural resources for the mutual benefit of wildlife and humans, successfully coexisting with and valued by the people as a common heritage and part of the identity of the African continent”.

Urs Breitenmoser, 17.12.2020

First direct leopard evidence in 20 years in Campo-Ma’an conservation area, Cameroon by I. B. Djoko, A. Granados, R. B. Weladji and P. Paré

For two decades, there has been no indisputable evidence of African leopard Panthera pardus pardus occurrence in Campo-Ma’an National Park, southern Cameroon. We confirm here the presence of the African leopard in the conservation area, as evidenced by the detection of an adult leopard by one of our camera traps after 961 camera trap nights in the Campo-Ma’an area. In light of increasing habitat loss and fragmentation in the region, we call for more extensive camera trap surveys throughout the Campo-Ma’an conservation area in order to obtain a reliable estimate of the number of leopards left in this area and to adopt land use strategies that protect the species.

 

Supporting Online Material

Figures F1 & F2

Video of probable northern tiger cat in low-elevation forest, western Panama by J. Ziegler and A. Sliwa

This is a report of a camera trap video probably documenting a northern tiger cat Leopardus tigrinus at an elevation of 277 m in the foothills of the Talamanca mountain range in the province of Bocas del Toro, Panama. The only other published record from the western part of Panama was recorded at a high altitude above 3,000 m. Information on the distribution, population and habitat preference of the species in Costa Rica and Panama is very scarce. In addition the taxonomical status of the species is under review. Hence this specimen may be representative of a separate Leopardus species.

 

Supporting Online Material

Video V1

 

 

Novel foraging by pumas on rhea eggs observed during predator tourism by J. Cárdenas, R. Moraga, M. Montt and L. M. Elbroch

Wildlife tourism benefits apex predators in numerous ways, including providing contributions to scientific inquiry. Here we report novel observations of puma Puma concolor families consuming lesser rhea Rhea pennata pennata eggs observed during predator tourism. Such pay-off based (i.e. immediate reward) social learning could cascade within the local puma population and impact rheas further. Social and hunting behaviours are difficult to study indirectly, highlighting opportunities for tourism to contribute novel information.

Intraguild predation between two large carnivores in the Brazilian Pantanal by C. E. Fragoso, L. E. Rampim, S. S. Simioni, V. C. Araújo, M. Haberfeld and J. A. M. Júnior

As part of an ongoing jaguar conservation project in the Brazilian Pantanal, a monitored female jaguar Panthera onca killed and ate three maned wolf puppies Chrysocyon brachyurus which may highlight deeper interactions between these two large carnivores in this biome.

Developing transboundary monitoring of the jaguar in southern South America by J. J. Thompson, M. Velilla, R. G. Morato, C. de Angelo, A. Paviolo, V. Quiroga ...and D. Rumiz

During 12–14 March 2018, researchers from Argentina, Bolivia, Brazil, and Paraguay met in Asuncion, Paraguay for the workshop Developing a transboundary monitoring framework for the jaguar (Panthera onca) in the Southern Cone towards determining transboundary research needs for jaguar in these four countries. We defined a focal area of interest, which includes 15 Jaguar Conservation Units JCUs and seven ecoregions. For this focal area we defined research needs to determine population status and viability, connectivity, and genetic diversity among units, as well as connectivity with the continental core populations in the Amazon. We prioritized conducting research outside of protected areas, particularly in areas dominated by row crops and grazing. Furthermore, we identified a need for increased research on the movement of individuals and genes through the landscape to be incorporated into the assessment of population connectivity. Also, the intentional killing of jaguars needs to be better quantified, including research on the human dimensions of killing, as mortality is high in many areas and limits jaguar occurrence despite the availability of suitable habitat.

New elevation record of fishing cat occurrence in Odisha, eastern India by N. C. Palei, B. P. Rath, S. Behura and H. S. Palei

We report a high elevation record of a fishing cat Prionailurus viverrinus from Odisha, eastern India, where most fishing cat occurrences have previously been recorded below 50 m. A fishing cat was rescued from Ghumsur South Forest Division, Odisha, at an elevation of 160 m in January 2020. This record indicates that the species might be more widely distributed in the State than previously thought.

 

Supporting Online Material

Table 1

A tiger with an unusual body colouration in Kaziranga Tiger Reserve, India by J. P. Das, B. Chakdar and A. Boruah

We report here a tiger Panthera tigris sighting with unusual coat colour morph from Kaziranga Tiger Reserve in India. The tiger had white face and underside, while the upper body was pale orange with thin red-brown stripes.

First leopard picture in the Yamuna Biodiversity Park, India by M. Singh, S. Gautam, D. P. Srivastava, P. Jain, Um Sirohi, H. Singh, Arjun and F. A. Khudsar

We report probably the first phographic record of a resident leopard Panthera pardus in the Yamuna Biodiversity Park YBP, a restored site in the floodplain of River Yamuna in Delhi stretch, after 13 years of ecological restoration. This record may also indicate that Biodiversity Parks could serve as a conservation model for urban centres.

 

Supporting Online Material

Figure 1

Breeding record of rusty-spotted cat, Lansdowne Forest Division, Uttarakhand, India by D. Pawar, S. Umariya, S. Bakshi, J. Antil, S. Salaria, V. Singh, A. K. Singh and I. P. Bopanna

World’s smallest wild cat and the smallest member of the Felidae family the rustyspotted cat Prionailurus rubiginosus was photo captured for the first time in Lansdowne Forest Division, Uttarakhand, India, during the All India Tiger Estimation AITE 2018. The cat was recorded with two kittens which is probably the first photographic record of the rusty-spotted cat with kittens reported in the Terai Arc Landscape TAL.

Clouded leopard and marbled cat in the socio-ecological landscape of Sikkim, India by T. Naulak and S. Pradhan

We report the first camera trap records of two threatened cats, clouded leopard Neofelis nebulosa and marbled cat Pardofelis marmorata from the socio-ecological landscape of Sikkim Himalaya. The clouded leopard was photo-captured at 1,263 m on 26 February 2020 and the marbled cat at 2,069 m on 26 April 2020 in Dzongu, North Sikkim, India. Their occurrence highlights the significance of the agroecosystem matrix for the conservation of these threatened cats. We recommend intensive studies on the ecology of the species in these landscapes to better understand their actual distribution range, population status and threats in Sikkim Himalaya.

Complex consequences of conservation success: Emerging human-tiger conflicts in Nepal by A. Fithmaurice, P. Poudel, S. Offord-Woolley, D. Macdonald, S. Thapa, B. R. Lamichhane, A. Baral and B. P. Yadav

Between 1910 and 2010, range-wide tiger Panthera tigris populations plummeted from around 100,000 to an estimated 3,200. Poaching, habitat destruction and humanwildlife conflict have all contributed to this dramatic decrease. In Nepal, the BardiaBanke Complex, consisting of Bardia National Park BNP and Banke National Park BaNP and their buffer-zones, is a critical habitat to the Bengal tiger. Conservation efforts in recent decades have contributed to increasing the tiger population. Despite this increase, no human fatalities associated with human-tiger conflict were reported in the decade prior to 2019: a crucial feature of conservation success. In 2019, nine reported human-tiger incidents resulted in seven human fatalities, three people badly injured, and one tiger taken into captivity. The question of why conflicts involving humans and tigers have suddenly increased requires urgent answers to inform future policy. The development and implementation of case-specific coexistence strategies is a prerequisite to the conservation of this iconic species. This paper explores the complex unintended consequences of conservation success and critically evaluates the circumstances that may explain this recent surge in human deaths and injuries.

Discovery of clouded leopard pelt in a high altitude settlement in Taplejung, Nepal by B. Adhikari, S. Lamichhane and J. B. Karki

A pelt of clouded leopard Neofelis nebulosa was discovered in a settlement of Tokpegola at an altitude of 3,751 m in Taplejung district lying in the north-east region of Nepal. The key informant revealed that the pelt was extracted from a clouded leopard killed in the forest adjacent to the village. The discovery of this pelt from this village, previous records of pelts from adjacent areas and the tradition of organising yearly trade festivals suggests that this area is under high risk of wildlife trade.

Camera trap records a tiger close to Phrumsengla National Park in Central Bhutan by R. Drakpa and T. Dhendup

We conducted a Rapid Biodiversity Assessment using camera traps in few pockets of northern and central Bhutan from 2015–2016. We recorded two different tigers Panthera tigris at 3,121 m in the buffer zone of Phrumsengla National Park PNP in central Bhutan. The tigers were camera trapped close to the national park, a significant record, as the first tiger in the national park was photographed nearly two decades ago, and there is no literature on the species from the later years. The finding suggests that the tiger has returned to the national park and also reiterates the importance of high-altitude landscapes in Bhutan and the Himalayan region as wildlife habitats and corridors for dispersal. We recommend a detailed survey of tigers in the national park, including habitat use and threats.

Jigme Dorji National Park: A wild felid biodiversity hotspot in Bhutan by Y. Jamtsho, P. Dendup, T. Dorji, R. Dorji and R. Dorji

We recorded nine wild cat species during five consecutive camera trap surveys over the last nine years in Jigme Dorji National Park JDNP. The species recorded were tiger Panthera tigris, snow leopard Panthera uncia, leopard Panthera pardus, clouded leopard Neofelis nebulosa, Asiatic golden cat Catopuma temminckii, marbled cat Pardofelis marmorata, leopard cat Prionailurus bengalensis, jungle cat Felis chaus, and Pallas’s cat Octocolobus manul. The presence of these felids in JDNP is a clear indication that the park has an intact and immaculate ecosystem and that it is a conservation jewel of Bhutan. However, anthropogenic threats such as habitat loss and fragmentation through farming, logging and other developmental activities, poaching, prey population decline and retaliatory killings can negatively impact the felid populations. In order for these wild felids to achieve viable populations, there is a need for further protection and management of their habitat and prey base. Therefore, we recommend the implementation of strategized patrolling and yearly monitoring of wild felids and their status in the park.

 

Supporting Online Material

Table 1

Results from a pilot camera trap survey on Pallas’s cat in western Bhutan by T. Dhendup

Pallas’s cat Otocolobus manul is one of the least known small wild cats of the Himalayas. Bhutan recorded its first Pallas’s cat in 2012; however, no other records have emerged in the last eight years despite several camera trapping surveys. We carried out a pilot survey using camera traps to re-confirm the presence of the species in Soe region (previously recorded here in 2012) located to the west of Jigme Dorji National Park from mid-August to mid-October in 2018. The survey data consisted of images from eight camera trap stations covering 32 km2 , totaling 303 camera trap nights, which resulted in the detection of several mammal species, including the snow leopard Panthera uncia, but no Pallas’s cat. Given the limited sampling area and the number of camera trap stations, we cannot conclude if the species is absent in the area. Despite repeated camera trap surveys over the years, although focused on large carnivores, the absence of recent records suggests that the species is naturally rare in Bhutan. We recommend the identification of potential habitats for the species across the country and to prioritise presence-absence surveys.

 

Supporting Online Material

Table 1

First capture of a flat-headed cat in an oil palm plantation in Sabah, Borneo by M. C. González-Abarzúa, M. N. Kunde, M. S. Fitri and B. Goossens

The flat-headed cat Prionailurus planiceps is one of the least studied cats worldwide, with little to no research and conservation efforts in place. This cat is listed as Endangered on the IUCN Red List, as their habitat and population continue to decline. It can be found near freshwater sources, but the loss and degradation of the habitat has resulted in a very small and patchy distribution (ranging from Thailand to Peninsular Malaysia, Sumatra and Borneo). The Lower Kinabatangan Wildlife Sanctuary LKWS in Sabah, Borneo is considered a crucial location for the survival of this species. However, the growing expansion of oil palm plantations may represent a threat, since they are believed to be an unsuitable habitat for these cats. Here we present the first capture report on a flat-headed cat in an oil palm plantation and probably the first capture of the species for research purpose in Borneo.

 

Supporting Online Material

Figure 1 and Table 1

Update on the range of leopard cats in the Republic of Korea by K. Kim, Y. Jang and A. Borzée

Knowing the exact distribution of wildlife is important for conservation planning of species under threat. The leopard cat Prionailurus bengalensis euptilrurus is the last felid species extant in the Republic of Korea, where it is listed as Vulnerable. Here, we present data supporting the current distribution of the leopard cat in the Republic of Korea, with a focus on the western lowlands. Based on this information, we call for an update of the species’ range on the IUCN Red List. In addition, we suggest an update to the range of the species in Jeju island, where the species is now regionally extinct.

Expediency of photographs to study the distribution of wildcats in South-west Asia by D. Wuest, A. Kitchener, A. Ghoddousi, P. Gerngross, A. Barashkova, T. Lanz, A. Sliwa, A. Krivopalova, A. Shakula, C. Breitenmoser-Wuersten and U. Breitenmoser

By compiling a wildcat catalogue of georeferenced digital photographs from Southwest Asia, we investigated the plausibility of phenotypically identifying Felis silvestris caucasica (Caucasian wildcat), Felis lybica ornata (Asiatic wildcat) and Felis lybica lybica (African wildcat) through external phenotypic traits, in order to verify their known distribution, and identify any inconsistencies or gaps of knowledge. With this approach, we expect to move away from depending on wildcat distribution information being based primarily on expert opinion, and establish a more systematic approach to determine areas in need of further investigation, survey and monitoring with robust methods. We identified the Lesser Caucasus as an area containing possible hybrid individuals between these taxa. Further “ground truthing” may also be required to understand the distribution ranges of the Caucasian and Asiatic wildcats in the Caucasus and western Kazakhstan/southern Russia. We suspect their actual distributions may differ from the information currently published, with a possible range expansion in the north, as well as an overlap area in the Lesser Caucasus. The African wildcat was underrepresented in our image collection and therefore no firm conclusions could be formulated, emphasizing the need for further data. The wildcat catalogue is available as an online resource, and we emphasize the importance of such resource compilations, given the ever-increasing flood of digital imagery. We recommend the use of such tools for identifying areas in need of further “ground truthing” by means of robust genetic analyses. This plays an important role in addressing potential conservation concerns, such as the extent of hybridization between wildcat species, as well as with the domestic cat, the influence and extent of habitat loss, climate change, and species range shifts.


Supporting Online Material

SOM 1 and SOM 2

 

 

Small grants sustain fishing cat conservation efforts by N. Heard, S. Mickleburgh, J. Sanderson and W.-M. Wong

Because threats to biodiversity generally and small wild cats specifically continually appear, species conservation efforts must be sustained over the long term. Because no single large funding source is available, conservationists apply for small grants wherever such grants are offered. Small grants are thus an important tool supporting conservation projects around the world. Because small grants offer limited funding, ensuring these funds are wisely invested is done through open communication and co-operation between the granting agencies. Small grants from The Mohamed bin Zayed Species Conservation Fund, Panthera’s Small Cat Action Fund, and The Rufford Foundation have enabled creation of a sustained, unified conservation programme for fishing cats Prionailurus viverrinus across their geographic range. Programme creation is a process, not an event. Here we detail how the conservation programme for fishing cats was created, the programme’s current state, and consider future needs.


Supporting Online Material

Table 1

New report unveils the criminal networks behind jaguar trafficking in Bolivia

On behalf of the IUCN National Committee of the Netherlands (IUCN NL), Earth League International (ELI) conducted undercover investigations on jaguar poaching and trafficking in Bolivia. ELI investigated the criminal networks behind this illegal wildlife trade from 2018 to 2020 and unveiled the traffickers’ modus operandi and transport methods, routes and geographical hotspots. The investigations showed that the demand for jaguar parts comes from Asia and the trade is generally run by Chinese residents in Bolivia.

Link to report: https://www.iucn.nl/en/updates/new-report-unveils-the-criminal-networks-behind-jaguar-trafficking-in-bolivia

IUCN Motions

In October 2020 IUCN members made an electronic vote on motions submitted for the World Conservation Congress in France, which was postponed from January 2021 due to COVID-19. The following cat specific motions have been adopted:


Motion 072 - Combatting the illegal trade in lion body parts and derivatives

The motion recommends the following: 1. DECLARES the importance of deterring the illegal killing of lions and the illegal trade in lion body parts and derivatives; 2. REQUESTS the Director General to support an initiative for further robust, evidence-based research, that applies rigorous and replicable methodology, into the extent and drivers of the trade in African lion parts and derivatives in Africa and East/South-East Asia, and its impact on wild lion populations in Africa and on those of other big cats globally – information that is required to better inform decision-making and intervention measures; and 3. ENCOURAGES Members to combat illegal and unsustainable exploitation of wild lion populations by improving law enforcement, improving and enforcing wildlife crime legislation (including wildlife crime-related legislation), enhancing benefits to rural communities through maintaining and strengthening lion values and incentives for conservation, tackling governance and corruption issues, and engaging in efforts to reduce the consumer demand for lion bones and any other parts and derivatives from illegally killed lions.

Link to the motion: https://www.iucncongress2020.org/motion/072

 

Motion 057 Law enforcement regarding commercial trade in tigers and tiger parts

The motion recommends the following: 1. CALLS ON IUCN Members, including State, government agency and non-governmental organisations to take immediate action to eliminate illegal trade in tigers and tiger parts by: a. providing data and expertise to assist with intelligence-led law enforcement; b. sharing information, especially in relation to cross-border incidents; c. identifying and removing legislative loopholes that facilitate illegal trade; d. increasing, where appropriate, penalties and fines to act as stronger deterrents; e. employing more robust ‘wildlife diplomacy’ to promote conservation and discourage countries from introducing measures and decisions that incentivise illegal trade; and f. ensuring that the ex situ tiger populations in human care are adequately registered and regularly monitored to evidence that they serve non-commercial purposes, such as: research directly related to the conservation of in situ and ex situ populations, scientific conservation education, and conservation breeding aimed at ensuring genetic diversity of the global ex situ population demonstrably for the purposes of species conservation; and 2. REQUESTS states and government agencies, donors and funding agencies to make more funding available to improve enforcement and regulation as indicated above.

Link to the motion: https://www.iucncongress2020.org/motion/057 news CATnews 72 Winter 2021 content