Endangered Species Friday [Case Study]: Dusicyon australis
How the Fur Trade Pushed the Falkland Islands Wolf into Extinction.
This Friday’s Endangered Species watch Post (ESP) focuses on a species that was literally hunted into extinction. Daily I read comments about our wildlife or speak to animal lovers, activists or conservationists of which many show great concern in relation to legal hunting E.g (Cites permitted trophy hunting), or poaching E.g (non-permitted illegal hunting).
D. australis was identified back in 1792 as the (Falklands Wolf) by Dr Robert Kerr (1755 – 11 October 1813) was a scientific writer and translator from Scotland. Dr Kerr was born in Roxburghshire as the son of a jeweler. He studied medicine at the University of Edinburgh and practiced at the Edinburgh Foundling Hospital as a surgeon. He translated several scientific works into English, such as Antoine Lavoisier’s work of 1789, Traité Élémentaire de Chimie, published under the title Elements of Chemistry in a New Systematic Order containing All the Modern Discoveries, in 1790.
In 1792, Dr Kerr published The Animal Kingdom, the first two volumes of a four-tome translation of Professor Linnaeus’ Systema Naturae, which is often cited as the taxonomic authority for a great many species. (He never did the remaining two volumes.) What would Dr Kerr say now if he knew this magnificent creature he discovered has since been pushed into extinction via ‘legal hunting practices and deliberate persecution’?. Like few conservationists and philanthropist’s that I have spoken to whom have identified species of birds, frogs and new world primates their most common reaction is utter shock and frustration, although most were not surprised.
While Dr Kerr was the primary individual that named and listed the species, Capt. John Strong, a British Marine explorer was the very first person to discover the Falkland Island Wolf upon landing on the Falkland Islands back in the 1690’s. Based on historical and fossil records we know the species was living quite a peaceful and undisturbed life. Historical records also prove that Charles Darwin who was a naturalist and geologist whom visited the islands back in 1833 stated the Falkland’s Wolf was commonly seen. Its from this point back in the early 1800’s after Charles Darwin’s visit that the Falkland Wolf populations began to decline. Within approximately thirty years after Charles Darwin’s visit – the species then went extinct.
From 1833 to 1876 when active exploration’s and colonization’s began increasing the evidence pinpoints that humans were the primary cause for the species complete extinction. Had the Falkland’s not been colonized or disturbed by explorers and hunters its very likely the Falkland Islands Wolf would still be with us today. That is based on my own expert opinion and scientific studies that have proved islands with no human interference over eighty million years old up to the 1900’s the majority of non-colonized islands regardless of their size – all their natural wildlife discovered is still mostly intact. Take the island of Madagascar as an example!
The prehistoric breakup of the supercontinent Gondwana separated the Madagascar-Antarctica-India landmass from the Africa-South America landmass around 135 million years ago. Madagascar later split from India about 88 million years ago, allowing plants and animals on the island to evolve in relative isolation. As a result of the island’s long isolation from neighboring continents, Madagascar is home to an abundance of plants and animals found nowhere else on Earth. Approximately 90 percent of all plant and animal species found in Madagascar are endemic. So we know that if left untouched both the Falkland island and Madagascar’s habitat and wildlife both flora and fauna lived undistributed.
While Madagascar’s history is a little different from the Falkland Islands the evidence is clear, that as soon as explorers, human colonies, immigrants and travelling settlers visited – the habitat became threatened just as the Falkland’s Wolf became extinct in under thirty years after Charles Darwin’s visit, 1833. Only 10 percent of Madagascar’s forests now remain. Also, recent estimates suggest that 1-2 percent of Madagascar’s remaining forests are destroyed each year, and that a staggering 80-90 percent of Madagascar’s land area burns each year. Ninety percent of Madagascar’s Lemurs are moving towards complete extinction – and why? from 700 CE – 1500 when immigrants, traders and explorers arrived – wildlife and habitat began to decline gargantuanly. However based on historical fur trade records a pattern has emerged – its concerning – its continuing – and if not banned its likely other animals will suffer due to the fur trade.
“Our ancestors are not to blame”
But lets not jump the gun here blaming our own ancestors for the primary decline of wildlife and destruction of habitat. As Charles Darwin explained in the 1830’s on visiting the Malvina the Falkland Wolf was still quite commonly seen. Just as Lemurs and forest remained intact on the island of Madagascar before humans arrived, history tells us though that our ancestors mostly respected the land and wildlife however, its from years of 1800 that wildlife and habitat began declining. The Falkland’s Wolf wasn’t killed off by our ancestors as such but more – US fur traders from the 1830s, and when Scottish settlers arrived in the 1860s began raising sheep on the Island, D. australis was poisoned as a pest species too.
Is it just a mere coincidence that the Falkland Islands Wolf went extinct as soon as the fur trade began booming from the 1600’s to the 1800’s dare I ask? commercial fur trade in North America grew out of the early contact between Indians and European fisherman who were netting cod on the Grand Banks off Newfoundland and on the Bay of Gaspé near Quebec. Indians would trade the pelts of small animals, such as mink, for knives and other iron-based products, or for textiles. Exchange at first was haphazard and it was only in the late sixteenth century, when the wearing of beaver hats became fashionable, that firms were established who dealt exclusively in furs. The trade then spread to America thus seeing United States citizens hunting the Falklands Wolf into extinction. So again I question is it correct to blame our ancestors whom colonized the Falkland Islands of which Darwin stated the wolf was still commonly seen from 1830, bur more blame Canadians, Americans and Europeans for the introduction of the fur trade? That’s the problem, not colonization or immigration but sheer commercialization of an animal trade and greed.
There are some other factors of course that relate to the Falkland’s Wolf extinction. The species natural prey which was rodents were in decline too. Due to the decline of certain prey specimens this unfortunately forced the wolf into now human populated agricultural lands, hunting sheep. The Falkland’s Wolf was then seen as a pest of which settlers, mainly farmers deliberately laid poisoned traps thus decreasing populations furthermore. Its believed that the decline in rodents was primarily due to humans protecting their farms and crops. None knows for sure the entire Falkland’s Wolf diet but – ground-nesting birds such as geese and penguins, grubs and insects, as well as seashore scavenging would most likely have been common prey and foraging behavior.
The Falkland’s Wolf was killed off by greed, legal hunting and the fur trade. Its quite sad to know that after Darwin’s notes were made public the species soon became extinct some thirty years later, had them notes not been publicized – the species could still be with extant. While we have certain protocols, laws and agreements in place such as the Convention on International Trade of Endangered Species (Cites), and the International Union for the Conservation of Nature – history is still repeating itself, so I do at the best of times question why we have such organisations in place to protect wildlife – when its “we humans” that should be taking the stand and protecting what is left on Planet Earth. While poaching remains a significantly large threat to many large fauna such as Lions, Elephants, Rhino and aquatic wildlife. The agricultural trade, indiscriminate hunting and habitat loss remains the number one threat to all species of flora and fauna.
So, how do we stop further extinctions and declines of wildlife? Well if you’ve read this entire article all the way through (the answer is in front of you).. You’ve just got to open your eyes, absorb the information and act on it.
Dr Jose C. Depre.
Environmental and Botanical Science.
Endangered Species Monday: Archaius tigris
This Mondays Endangered Species watch Post (ESP) I document on yet another African species of wildlife that hunting revenue is not helping to preserve. The Tiger Chameleon was identified back in 1820 by Dr Heinrich Kuhl (September 17, 1797 – September 14, 1821) was a German naturalist and zoologist. Kuhl was born in Hanau. He became assistant to Coenraad Jacob Temminck at the Leiden Rijksmuseum van Natuurlijke Historie. (Image: Credited to Henrick Bringsoe, A tigris).
In 1817 he published a monograph on bats, and in 1819 he published a survey of the parrots, Conspectus psittacorum. He also published the first monograph on the petrels, and a list of all the birds illustrated in Daubenton’s Planches Enluminées and with his friend Johan Coenraad van Hasselt (1797–1823) Beiträge zur Zoologie und vergleichenden Anatomie (“Contributions to Zoology and Comparative Anatomy”) that were published at Frankfurt-am-Main, 1820.
Commonly known as the Tiger Chameleon or Seychelles Tiger Chameleon the species is currently listed as [endangered] which is not uncommon as like many Chameleons within the Seychelles their range is shrinking by the year or being overrun by invasive botanical species.
Endemic to the Seychelles the species has been listed as endangered since 2006 of which populations trends are unknown. Much documentation often cites the species at “comparatively” low density, however one must not take this as factual until a true population count is seen. It has been alleged that for every [five hectares] there is possibly 2.07 individuals which isn’t good ‘if true’ since the island is only 455 km2.
From what we know the species remains undisturbed where there aren’t invasive Cinnamon trees identified as the Cinnamomum verum. However where C. verum is spreading the Tiger Chameleons habitat is under threat from this invasive plant. There is a negative correlation between Chameleon density and the presence of cinnamon, suggesting this invasion is detrimental to chameleon populations. Negative correlation is a relationship between two variables such that as the value of one variable increases, the other decreases.
The Tiger Chameleon’s main endemic range on the Seychelles islands is Mahé, Silhouette and Praslin. A historical record from Zanzibar (Tanzania) is erroneous. It occurs from sea level to 550 m asl, in areas of the islands that have either primary or secondary forest, or in the transformed landscape if there are trees and bushes present. Although they are currently estimated to have a restricted distribution on each island (following survey transects conducted by Dr Gerlach if anecdotal observations from transformed landscapes (e.g. degraded areas outside the areas surveyed) are valid, then the distribution would be larger than mapped at present.
To date the only [non-active] conservation actions that I am aware of are within the Vallee de Mai on Praslin which is currently not a protected national park. Fortunately the species is protected to some degree in the Morne Seychelles, Praslin and Silhouette National Parks. The primary threat within non-protected areas is as explained invasive Cinnamon which seems to be posing similar threats to both small reptilians, insects and birds on the islands and mainland Madagascar.
While the species has been in the past used as a trade animal it was alleged that there were no Cites quotes since 2000 – 2014. However from 1997 – 2013 a total of twelve live specimens were legally exported [despite the species threatened at risk status]. Cites allowed the twelve species to be exported for use within the pet trade which I myself find somewhat confusing. Two specimens were exported to Germany in 1981 with the remainder  sent to Spain. I am a little perplexed as to why these twelve specimens were legally exported, furthermore I have found no evidence or follow up data that would satisfy me in believing this export was even worthwhile for the species currently losing ground within their natural habitat.
From 1981 -2010 a further 98 dead specimens were legally exported for scientific zoological projects. Then in 1982 a single live specimen was legally exported with Cites permit for experimental purposes. While I cannot [again] locate any evidence or reason as to why this single specimen was exported alive – I must make it clear that Cites is sympathetic to Huntington Life Science’s and various other animal experimental laboratories. However this doesn’t prove that Cites has exported to anyone of these experimental research centers, it is merely my assumption.
Image: Archaius tigris
No other trade is reported out of the Seychelles, although re-export of specimens imported to Germany and Spain has been reported to Switzerland and South Africa, respectively (UNEP-WCMC 2014). This species is present and available in limited quantities in the European pet trade, and illegal trade and/or harvest may occur on a limited basis. ‘A’ report handed to myself from an [anonymous 2014] officer from the office of UNEP states that a population of some 2,000 specimens has been recorded  however there is yet again no census historical data to back these claims/report up. I again must point out that if its proven there are no fewer than [2,000 Tiger Chameleons] remaining in the wild and, Cites is allowing export then Cites is going to come under immense pressure from International Animal Rescue Foundation Africa because exporting live animals for pet trade at such ‘alleged’ depressed populations – is neither helping the species nor supportive of conservation practices.
The main threat is habitat degradation as a result of the invasion by alien plants species, especially Cinnamomum verum, principally on Mahé and Praslin. Cinnamon is displacing other vegetation, it is present all over the islands and it is the fastest growing, heaviest seeding plant in most areas and is changing the composition of the forests. Currently it makes up 70-90% of trees in Seychelles forests, reaching >95% in some areas. For Archaius tigris, the cinnamon trees provide a normal structure of vegetation, but the invaded forests support a massively diminished insect population, somewhere in the region of 1% of normal abundance. This excludes invasive ants which are the only common invertebrates associated with cinnamon.
In addition, the cinnamon produces a denser canopy than native trees, giving deeper shade which excludes forest floor undergrowth (other than cinnamon seedlings), and this also is a factor in the reduced insect abundance. The Chameleons are found on cinnamon and in cinnamon invaded areas, as long as there is a wide diversity of other plants and a dense undergrowth. In fact, rural gardens can provide habitat for the Chameleons, because these tend to be more diversity in terms of flora, and therefore can support invertebrate fauna.
Dr Jose C. Depre
Environmental and Botanical Scientist.
Endangered Species Friday: Anas melleri
This Fridays Endangered Species watch Post (ESP) focuses on a very undocumented bird known scientifically as Anas melleri and commonly known as the Meller’s Duck.
The Meller’s Duck was identified back in 1865 by lawyer and Doctor Philip Lutley Sclater FRS FRGS FZS FLS (4 November 1829 – 27 June 1913) was an English lawyer and zoologist. In zoology, he was an expert ornithologist, and identified the main zoogeographic regions of the world. He was Secretary of the Zoological Society of London for 42 years, from 1860–1902.
Listed as endangered, populations are on the decline quite extensively throughout the birds entire range. A. melleri qualified for (endangered status) back in 2012. Endemic to Madagascar the species can be located on the eastern and northern high plateau. Populations are isolated on massifs on the western edges of the plateau. Documented reports from the west of the island most probably refer to vagrant or most likely wandering birds.
Its been alleged that at some time from 2012 re-introduced populations on the island of Mauritius are now extinct – however there remains no hard hitting evidence to back this claim up, conservationists have stated that a ‘probable extinction’ occurred on the island.
The Meller’s Duck was once described as common on the Africans island of Madagascar, unfortunately there is no evidence to back this claim up either. Conservationists that visit the island regularly from International Animal Rescue Foundation Africa and have documented on the Meller’s Duck previously have been informed by locals that the species is rarely seen, however huntsmen will peddle the meat of ducks into local villages.
International Animal Rescue Foundation Africa stated the species had been documented by explorers as ‘densely populated’ on the island from the 1500’s to 1800’s. Sadly since human colonization increased on the island after the French protectorate from the mid 1800’s human population growth on the island has attributed to current decline of the species. Over the last twenty years human population has skyrocketed significantly which unfortunately has led to vast swathes of habitat destroyed and illegal poaching to occur.
“All birds seem to be within a single subpopulation which is probably continuing to decline rapidly. Extinctions are likely to occur in under a few years, five years max”…
Conservation teams like the local communities have confirmed that the species is sadly no longer common ‘anywhere’ other than forested areas of the northwest and in the wetlands around Lake Alaotra where there are some breeding pairs, but where many non-breeders collect, with up to 500 birds present. All birds seem to be within a single subpopulation which is probably continuing to decline rapidly. Extinctions are likely to occur in under a few years, five years max!.
Population sizes are incredibly depressed. We now know the species numbers at 2,000 to 5,000 individuals which equates to exactly 1,300 to 3,300 mature individuals. Should pet collection, poaching, habitat destruction Etc continue at the rate it is extinctions will as explained occur in roughly (730 days). That’s how serious the problem is.
Conservation projects are underway of which the IARF have contributed funding towards the Durrell Wildlife Conservation Trust. The species occurs in at least seven protected areas, and is known from 14 Important Bird Areas (78% of eastern Malagasy wetland IBAs) (ZICOMA 1999). No regular breeding sites are known. In 2007, there was a drive to increase the number of institutions that keep the species in captivity, and as such the bird is a nationally protected species.
Conservation actions planned: Protect remaining areas of least-modified wetlands at Lake Alaotra. Conduct wide-scale status surveys of eastern wetlands. Study its ecology to identify all causes of its decline and promote development of captive breeding programmes.
(Please note all new monetary and equipment grants provided by IARFA from August of last year to present has yet to be updated into the main transparency register onsite)
Meller’s duck breeds apparently during most of the year except May–June on Madagascar, dependent on local conditions; the Mauritian population has been recorded to breed in October and November (however as explained is likely to now be extinct). Unlike most of their closer relatives—with the exception of the African black duck—they are fiercely territorial during the breeding season; furthermore, pairs remain mated until the young are.
A. melleri is still classed as the largest species of wildfowl found in Madagascar and is widely hunted and trapped for subsistence (and for sport). Interviews with hunters at Lake Alaotra suggest c.450 individuals are taken each year, constituting 18% of the global population.
Long term deforestation of the central plateau, conversion of marshes to rice-paddies and degradation of water quality in rivers and streams, as a result of deforestation and soil erosion, have probably contributed to its decline too. Widespread exotic carnivorous fishes, notably Micropterus salmoides (although this may now be extinct) and Channa spp., may threaten young and cause desertion of otherwise suitable habitat.
Its decline on Mauritius has been attributed to hunting, pollution and introduced rats and mongooses as well as possible displacement by introduced Common Mallard Anas platyrhynchos. Pairs are very territorial and susceptible to human disturbance.
Extinction is likely to occur of which continued protective captivity projects must increase for the birds future survival and re-introduction elsewhere.
The video below depicts a Meller’s Duck captivity project in Germany.
Thank you for reading.
Dr Jose C. Depre
Endangered Species Friday: Dyscophus antongilii
This Friday’s endangered species article I focus on yet another Africans frog that is listing near endangerment. In fact this frog species is so threatened should conservation actions not improve we’re likely to see extinctions occur within the next decade. (Please note: the image above depicts the frog in threatened state – colors do differ)
Commonly known as the Tomato frog the species is one of three within the genus Dysophus. Scientifically identified as Dyscophus antongilii this particular genus is the only genus known to be at threatened status while the other two sub species are in fact listed as least concern.
Identified back in 1877 by Explorer Alfred Grandidier (20 December 1836 – 13 September 1921). Explorer Grandidier was a French naturalist and explorer. From a very wealthy family, at the age of 20, he and his brother, Ernest Grandidier (1833–1912), undertook a voyage around the world. At first they were led by the astronomer and physicist Pierre Jules César Janssen (1824–1907), but when Janssen fell sick and had to return to France after about six months, the brothers continued the journey.
They visited South America in 1858 and 1859 and in particular the Andes, Peru, Chile, Bolivia, Argentina and Brazil. During this voyage they gathered a significant collection of specimens which were analyzed, in 1860, by Ernest.
Conservation actions did improve the species back in the late 1990’s of which the D. antongilii was then listed as vulnerable. Since this time though conservation actions have improved to some degree leading to the species to then be re-listed back in 2002 as (near threatened). Unfortunately due to this particular genus being only native to the Africans island of Madagascar where habitat fragmentation, destruction, urbanization, species/human displacement, slash and burn operations are increasing only reduces frog habitat furthermore. Main causes of declines though are trade and pollution of water bodies.
D. antongilii is known to be abundant, however populations of this particular genus are currently unknown on the island. Locals have stated D. antongilii is most commonly seen within the Maroansetra region on the island of Madagascar. Unfortunately when environmentalists undertook surveys and census counts within the area with regards to the locals knowledge of the species, it was found that populations are actually declining quite rapidly. One such problem that has been noted by International Animal Rescue Foundation Africa was the increasing tropical pet trade.
International Animal Rescue Foundation Africa and International Animal Rescue Foundation England located a broad range of pet suppliers within England and America. Despite D. antongilii classified as “near threatened” and in overall decline one can purchase this exact genus within the United States for as little as $29.99. Meanwhile within the counties of Manchester, Nottingham, London, Kent and Wales pet suppliers were trading for around £30.99.
On researching a pet supplier within the United States not only did we locate evidence of D. antongili on sale, other species of threatened and “endangered” animals were also on sale. A search of their Facebook social media page also aroused suspicions of which they have since closed down. Pet Solutions, Beavercreek based in Ohio can be located here: http://www.petsolutions.com/C/Live-Frogs/I/Tomato-Frog.aspx meanwhile their Twitter account can be viewed hereto: https://twitter.com/petsolutions
Image: Tomato frog in normal relaxed mode shows their unique tomato coloring.
The species lives in primary rain-forest, coastal forest, secondary vegetation, degraded scrub, and highly disturbed urban areas. It is a very adaptable species, but possible declines in Maroansetra indicate that there might be a limit to the extent that it can persist in urbanized habitats. It appears to be localized to sandy ground near the coast, and breeds in ditches, flooded areas, swamps, and temporary and permanent still or very slowly flowing water.
Tomato frogs breed in February to March following heavy rainfall; the sounds of males calling to attract females can be heard around small water bodies in the dark Malagasy night. Following copulation, females will lay a clutch of 1,000 to 15,000 eggs on the surface of the water. Tadpoles hatch from these small black and white eggs about 36 hours later; they are only around six millimetres long and feed by filter-feeding. Tadpoles undergo metamorphosis into yellow juveniles and this stage is completed around 45 days after the eggs were laid.
Ambushing potential prey, adult tomato frogs feed on small invertebrates, such as beetles, mosquitoes, and flies. When threatened, these frogs can inflate themselves, giving the appearance of greater size.
Pollution of water-bodies is a potential threat, and in the past this species was subject to collection for international trade, although this is now largely under control and restricted. Despite trade allegedly being restricted – it seems this is not the case as International Animal Rescue Foundation Africa have located over 34 suppliers in the last week, many of which have ties back to Asia and Africa. International trade is indeed taking off again, and with a population in decline – international trade must cease immediately.
This colorful species is much in demand by herpetological hobbyists. Captive breeding, in addition to CITES listing, has effectively halted the trade in wild-caught specimens. However it must be noted that captive breeding cannot always be proven within the private industry, and scrutiny must always be used to conclude if any breeder is following the relevant procedures and laws in place.
Research into captive breeding techniques for the tomato frog has been carried out by Baltimore Zoo in the United States in an effort to boost the currently small and genetically deprived captive population that exists in that country.
A consortium of U.S. zoos that form the Madagascar Fauna Group (MFG) have established an exhibit at the Parc Zoologique Ivoloina, Madagascar in an attempt to help educate local people about this attractive member of their natural heritage. Very little is known about the tomato frog and further research into its distribution, behavior and potential threats is urgently needed before effective conservation measures can be put into place.
It is currently listed on Appendix I of the Convention on International Trade in Endangered Species (CITES), but this move has been criticized by some authors as an ineffective strategy and one that has undermined the status of the unlisted D. guineti. Furthermore, research is needed to determine if D. antongilii is in fact a separate species or merely a variant of D. guineti.
Thank you for reading and taking the time to educate yourself and others about this amazing reptile.
Dr Jose C. Depre
Chief Environmental Officer/ CEO
Botanical and Environmental Scientist.
Endangered Species Friday – Anas bernieri
This Friday’s endangered species article I focus on my eighteenth “Madagascan” species of wildlife since establishing International Animal Rescue Foundation’s Endangered Species Watch Post one and half years ago. I very much doubt too that this will by mine or the teams last such species of Madagascan native animal to print on nearing extinction, simply because the island is rapidly being overcome by humans, habitat destruction and poaching.
Endemic only to the Africans island of Madagascar the the A. bernieri as the species is scientifically known was primarily identified back in 1860 by Dr Karel Johan Gustav Hartlaub (8 November 1814 – 29 November 1900) was a German physician and ornithologist.
Dr Hartlaub was born in Bremen, and studied at Bonn and Berlin before graduating in medicine at Göttingen. In 1840, he began to study and collect exotic birds, which he donated to the Bremen Natural History Museum. He described some of these species for the first time. Dr Hartlaub has been described by many leading ornithologists as an expert in bird wildlife and conservation and, has been ranked as one of few such experts that has identified over hundreds species of birds globally.
Listed as (endangered) the species is commonly known as the Bernier’s Teal or just Madagascar Teal. The species is uncommonly viewed within western Madagascar of which it can be found along the western coast and, north east. Bernier’s Teal is known to breed at the Menabe and Melaky on the central west coast, and at Ankazomborona on the far north-west coast. Between July and August (1993) the species was observed at Antsalova and Morondava of which a census recorded a total of some 200-300 mature individuals. Back in 1998 a small flock was observed in Tambohorano totaling some 60-70 mature individuals.
Furthermore in 1998 a new a new breeding colony numbering some 200-300 mature individuals was recorded in Ankazomborona. Meanwhile the population noted at Baie de la Mahajamba was estimated to be between some 100-200 mature individuals. (Please note that due to lack of census counts and close monitoring these population numbers above may differ from any future or now census counts) however the Durrel Wildlife Conservation Trust is helping to preserve one of the worlds most incredibly rare birds.
The total mean population count of which could be lower than the last census undertaken back in 2007 stands at a pathetic and measly 1,200 to 1,700 mature individuals today. However due to mass deforestation, pollution, habitat fragmentation and destruction and, poaching, Etc, its quite possible populations of the A. bernieri have plummeted way below the last 2002 and 2007 census count.
The Madagascar Teal is of the Anas genus and is a dabbling duck. Huge areas of wetlands are being drained or altered for human activities such as farmland, rice paddies and prawn ponds. Their wooded habitat is also being destroyed for timber which effects their breeding. Due to the increase of humans in their area, hunting has also increased for so called sport and meat.
Listed on (Cites) Convention on International Trade of Endangered Species Wild Flora and Fauna the species is listed on Appendix II of which is threatened by a large number of mostly human threats. The species is now extremely threatened throughout its breeding range, by extensive habitat loss and disturbance. The distribution of known sites suggests that the single subpopulation is being fragmented as areas of habitat become unsuitable.
The species has limited dispersal capabilities and isolation may result in the loss of genetic diversity. Furthermore it is threatened by virtue of being highly specific to a series of habitats – which are themselves threatened – throughout its annual cycle. Conversion of shallow, muddy water-bodies to rice cultivation has been so widespread on the west coast that in the non-breeding season the species now appears to be confined to the few suitable wetlands that are too saline for rice-growing, i.e. some inland lakes and coastal areas such as mudflats.
In 2004, during a dry-season survey in Menabe, this species was only found in saline wetlands. Pressures on coastal wetlands are exacerbated by the movement of people from the High Plateau to coastal regions, which is driven by the over-exhaustion of land. Mangroves are under increasing pressure from prawn-pond construction and timber extraction, which also leads to massively increased hunting. Subsistence hunting during the nesting season and the trapping of molting birds are major threats too. It is considered a delicacy by hunters and was found in markets in Sofia in 2011.
See more here on the video above. http://harteman.nl/pages/anasbernieri
In contrast, the breeding site at Ankazomborona is not threatened by aquaculture and there is little pressure from subsistence hunters, though there is some pressure from “sport hunters”. Breeding birds may suffer disturbance from human activity, such as the collection of crabs. The species is potentially in competition for the use of suitable nest-holes with the Comb Duck Sarkidiornis melanotos, parrots Coracopsis species and nocturnal lemurs, Lepilemur species and Cheirogaleus species, though lemurs are absent in mangroves. Breeding is from December to March. Diet consists of mainly insects.
In all its very likely that we will lose the Madagascan Teal within the wild in next to three to five years unless conservation efforts drastically and rapidly improve and, the Madagascar Ministry of Environment and Forests tackles poaching, habitat fragmentation, destruction and human interference sooner rather than later. I personally believe from my last visit to Madagascar back in 2013 its very unlikely the M. Teal or any other species listed as critically endangered will continue to thrive for years to come. Catastrophic habitat destruction on the island is threatening hundreds of over a hundred species of medium and large mammalians.
How can I help? The “Durrell Wildlife Conservation Trust” are currently undertaking amazing captive breeding programs of the Madagascan Teal that is known to be one of the worlds most rarest birds. You can help by supporting the Durrell Wildlife Conservation Trust and making a donation to their organisation that will help increase captive breeding colonies for later release back into the wild. Even if the species cannot be released back onto the island of Madagascar (should extinctions occur), reintroduction programs elsewhere will continue to keep this species alive for future generations to come. You never know the species may be coming to a home somewhere near you soon. Please donate and contact the D.W.C.T <here for further information.
Dr Jose C. Depre
Environmental and Botanical Scientist.
For further information or if you’d like to help in upcoming events this year or in the future please contact the Environmental team here today. email@example.com
Known only to Tsingy de Bemaraha region of western Madagascar, north of the Manambolo River this stunning small primate is classified as endangered soon to be re-categorized as critically endangered. We humans should be damned ashamed ourselves regarding the Africa’s declining mammal life. Africa and Madagascar once held an abundance of wildlife. Walk through the bush today and one may not even view a single large mammal for some days.
Donate here today Funding African Wildlife Survival >https://www.facebook.com/pages/International-Animal-Rescue-Foundation-World-Action-South-Africa/199685603444685?id=199685603444685&sk=app_117708921611213
Identified and named in “2005” its actually quite hard to fathom that this species is already classified as endangered with species population size on the vast decease. PD Dr. Thomas Geissmann and Dr. Urs Thalmann whom is a Biologist are two of the most intelligent and unique Biologists and Primatologists alive today. Specializing in old and new world species studies their work has been published in many science journals detailing their current and past finds.
Named after John Cleese the British actor famed for his comedy drama (Faulty towers, Monty Pythons Flying Circus and an award winning film 1989 A Fish Called Wanda) the Avahi cleesei species is commonly refereed to as Bemaraha Woolly Lemur or John Cleese’s Avahi. Dr. Thomas Geissmann and Dr. Urs Thalmann named the species in 1995 after John Cleese mainly because of Cleese’s fondness for lemurs, as shown in Operation Lemur With John Cleese and Fierce Creatures, and his efforts at protecting and preserving them. (Please view the film above post).
Populations are decreasing on the African island of Madagascar of which the species was discovered in 1990 via scientists from Zurich University. The species was formally then named in 2005. Strangely populations seem to be more densely populated within disturbed habitats giving reason to believe that the species is or has become quite adapted to humans. Evidence clearly indicates that (some) lemurs of certain genera seem quite “fond” to a degree of human invaders. This however must not be seen as a positive thing.
The northern limit of its range is unclear and there is no evidence of its occurrence between the Sambao and Mahavavy Rivers or between the Mahavavy and Betsiboka Rivers. Currently, it is known only from within Tsingy de Bemaraha National Park, where it has been sighted in two localities, in the forest of Ankindrodro a forest 3 – 4 km east-northeast of the village of Ambalarano at the base of the western Tsingy precipice.
The species was previously outside the reserve’s boundaries in 1994, in the heavily disturbed forest in the surroundings of the village of Ankinajao. However, the forest was completely destroyed since these sightings at Ankinajao, and no woolly lemurs have been found there since 2003 – grid references have been removed for mammal security and to remove temptation via poachers for bush-meat.
Dr Thalman and Dr Geissmann noted that the disturbed forest close to the village of Ankinajao (outside the park), which supported a substantial number of individuals in 1994, had been cut completely by 2003. The subhumid forest at the base of the escarpment of the Tsingy de Bemaraha is under continuous pressure from bush fires that reduce it in many places every year–in some places to only a few meters in width. Such subhumid forests are the only habitat in which Avahi cleesei is known to occur so far. Although bush-meat trade has not been formally recorded with regards to “this particular species” the erosion of traditional cultural taboos in Madagascar has led to an unsustainable number of lemurs being killed for bush-meat.
Locals revered the primates, believing that the animals were family ancestors, but the influx of outside influences has seen a breakdown in these views. Some species do not reach maturity for up to nine years and produce offspring once every two or three years. A survey of locals’ eating habits by researchers from Bangor University in Wales, and the Malagasy NGO Madagasikara Voakajy showed that hunting of protected species in eastern Madagascar was increasing. They suggested the rise in illegal hunting was the result of rapid social change, an increase in demand for meat and a decline in traditional taboos.
What seems to be happening in some of the remote areas around the nation’s eastern rainforests is that a lot of legal gold mining is springing up, so people from outside are moving into the area thus increasing poaching and furthermore habitat degradation. Taboos play an important part in Malagasy culture, lemurs, especially indris, have been associated with very strong taboos that traditionally ensured that the primates were not hunted.
For example, one story tells of a man who was looking for honey in the forest when he fell from a tree. Before he hit the ground, he was caught by an indri. He was so grateful that he went back to the village and said from that moment on, no lemur was to be harmed. One can view the indri lemur here – First picture downhttp://www.npr.org/2013/02/02/170849125/did-you-hear-that-i-think-it-was-the-sound-of-a-walrus
Another belief is that the creatures are ancestors that became lost in the rainforests and turned themselves into lemurs in order to survive. However, Dr Jones said that although people did not prefer to eat bush-meat, it was often the only meat available. If they want meat to eat, there is very poor availability of domestic meat in these rural areas, which is a common fact even on the continent of Mama Africa.
Chickens suffer terribly from disease in rain-forest areas, so do not survive that well – so there is not much protein from domestic animals around. Dr Jones explained that the influx of people, attracted by job opportunities at the mines, had led to an increase in demand for meat and because people had wages from the mines, small bars that sold bush-meat were opening.
When Interviewed the results were quite shocking!
1. The survey of 1,154 households showed that the majority of meals eaten over a three-day period did not contain any meat at all.
2. Among the meals that did contain meat, the preference was for fish or domestic animals rather than bush-meat.
3. Just under 10% of meals consisted of wild-caught animals, and just 0.5% contained meat from protected species.
SHOCKING EVEN MORE – when respondents were asked if they had ever eaten a protected species, 95% said that they had. They know the species is “endangered” yet “still continue” to place it at risk from bush-meat trade.. International Animal Rescue Foundation Africa has been documenting in the vast scale of the bush-meat crisis however we are very concerned with regards to these findings. Either attitudes have to change within the trade of bush-meat, increased overseas conservation projects seen, or we are sadly going to lose the vast majority of our primate and non-primate species by 2040. Avahi cleesei sadly may not even be around then.
When the team monitored villages to see how much bush-meat was being brought in, they recorded 233 carcasses of Endangered indri, the largest species of lemur. Species like the indri, for example, mature at seven to nine years and then only have one young once every two or three years. Primates, in general, are known to be extremely vulnerable to over-exploitation. Should conservation efforts now not reduce the bush-meat trade, awareness and education from local environmental companies, and non-profit organisations/charities then regrettably were going to lose the majority of our lemur species within the next decade regardless of whether they are consumed on rare occasions.
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Located west of the island of Madagascar Avahi cleesei weighs about 5–6 kilograms (11–13 lb), has brown skin with white regions on the rear and inside of the thighs and has a short damp nose, large plate eyes, and ears which hardly stand out from the skin. It typically has a strictly vegetarian diet of leaves and buds, living together in small families. The local population calls the species dadintsifaky, which means “Grandfather of the Sifaka”, because it is similarly sized to sifakas, but more ponderous, heavyset and has ample greyish-brown fur.
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