I am leaving for Christmas and New Year holiday started from tomorrow until 1st January 2009. Can't wait to see my family for the family gathering.
So, i want to wish everyone Merry Christmas & Happy New Year 2009! May all of you be bless richfully for this coming of Christ birth celebration.
Happy Holidays everyone!
Monday, December 22, 2008
Sunday, December 21, 2008
I Meet Awesome People
These people are in their own expertise in science and most of them have done a great work in conservation.
Saturday, December 20, 2008
Pentail Treeshrews Trapping
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Friday, December 19, 2008
Bats Survey - Interesting Experienced
“The Tough Life" - Louise Emmons and Treeshrews
By Chris Eckstrom
International Wildlife, 1996
International Wildlife, 1996
On a moonless night in northern Borneo, ecologist Louise Emmons steps into the black maw of the rain forest and disappears. The air is steamy. Insects are screaming. Only the panning movement of Emmons’s flashlight beam identifies her position.
This is the hour when big mammals stir--clouded leopards, elephants, sun bears. But Emmons is after more ephemeral quarry. At the base of a white-skinned mengaris tree, she switches off her light and waits. When she flicks on her beam moments later, the tree sparkles with tiny diamonds of light, flashing up and down the trunk like electric fireflies. “Treeshrews,” she whispers. “Pentails.” Her light catches the eyeshine of four mini-mouse forms with bottlebrush tails before they all skitter off in a tangle of vines.
Few scientists who work in Borneo ever see a treeshrew, least of all the elusive pentail--the only nocturnal member of a family that includes sixteen species, “all neurotic,” says Emmons. Treeshrews are small animals resembling squirrels with glass-button eyes and cone-shaped noses. They bounce around like pinballs through the rainforests of southern Asia, moving so fast that you notice little more than a rustle and a musky whiff.
Misnamed and long misclassified, treeshrews are not shrews (which are strictly insectivorous), and most are ground-dwellers (though many retreat to trees when alarmed). For much of this century treeshrews were believed to be primitive primates, which stimulated great scientific interest in their shadowy lives. Now fallen from the lofty rank of primate, treeshrews are classed in their own separate order, Scandentia. But despite the earlier flurry of scientific attention, almost nothing was known about them in the wild until renowned field biologist Louise Emmons set her sights on them in 1989 and headed for the island of Borneo, home to more species of treeshrews than any place else in the world.
“I had heard a lot of stories about them,” Emmons says, “and I wanted to find out what was true.” What she discovered, after scientific sleuthing that most experts would write off as impossible, was a snapshot of a mysterious maternal care system and an understanding of how these tiny dynamoes subdivide rain forest niches and scamper a daily energetic tightrope to survive.
“I found out early on that life is tough for treeshrews,” Emmons says. “They work 12 hours a day, 365 days a year. There’s no excess in their lives. They live on the edge.” These words could easily apply to Emmons herself. One of the world’s foremost mammalogists, Louise Emmons has dedicated her life to fieldwork in tropical rainforests from Madagascar to Brazil. Her work with the under celebrated creatures and fine tunings of ecological processes often yields the kind of knowledge that finds its way into reference books. Although she holds positions as research associate at both the Smithsonian and the American Museum of Natural History, she lives on modest research grants, working at field camps from Gabon to New Guinea.
Emmons is also a member of Conservation International’s famous RAP team--for Rapid Assessment Program--an all-star ensemble of field scientists who drop in and out of wilderness hot spots around the world to do fast-sketch surveys of their biodiversity to help determine the most important areas to protect. Of Emmons’s work on RAP, Conservation International Presidebt Russ Mittermeier says, “What she can learn in two weeks would take anyone else years.”
Emmons herself is a rare breed, one of a dwindling number of hard-core field scientists whose work connects the scattered dots of what we know about the natural world to create an overall image of how life works. A champion of the world’s little critters--the squirrels, bats, mouse opossums, rodents, and pygmy everythings--Emmons likes working with the overlooked and unglamorous. “So little is known about the small fauna,” she says, “that everything is a new discovery. And I have the fun of putting the puzzle of their ecology together from scratch.”
When she set off for Borneo to ferret out the unknowns about treeshrews, Emmons carried some ideas from captive studies done in the 1960’s by a scientist named Bob Martin, whose work showed that treeshrews have a bizarre parental strategy unlike that of any other mammal.
“I was so intrigued by them,” Emmons said. “In captivity, mother treeshrews visit their babies once every two days--for two minutes. They nurse and run,” she said, explaining a maternal care system that has been called ‘minimalist motherhood.’ “I wanted to know, was this true in the wild? And why?” Emmons asked. “I knew it was going to be hard work. No one had ever even found a treeshrew nest. And nothing was known about the ecology of all these different species,” she added. “How do they all live together in one place?”
How do you find a nest of unknown description visited by an animal you can hardly see inside the most complex environment on earth? In Borneo, Emmons captured treeshrews in banana-baited traps, fitted them with radio collars, and began to track them. Most were females. “Think about it,” said Emmons. “You’re in the middle of the rain forest, following the radio signal of a tiny animal that’s too nervous to even be in your sight. She runs all day long. Once every forty-eight hours, she goes to one spot for two minutes. How do you find that spot? You can be standing right there with a radio antenna and see nothing. It’s a needle in a haystack.”
Just after she began her work, Emmons captured the same female two weeks in a row. The first time the treeshrew was pregnant; the second time, she was lactating. “So I knew--aha! Baby treeshrews. I decided to track her,” said Emmons. “The very next day I stopped by a trail, and right next to me, she popped out of a hole in a tree. What a piece of luck! I just knew, well there it is.”
Emmons set up a blind and watched. Every two days the mother treeshrew came--for two minutes. “So Bob Martin was right. It was all true in the wild. And this was the first time it was ever seen,” Emmons said.
But what happens inside the nest? Baby treeshrews are born helpless, hairless, and blind. How do they stay warm, avoid predators? During the month they spend in the nest, their mother visits them for a total of 30 minutes. No other mammal mothers do so little for their young.
While Emmons was tracking treeshrews in Borneo, back at the National Zoo in Washington, D.C., Emmons’s colleague, research zoologist Miles Roberts, was raising treeshrews in his laboratory. To see what was happening in the nest boxes, he placed video cameras inside--and discovered some amazing things. When a mother treeshrew visits her young, she springs inside the nest, raises her forelegs and presents herself for nursing. The babies grope for her, nurse fast, and roll back with balloon bellies full of milk as the mother leaps out two minutes later. Neither mother nor young makes a sound. Most treeshrews have two young, and Roberts found that energetically, two is the optimum litter size: In the absence of a parent, the babies snuggle up and keep each other warm.
Roberts also discovered that the fat content of a treeshrew mother’s milk may be second only to that of seals and other pinnipeds. The milk’s richness may enable the babies to grow fast with so few feedings. The video cameras revealed more. The babies groom each other--a job done by parents in most mammals--so that nothing soils the nest that might tip off a predator to their presence. That fact was borne out in the wild: The nest and baby treeshrews Emmons found had no detectable scent.
“Everything points to predator avoidance as one reason for this bizarre system,” Emmons explained. “Adult treeshrews have a strong smell that could lead predators right to the young. The mother I watched never took the same route to her nest,” she added. “I also found that treeshrew care is not as minimalist as we think. The wild treeshrew mother spent time with her babies for three weeks after they left the nest. No one ever knew that before.”
Emmons expanded her treeshrew work, radio-collaring males and females of five species, and steadily began to uncover the kind of subtleties that wow her colleagues. When Emmons worked in Gabon twenty years ago, her painstaking work showed that nine species of squirrels can all coexist because each consumes different foods in different layers of the forest. In Borneo, when she asked the same question about treeshrews she found that although all eat insects (and fruit when they can find it), the species separate on a very fine point: how and where they hunt. “Each treeshrew has a distinct feeding tactic,” Emmons says, observing that one treeshrew gleans black ants at night, another digs earthworms under leaf litter, while a third hunts caterpillars by looking up under the leaves of understory shrubs.
Emmons made more connections. Treeshrews have simple digestive tracts (“it’s just a tube”)--and she found that they pass food more quickly than any other animal but fruit bats. “What that means is that a treeshrew has to eat all day long,” she explained. “A treeshrew can never afford to rest.”
One grueling hallmark of Emmons’s fieldwork is continual tracking, for several days in a row, of an individual animal. “When I’m following an animal, I get a feeling for the shape of its daily life, where it goes, what it does all day long. I want to know what it means to be a small mammal out there in the forest,” she says. “This is the nitty-gritty of ecology.”
She once followed a female ocelot in the Amazon rainforest. “I found that an ocelot has to work up to eleven hours a day just to find enough to eat,” Emmons said. “But this particular female had young. I followed her once for twenty-three hours. She just walked and walked. She walked until there were no more hours left in the day before she finally stopped. She just couldn’t get enough,” Emmons remembered. “And she lost her young.”
“Treeshrews and ocelots have exactly the same problem,” Emmons said. “They both live on the edge.” Then how do female treeshrews find the extra energy they need--up to twice as much--to raise young? “In captivity, treeshrews breed continuously. In the wild they never do. The bottleneck is food,” Emmons explains. “If you already run all twelve daylight hours each day to find food, how are you going to get twice as much?” Emmons found that treeshrews breed when fruiting peaks occur in the forest: The additional calories from fruit provide the extra margin for raising young. “Energetics may be related to their maternal care too,” she said. “If the mother treeshrew doesn’t have to run back to the nest every night, the energy she saves may be crucial.”
The tough life has its rewards, both for treeshrews and hard-working scientists. During her fieldwork in Borneo, Emmons and two Malay colleagues made a serendipitous discovery: They found the fruit of the rare rafflesia, the world’s largest flower--a garish red blossom up to three feet wide. “No one had ever seen the fruit of this species before,” Emmons said. “We just hiked up and there it was.” It looked like a chocolate-brown canteloupe--and something had taken a few bites.
“So I said, ‘Let’s build a blind and watch!’ We did, and I took the four a.m. shift,” Emmons said. “Just before sunrise I saw something sneak up to the fruit. And what was it but a treeshrew!” she said. “He hung on to a tree with his hind feet and reached down inside this fruit, which looks like a bowl of custard filled with millions of tiny seeds. It tastes like fermented coconut, and it’s a pool of pure oil--a mother lode of energy for a tiny forest animal.”
Later, a squirrel made a brief visit. “Both are ideal dispersers of these seeds because rafflesias are parasitic to a certain vine, and that’s exactly where treeshrews and squirrels run. They would spread these sticky seeds on vines all over the forest. It makes perfect sense,” she said. “And it was so much fun. For us it was a twenty-four-hour mental fling,” Emmons added. “For the treeshrew it was like a big ice cream cone.”
It wasn’t until she returned home that Emmons realized that she had pushed the boundaries of science once more. The rafflesia fruit was a new discovery, as were its furtive consumers. “Most people think that everything in nature is known,” Emmons says. “The truth is almost the opposite--especially for the smaller animals. Nobody knows what a civet does all day long, or a jaguarundi.
“With small mammals like treeshrews I can study their whole lives, and several generations, in a short period,” Emmons says. “And because their populations rise and fall according to smaller environmental changes, they can tell us more about resources in the forest, and what the boundaries are for survival.
“I’m interested in these animals that live on the edge,” she says. “They make us ask, what are the limits?” What are the limits--for a treeshrew, a rain forest, or for bigger mammals and other ecosystems? There may be something of Louise Emmons in the tough cases she tackles, and something for us all in the answers she finds.
*Louise Emmons is one of the field biologist that i admire the most. Her works on Bornean Treeshrews is one of the important reference for the treeshrews ecology. As i said in my previous posts, it is not an easy work to become a good field ecologist.
*Louise Emmons is one of the field biologist that i admire the most. Her works on Bornean Treeshrews is one of the important reference for the treeshrews ecology. As i said in my previous posts, it is not an easy work to become a good field ecologist.
Thursday, December 18, 2008
The Waterfall
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Wednesday, December 17, 2008
Hardwork & Curiosity
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Saturday, December 13, 2008
Beer-Drinking Tree Shrews: Sober As Judges
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By Michelle Trudeau
Photo of a pentail tree shrew in the wild, wearing a small radio collar. Courtesy of Annette Zitzman.
All Things Considered, July 28, 2008 · In the rain forest of Malaysia, scientists have found a small mammal, closely related to primates, whose major source of food is a type of beer.
It's believed to be the only animal other than humans that chronically consumes alcohol. But this animal never appears drunk, according to a study in the Proceedings of the National Academy of Sciences.
This little critter, the pentail tree shrew, is about 4 inches long; it weighs just a few ounces.
"It looks like a mix between a squirrel and a mouse," says Frank Weins, a biologist from Bayreuth University in Germany, who lived in western Malaysia studying these tiny mammals.
"They have this very strange naked tail. The tip looks like a bird feather."
With big eyes that face forward, and tiny grasping fingers and toes, the tree shrew is an evolutionary cousin of primates. They're nocturnal and spend most nights out in the jungle drinking nectar.
"They walk up and down the cluster of flowers and lick off nectar from the different flower buds," Weins says.
But they have one favorite food source: the bertam palm, whose flowers have a very strong and distinctive smell. "They smell like a brewery," Weins says.
In fact, the flower buds function as brewing chambers — they have been invaded by previously unknown species of yeast, which ferment the nectar into frothy alcohol.
"The maximum alcohol concentration that we recorded was 3.8 percent," Weins says. "That's in the range of a beer."
And the tree shrews spend several hours each night drinking this palm beer. Weins calculates that the tree shrew is imbibing what would be the human equivalent of nine glasses of wine an evening. However, the pentail tree shrew shows no signs of being drunk.
"They move normally on the palms when they go for the nectar," Weins says. "There's no sign of motor incoordination or other odd behaviors. They just move as efficiently as they would on any other tree."
Weins says there are no pentail tree shrews in captivity, so it hasn't been possible to do lab tests to detect intoxication.
But with jungle predators always lurking, Weins says, it would be very risky for a little mammal in the wild to be tipsy or drunk.
And that leads Weins to believe that the tree shrew probably has a specially evolved metabolism that detoxifies the alcohol quickly, keeping the alcohol concentration in the brain very low.
As a result, the tree shrew is able to detoxify alcohol more efficiently than its primate cousins: humans.
Read The Study:
Something Come Up In My Mind
These past few weeks i am a little bit confused with my own posts in this blog. Not only because what is actually this blog about but i am a little bit piss off with the settings. I tried to make space in between paragraph but it doesn't work. There is still no space. So, i don't like how my posts look like. As for myself, i don't like reading something like that. It is not neat. So, i keep trying to do something with the templates and changing templates too. I am not sure what is actually happen. I am not good in designing websites. I just follow the instructions. Still far to learn about creating or designing my blog.
About this blog. What is actually i want to share in here? A lots of things mixed up already. From the first place i create this blog because i want to improve my writing skills and i am not sure if i am improve now. But then, these past few months, the contents is really upside down. But i think i have to be focus with what i really want to share in this blog. I take leave from my work for three months so i don't have any interesting field works that i can share here. So, that is one of the reason, i don't know what to share about my works anymore since i am not working. After think back, i still want to do posting about wildlife and nature. I love them very much and still hoping that early next year i will be able to get back to work to get close to them again.
I will posts mostly about the animals that i have work on and what i experienced before. Even though it will be my past experienced but i think it will worth sharing here. I was feel blessed from the first place that i have the great opportunity to do this kind of work so, i will share it with you guys. Since i am doing a lots of reading now, anything that interests me will be share too.
Related Posts:
About this blog. What is actually i want to share in here? A lots of things mixed up already. From the first place i create this blog because i want to improve my writing skills and i am not sure if i am improve now. But then, these past few months, the contents is really upside down. But i think i have to be focus with what i really want to share in this blog. I take leave from my work for three months so i don't have any interesting field works that i can share here. So, that is one of the reason, i don't know what to share about my works anymore since i am not working. After think back, i still want to do posting about wildlife and nature. I love them very much and still hoping that early next year i will be able to get back to work to get close to them again.
I will posts mostly about the animals that i have work on and what i experienced before. Even though it will be my past experienced but i think it will worth sharing here. I was feel blessed from the first place that i have the great opportunity to do this kind of work so, i will share it with you guys. Since i am doing a lots of reading now, anything that interests me will be share too.
Related Posts:
Friday, December 12, 2008
The IUCN Red List Of Threatened Species - Treeshrews
The treeshrews (or tree shrews) are small mammals native to the tropical forests of Southeast Asia. They make up the families Tupaiidae (19 species) and Ptilocercidae (1 species) and the entire order Scandentia. There are 20 species in 5 genera which are Ptilocercus (1), Anathana (1), Dendrogale (2), Tupaia (15) and Urogale (1). Of 20 species 10 are occur in Borneo with seven endemics species.
According to the IUCN Red List Of Threatened Species (2008), two species listed as Endangered (Tupaia chrysogaster and T. nicobarica), 15 species as Least Concern (Ptilocecus lowii, Anathana ellioti, Dendrogale murina, T. belangeri, T. glis, T. gracilis, T. javanica, T. longipes, T. minor, T. montana, T. palawanensis, T. picta, T. splendidula, T. tana and Urogale everetti) and three species as Data Deficient (D. melanura, T. dorsalis and T. moellendorffi). Both Endangered species is not Bornean species. T. chrysogaster occurs in North and South of Pagai Islands and Sipora (Mentawai Islands, Indonesia), meanwhile T. nicobarica can be found in Great and Little Nicobar Islands of India.
For more information about IUCN Red List please click at the title of this post and you will redirect to IUCN Red List webpage.
Related Posts:
Thursday, December 11, 2008
How Did Animals Get Their Names?
Really in many different ways, from many different places, and from many different languages!
Ducks, for example, are birds who "duck" in the water. Their name comes from an old English word duce, which means a "diver."
The Arabic word zirafoh, which means "long neck," gave the long-necked giraffe its name.
Two Greek words, hippos, which means "horse" and potamus, which means "river," were put together to give us the "river horse" we know today as the hippopotamus.
The rhinoceros also got its name from two Greek words, Tinos, which means "nose" and keras, which means "horn." And "horn on the nose" is a good description of this animal which has just that, a horn on its nose.
Poodles got their names from the German word pudel, which was short for pudelhund, which means "a dog that splashes in water."
The ancient Latin word, leopardus, which means "spotted lion," gave the leopard its name.
Bulls got their name from the old Anglo-Saxon word belan, which means to "roar" or "bellow."
Both the Latin word carcharus and the Greek word karckarios mean "sharp teeth," and it is from these two words that we get the name of the feared shark.
If you've ever taken a close look at a porpoise, you might see a slight resemblance to the face of a hog. Perhaps the ancient Romans saw this similarity and called the porpoise porous pisces in their Latin tongue. Porcus pisces means "hog-fish."
The salmon, which is known for its ability to leap out of the water as it swims upstream, also has a name of Latin origin. Salmo, in Latin, means "leaping fish."
We can thank the Danish language for their word mackreel, which means "spots." For it is this word which was the origin of the spotted fish we know today as mackerel.
Any fisherman will vouch for the fact that the trout is an avid eater and will go after any bait that moves. This greedy fish got its name from the Latin trocta, which means just that, "greedy fish."
Ducks, for example, are birds who "duck" in the water. Their name comes from an old English word duce, which means a "diver."
The Arabic word zirafoh, which means "long neck," gave the long-necked giraffe its name.
Two Greek words, hippos, which means "horse" and potamus, which means "river," were put together to give us the "river horse" we know today as the hippopotamus.
The rhinoceros also got its name from two Greek words, Tinos, which means "nose" and keras, which means "horn." And "horn on the nose" is a good description of this animal which has just that, a horn on its nose.
Poodles got their names from the German word pudel, which was short for pudelhund, which means "a dog that splashes in water."
The ancient Latin word, leopardus, which means "spotted lion," gave the leopard its name.
Bulls got their name from the old Anglo-Saxon word belan, which means to "roar" or "bellow."
Both the Latin word carcharus and the Greek word karckarios mean "sharp teeth," and it is from these two words that we get the name of the feared shark.
If you've ever taken a close look at a porpoise, you might see a slight resemblance to the face of a hog. Perhaps the ancient Romans saw this similarity and called the porpoise porous pisces in their Latin tongue. Porcus pisces means "hog-fish."
The salmon, which is known for its ability to leap out of the water as it swims upstream, also has a name of Latin origin. Salmo, in Latin, means "leaping fish."
We can thank the Danish language for their word mackreel, which means "spots." For it is this word which was the origin of the spotted fish we know today as mackerel.
Any fisherman will vouch for the fact that the trout is an avid eater and will go after any bait that moves. This greedy fish got its name from the Latin trocta, which means just that, "greedy fish."
Source:
In It's Own Order (Treeshrews)
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Author: Wagner, 1855
In the past, treeshrews have commonly been considered basal members of the order Primates, or united with macroscelidids in the "insectivoran" clade Menotyphla. However, as a group they have no immediate living relatives and are best classified at ordinal rank (Butler, 1972, 1980; Dene et al., 1978; Luckett, 1980; McKenna and Bell, 1997). At a deeper phylogenetic level, scandentians apparently form a natural group with dermopterans and primates (Murphy et al., 2001b). Representatives of the order are confined to southern, eastern, and SE Asia both currently and in the fossil record, which extends back to the Middle Eocene in east Asia (McKenna and Bell, 1997). Most previous workers have arranged Scandentia as a monofamilial order, but recognition of two families (Tupaiidae and Ptilocercidae) more aptly conveys the anatomical disparity evident among the living treeshrews.
Despite the attention paid to the higher-level phylogenetic relationships of treeshrews, a modern revision of species-level taxonomy in the group is still unavailable; the most recent comprehensive review remains that of Lyon (1913), a thorough but now long-outdated work. Chasen (1940), Ellerman and Morrison-Scott (1966), and Corbet (in Corbet and Hill, 1992) produced regional lists of named forms, but not critical systematic treatments, and the latter two listings are beset by overlumping. This account is likewise no substitute for a comprehensive systematic review of the order, but in its preparation I have examined all treeshrew specimens (including types) in the collections of the American Museum of Natural History, Field Museum of Natural History, Museum of Comparative Zoology, and National Museum of Natural History, as well as a number of type specimens stored in European collections.
*Source: http://www.bucknell.eduRelated Posts:
Tuesday, December 9, 2008
Friday, December 5, 2008
Our Hairy Friends
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Mammals Species Of The World Online Database
Mammal Species of the World, 3rd edition (MSW3) is a database of mammalian taxonomy. It is hoped that this database on the World Wide Web can be used as a convenient on-line reference for identifying or verifying recognized scientific names and for taxonomic research. The names are organized in a hierarchy that includes Order, Suborder, Family, Subfamily, Genus, Species and Subspecies. Records include the following fields:
- Scientific name
- Author's name and year described
- Original publication citation
- Common name
- Type Species
- Type Locality
- Distribution
- Comments
- Status
- Synonyms
The citation for this work is: Don E. Wilson & DeeAnn M. Reeder (editors). 2005. Mammal Species of the World. A Taxonomic and Geographic Reference (3rd ed), Johns Hopkins University Press, 2,142 pp. (Available from Johns Hopkins University Press, 1-800-537-5487 or (410) 516-6900, or at http://www.press.jhu.edu).
This third edition is enhanced by the identification of subspecies, and by the inclusion of authority information for all synonyms. Further information about the book and about the contents of each field can be found in the preface and introductory material.
This online list was compiled under the auspices of the American Society of Mammalogists. Copyright 2005 Johns Hopkins University Press. All rights are reserved. The data in this checklist of mammal species of the world are being presented for non-commercial, personal, and collections management use only. Copying or redistributing these data in any manner for personal or corporate gain is not permitted. A list of the authors responsible for various portions of the text can be found here.
For an analysis of new species found in the third edition see: D. M. Reeder , K. M. Helgen, and D. E. Wilson. 2007. Global Trends and Biases in New Mammal Species Discoveries. Occasional Papers, Museum of Texas Tech University, 269:1-36. pdf [ click here].
This project is in collaboration with the Division of Mammals of the Department of Vertebrate Zoology at the National Museum of Natural History, Smithsonian Institution and The American Society of Mammalogists.
The scientific names from the MSW3 database are available as a custom dictionary that can be used with various Microsoft Office applications. To download the dictionary, right-click on this link and choose 'Save Target As ...' (or the equivalent, depending on the browser that you are using). [Installation instructions for custom dictionaries vary depending on the version of Microsoft Office that you are using. To start, try here.] Thanks to Doug Kelt, UC Davis, for creating and sharing this dictionary.
Thursday, December 4, 2008
Endemic Species List
At last i come up with this list after gone through the reference (Wilson & Reeder, 2005; Yasuma et al., 2003; Payne et al., 2000). Here is the species list for endemic species of mammals in Borneo that i got. After gone through this three reference i will say that i prefer to use Wilson & Reeder (2005) and i can't rely too much on Yasuma et al. (2003). The other one Payne et al. (2000) is more updated and only a few species not match with Wilson & Reeder (2005). I will say that the most updated and relieable source that i think i can depends on is Wilson & Reeder (2005), Mammals Species of The World. A Taxonomic and Geographic Reference (3rd Eds). It is available online and can be found using this url http://www.bucknell.edu/msw3/.
Hope this will give some info for those that doing zoology study and it's about mammals.
- Suncus ater
- Crocidura foetida
- Tupaia longipes
- Tupaia splendidula
- Tupaia montana
- Tupaia gracilis
- Tupaia picta
- Tupaia dorsalis
- Dendrogale melanura
- Hipposideros coxi
- Myotis gomantongensis
- Hypsugo (Pipistrellus) kitcheneri
- Arielulus (Pipistrellus) cuprosus
- Callosciurus baluensis
- Callosciurus adamsi
- Callosciurus orestes
- Sundasciurus jentinki
- Sundasciurus brookei
- Glyphotes simus
- Lariscus hosei
- Dremomys everetti
- Exilisciurus exilis
- Exilisciurus whiteheadi
- Rheithrosciurus macrotis
- Petaurillus hosei
- Petaurillus emiliae
- Aeromys thomasi
- Rattus baluensis
- Niviventer rapit
- Maxomys alticola
- Maxomys ochraceiventer
- Maxomys baeodon
- Chiropodomys major
- Chiropodomys muroides
- Haeromys margarettae
- Haeromys pusillus
- Pithecheirops otion
- Thecurus crassispinis
- Presbytis hosei
- Presbytis rubicunda
- Presbytis frontata
- Nasalis larvatus
- Hylobates muelleri
- Melogale everetti
- Hemigalus hosei
- Catopuma badia
- Muntiacus artherodes
Counting Species - Endemic Species Of Mammals in Borneo
Counting species. That is what i do. From my previous reference i count it is about 47 species of endemic mammals in Borneo. This is based on reference from Payne et al. (2000), Yasuma et al. (2003), Wilson & Reeder (2005) and some other articles. However, after i send it to my supervisor, he want me to recount it back. Arghh...i have to redo it again. Counting..counting and counting based on http://www.bucknell.edu/msw3/ i made a few mistakes based on the distribution of each species that i list according to this online database. So, now i count about (47-2+1=46), so it is about 46 species. I add three to Yasuma et al. (2003). Again i have to figure it out. What species is that might be?
I thought i am done with this but i have to do it again. Hmmm...i don't want to pass the wrong information to my juniors in this uni. They may use my works as their reference after this. So, i have to count it correctly even though i already have a headache. My head spinning looking at this long listing. Yaiks!!!
Rainbow & Sunset
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The weather is not that good today. There were lightning and some storm, with rains and after a while i saw this rainbow on the sky. This view was taken from my window at my dorm.
Tuesday, December 2, 2008
Meeting My Little Friends
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Happy Hour With My Ex-Workmates
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Mount Hosanna Chapel
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Seven Hours Drive
I arrive at 5pm yesterday. I online for a few minutes but then i am very tired to write anything so i just do some reading without any writings. Wow...it was a long drive and some more i am alone. But this is the fourth time so, i feel more brave to be alone on the long journey like that. Twice almost hit by the car from the front but i am lucky because my Guardian Angel is still take a good care of me. It was not my fault i am on the right lane but that two cars steal my lane but we are lucky nothing happen yesterday.
My visit to Bintulu was great because i manage to meet quite numbers of my friends there. My aerobic friends, my workmates, my clubbing friends and some others friends but i can not make it to join our High School Reunion at Miri on the 29th Nov. It was another 3 hours drive so i decide not to go because the next day i have to drive back to Sibu which takes 3 hours drive from Bintulu. Besides i have to pack all my stuff at Bintulu and bring back to Sibu. So many things to be settled.
Long hours of driving really test my patient and have to stay awake. At some point i didn't realize that i off the speed limit so, i hope i will not get a love letter from the traffic police. Whatever it is i enjoy my drive yesterday. Safe and sound.
Tuesday, November 25, 2008
Off To Bintulu
I will be drive back to Sibu and then to Bintulu tomorrow. I will be away for a few days and maybe looking for more new things too. But actually i am going to meet my friends and doing some stuff back to Bintulu. I have so many plan to do there but i have so limited time for that. Anyway, time is something but even it is so little time as long as i use it wisely, i am sure i can have great time with my friends there before i leave.
For sure i miss to write something in my blog too. Until next Monday, then i will be able to write here again. For sure i will miss reading and following my friends activity in their blogs too. Nevermind, i will cope with that later. The main things to do now, drive carefully and arrive safely to my destination tomorrow. Till then.....Bintulu i come...
Monday, November 24, 2008
The Palm Beach
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Climbing Lesson
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Sunday, November 23, 2008
The Climb Wall
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Saturday, November 22, 2008
Rock Climbing and Swim at the Beach
I call my fried to inform him that i wil not join their trip tomorrow for rock climbing because i am afraid that i will suffer the muscle pain again. However, when he told me that they will going to the beach after the rock climb, i am very excited. It's been a while i didn't go for a swim at the beach. So, i decide to go instead of doing nothing tomorrow.
It will be so much fun and for sure i will take a photo of it. The beach will be a new place for me because i never been to any beach in Kuching before. Hmm..can't wait for the new things, new place and new adventure.
Friday, November 21, 2008
What Is In My Mind?
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I Got The Aerial Photo of Rajang River
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