Monster Aneh di Ancol Beredar di YouTube

Heboh monster air di Ancol beredar di Internet. Dalam video yang direkam dengan terencana berdurasi 3.16 menit, ditampilkan bagaimana gerombolan makhluk kecil di tepi pantai menghabiskan bangkai ikan segar dalam waktu singkat layaknya seekor piranha.
Heboh monster air di Ancol beredar di Internet. Dalam video yang direkam dengan terencana berdurasi 3.16 menit, ditampilkan bagaimana gerombolan makhluk kecil di tepi pantai menghabiskan bangkai ikan segar dalam waktu singkat layaknya seekor piranha.
Rekaman yang dibuat Bocah Petualang Production ini diambil pada malam hari. Adegan dimulai dengan melemparkan seekor bangkai ikan ke air. Spontan makhluk-makhluk kecil yang berjalan cepat mengelilingi bangkai tersebut dan mulai mencernanya secara berkoloni. Untuk melepaskan makhluk-makhluk tersebut dari bangkai yang tersisa terlihat sulit bahkan dengan api dari tetesan sedotan yang dibakar.
Ketika dikonfirmasi tentang kabar tersebut, pihak pengelola tempat hiburan Taman Impian Jaya Ancol membantah tentang adanya sejenis ikan ganas mirip Piranha di perairan Ancol, Jakarta Utara. Namun, pihak pengelola menyatakan akan melakukan pemeriksaan di lapangan.
"Tidak ada pengunjung Ancol yang diserang. Kita tidak tahu itu jenis ikan apa. Tapi kita akan cari tahu," kata Corporate Communication Manager PT Pembangunan Jaya Ancol, Sofia Cakti di Jakarta, Kamis (13/11). Hal tersebut dikemukakan Sofia menanggapi maraknya isu bahwa makhluk tersebut dikhawatirkan membahayakan keselamatan manusia, khususnya yang berlibur di sekitar pantai Ancol.
Menurut Sofia, informasi tentang monster air tersebut diragukan kebenarannya. Selain tidak ada laporan resmi tentang makhluk tersebut, juga tidak pernah ada satu pun yang pernah menjadi korban. Kendati demikian, ungkapnya, pihak Taman Impian Jaya Ancol akan melakukan pemeriksaan di lapangan.
Salah satu upaya yang telah dilakukan di antaranya melakukan pengukuran PH kawasan tepi pantai di sepanjang pesisir Ancol. "Sekaligus itu inspeksi rutin. Kami bekerjasama dengan Badan Pengawasan Lingkungan Hidup Daerah (BPLHD)," tambah Sofia.
Sementara itu dari teks yang menyertai video tentang ikan ganas di YouTube menyebutkan, para nelayan di perairan Ancol menamai jenis ikan kecil namun ganas itu sebagai 'Kutu Air'. Dalam Wikipedia disebutkan bahwa sebagian kutu air (water flea) memang memengsa serpihan bangkai meski umumnya makan plankton dan alga.
kompas online

[+/-] Show Full Post...

[+/-]Hide Full Post...

Sun Shows Signs Of Life: Long-Awaited Solar Cycle 24 Starting To Take Off

ScienceDaily (2008-11-12) -- After two-plus years of few sunspots, even fewer solar flares, and a generally eerie calm, the sun is finally showing signs of life. "I think solar minimum is behind us," says sunspot forecaster David Hathaway of the NASA Marshall Space Flight Center.

His statement is prompted by an October flurry of sunspots. "Last month we counted five sunspot groups," he says. That may not sound like much, but in a year with record-low numbers of sunspots and long stretches of utter spotlessness, five is significant. "This represents a real increase in solar activity."

Even more significant is the fact that four of the five sunspot groups belonged to Solar Cycle 24, the long-awaited next installment of the sun's 11-year solar cycle. "October was the first time we've seen sunspots from new Solar Cycle 24 outnumbering spots from old Solar Cycle 23. It's a good sign that the new cycle is taking off."

Old Solar Cycle 23 peaked in 2000 and has since decayed to low levels. Meanwhile, new Solar Cycle 24 has struggled to get started. 2008 is a year of overlap with both cycles weakly active at the same time. From January to September, the sun produced a total of 22 sunspot groups; 82% of them belonged to old Cycle 23. October added five more; but this time 80% belonged to Cycle 24. The tables have turned.

At first glance, old- and new-cycle sunspots look the same, but they are not. To tell the difference, solar physicists check two things: a sunspot's heliographic latitude and its magnetic polarity. (1) New-cycle sunspots always appear at high latitude, while old-cycle spots cluster around the sun's equator. (2) The magnetic polarity of new-cycle spots is reversed compared to old-cycle spots. Four of October's five sunspot groups satisfied these two criteria for membership in Solar Cycle 24.

The biggest of the new-cycle spots emerged at the end of the month on Halloween. Numbered 1007, or "double-oh seven" for short, the sunspot had two dark cores each wider than Earth connected by active magnetic filaments thousands of kilometers long. Amateur astronomer Alan Friedman took this picture from his backyard observatory in Buffalo, New York:

On Nov. 3rd and again on Nov. 4th, double-oh seven unleashed a series of B-class solar flares. Although B-flares are considered minor, the explosions made themselves felt on Earth. X-rays bathed the dayside of our planet and sent waves of ionization rippling through the atmosphere over Europe. Hams monitoring VLF radio beacons noticed strange "fades" and "surges" caused by the sudden ionospheric disturbances.

Hathaway tamps down the excitement: "We're still years away from solar maximum and, in the meantime, the sun is going to have some more quiet stretches." Even with its flurry of sunspots, the October sun was mostly blank, with zero sunspots on 20 of the month's 31 days.

But it's a start. Stay tuned for solar activity

sciencedaily

[+/-] Show Full Post...

[+/-]Hide Full Post...

Enhancing the Human Brain

The human brain is the soul of the human nervous system. It controls involuntary activities such as respiration, digestion, and heartbeat, which are also known as automatic functions of the body. This organ also controls other conscious activities that are considered as higher order activities like reasoning, abstraction, and thought. The human brain is superior to any other brain of any other living species that are known to humankind.

The brain is also the center by which other human characteristics are defined. Creativity, for example, is much associated with the brain. So is personality. The brain lets us make decisions and define colors and smells. This organ controls every other perceived activity of the human body.

However, the human brain, as strong and as invincible as it may look, is not going to stay that way forever. As with any other part of the body, the human brain will wither in the future. One’s lifestyles and all other external factors will take toll against the human brain. As one grows old, the human brain will become slower in terms of functioning and rejuvenating itself. However, there are ways on how to enhance the power of the human brain as age catches up. This article tries to give some useful tips on how to do just that.

1. Live a healthy lifestyle.

The brain is an integral part of the human anatomy. It is probably the most important organ in the body; but of course, we all know that every other organ in the body works for the others to function properly. The human brain is subject to the lifestyle of the person who owns it. If the person loves alcohol, he may not fully reap the powers of his brain. Alcohol and other dangerous substances destroy brain cells. An alcoholic will argue that, “I’ve been using only ten percent of my brain, drinking will activate the other 90% of it.” This is a total fallacy. This premonition was formulated in the 1800s and there is no truth in it. The brain is a lifetime organ, so we must preserve and protect it.

2. Eat the right foods.

Eating the right sets of food will definitely benefit the brain. The brain is the most active part of the body. Even when one sleeps, the brain remains active and vibrant. The brain will appreciate it if one eats the right and balanced sets of food. The sad thing is that the brain is usually taken for granted when it comes to having a balanced meal or a workout because people are so focused into developing their outside looks. It’s about time that we give the brain a break.

3. Engage in proper exercise.

Proper exercise is good for the brain and not only for the body. The human brain needs a well-balanced life.

4. Release stress once in a while

Releasing stress is necessary to be able to clear the brain from all the difficulties and the clouds in one’s life. One must take time to get into a relaxing mood and a good night sleep.

The brain is an organ to be cherished. No individual will ever be able to live his life to the fullest if his brain is not functioning well. A brain that is cared for will result in a more active and fulfilling life.

duckwah

[+/-] Show Full Post...

[+/-]Hide Full Post...

Planet Asing "Kembaran" Bumi Mungkin Digenangi Lautan

ST LOUIS, SELASA - Sebuah planet asing yang baru ditemukan di luar tata surya kita (ekstrasolar) memiliki massa tiga kali Bumi. Planet tersebut mungkin memecahkan rekor sebagai planet asing terkecil saat ini.

Objek langit yang mirip dengan Bumi atau disebut super-Earth ini berada pada jarak 3000 tahun cahaya dari Bumi (satu tahun cahaya sebanding dengan 9,46 triliun kilometer). Planet yang diberi nama MOA-2007-BLG-192Lb mengorbit bintang MOA-2007-BLG-192L.

Bintang yang dikelilinginya diperkirakan termasuk bintang kerdil. Massanya jauh lebih kecil daripada Matahari bahkan hanya 6-8 persen saja. Para astronom berhasil mendeteksi dengan teknik lensa gravitasi yang memanfaatkan penguatan dari cahaya bintang di seberangnya.

"Penemuan kami menunjukkan bahwa bintang-bintang dengan massa yang kecil tetap dapat menjadi induk bagi planet-planet," ujar David Bennett dari Universitas Notre Dame yang melaporkannya dalam pertemuan tahunan Masyarakat Astronomi Amerika (AAS). Ia terkejut karena sebelumnya belum pernah ada planet yang mengorbit bintang dengan massa kurang dari 20 persen massa Matahari.

Jarak lingkaran orbit planet dan bintang sama dengan jarak Venus-Matahari. Namun, karena bintang yang dikelilinginya jauh lebih redup dan dingin, atmosfernya mungkin lebih dingin daripada Pluto.

Para peneliti memprediksi planet kecil tersebut memiliki atmosfer yang tebal. Proses peluruhan zat radioaktif mungkin terjadi di intinya sehingga permukaan planet sehangat Bumi. Jika benar, secara teori mungkin saja planet tersebut digenangi lautan yang dalam.

Sejauh ini sudah hampir 300 planet ektrasolar yang terdeteksi. Planet-planet raksasa sebesar Jupiter umumnya ditemukan dengan mengamati gejolak cahaya bintang saat planet melintas di antara bintang dan Bumi. Dengan penemuan terakhir, sudah tujuh planet terdeteksi dengan teknik lensa gravitasi. Dari sekian banyak, belum satu pun yang terdapat kehidupan.

kompas

[+/-] Show Full Post...

[+/-]Hide Full Post...

Highscore game komputer bisa mendapatkan hadiah Nobel dibidang kedokteran

Gamer telah mengabdikan diri selama bertahun-tahun untuk menyelamatkan putri atau melindungi bumi dari serangan alien. Minggu ini para peneliti di University of Washington akan mencoba untuk memanfaatkan ketrampilan-ketrampilan yang telah diasah tersebut untuk menciptakan penemuan medis, bahkan mungkin menemukan obat HIV.

Sebuah game yang baru, bernama Foldit, merubah melipat protein menjadi suatu olahraga yang kompetitif. Level awal mengajarkan aturan, yang merupakan hukum yang sama dari ilmu fisika dengan mana protein melingkar dan membelit ke dalam bentuk tiga dimensi - kunci untuk ahli biologi mendekati pembuatan vaksin-vaksin Alzheimer.

Game tersebut dikembangkan oleh oleh mahasiswa kedokteran Seth Coper dan peneliti pascasarjana Adrien Treuille, keduanya berada dalam teknik dan ilmu komputer, bekerja dengan Zoran Popovic, seorang guru besar teknik dan ilmu komputer di University of Washington; David Baker, profesor biokimia UW dan investigator Howard Hughes Medical Institute; dan David Salesin, profesor teknik dan ilmu komputer UW. Desainer game profesional memberikan nasehat selama pembuatan game.

Protein, yang berjumlah lebih dari 100.000 jenis didalam tubuh manusia, membentuk setiap sel, menciptakan sistem kekebalan dan mengatur kecepatan reaksi kimia. Kita mengetahui banyak rangkaian genetik protein, tetapi tidak tahu bagaimana mereka melipat membentuk bentuk yang kompleks yang sudut dan celahnya berperan penting didalam aturan biologis.

Simulator komputer menghitung semua kemungkinan bentuk protein, tetapi ini adalah masalah matematika yang begitu besar yang akan membutuhkan waktu satu abad untuk komputer memecahkan masalah tersebut. Tahun 2005, Baker mengembangkan proyek yang bernama Rosetta@home yang membuka jalan ke waktu komputer sukarelawan diseluruh dunia. Tetapi bahkan 200.000 sukarela tidak cukup karena terlalu banyak kemungkinan. Rosetta@home bekerja baik untuk protein kecil, tetapi protein akan menjadi lebih besar dan semakin sulit untuk komputer memecahkannya.

Para peneliti berharap untuk memberika balasan medis, seperti HIV atau malaria, dan menantang pemain untuk menemukan protein dengan bentuk yang tepat untuk mengunci virus dan mematikannya. Pemenang desain protein akan disintesis di laboratorium Baker dan dites di cawan petri.

Rencana jangka panjang Baker adalah berharap mendapatkan pecahan penting dari populasi di dunia yang terlibat dalam pemecahan masalah penting dalam dunia kesehatan dunia, dan melakukannya dengan kerjasama dan sukses melalui sebuah game. Baker mencoba menggunakan daya pikir manusia di seluruh dunia untuk memajukan riset biomedis.

Penelitian ini didanai oleh the Defense Advanced Research Projects Agency, the Howard Hughes Medical Institute, Microsoft Corp. and Adobe Systems Inc., dan melalui beasiswa di Nvidia Corp. and Intel Corp.

Sciencedaily

[+/-] Show Full Post...

[+/-]Hide Full Post...

Stellar Birth In The Galactic Wilderness

ScienceDaily (2008-04-18) -- A new image from NASA's Galaxy Evolution Explorer shows baby stars sprouting in the backwoods of a galaxy -- a relatively desolate region of space more than 100,000 light-years from the galaxy's bustling center. The striking image shows the Southern Pinwheel galaxy, also known simply as M83. Sciencedaily

[+/-] Show Full Post...

[+/-]Hide Full Post...

First Ever Yellow Supergiant Binary System

     Ternyata sistem bintang nun jauh disana sangat tidak biasa. Astronomer Ohio State University menemukan jenis baru sistem bintang, yang dikatakan kemungkinan asal usul dari supernova jenis langka.

     Sistem bintang tersebut dinamakan "yellow supergiant eclipsing binary", terdiri dari dua bintang kuning yang sangat terang dan besar yang sangat dekat mengorbit satu sama lain.

     Mereka menemukan sistem bintang yang pertama sejauh 13 juta tahun cahaya, berada didalam Holmberg IX, galaksi kecil yang mengorbit galaksi M81 yang lebih besar. Keduanya muncul dengan keadaan yang hampir mirip satu sama lain dan memiliki 15 sampai 20 kali massa matahari kita.

     Faktanya, bintang tersebut sangat dekat dan jumlah material bintang saling berbagi diantaranya, sehingga bentuk sistem tersebut seperti kacang tanah.

[+/-] Show Full Post...

[+/-]Hide Full Post...

Evolusi Lamban saat Kompetitor Bertambah?

     Bukti molekular memberikan bukti kuat bahwa kecepatan pencatatan jenis menurun dari waktu ke waktu. Spesies baru terlihat selalu berkurang kemunculannya sebagaimana jumlah spesies di suatu daerah mencapai jumlah maksimum yang dapat didukung.

     Dalam perkembangan spesies baru, mereka perlu berkembang untuk menduduki relung jenis mereka sendiri di dalam ekosistem, tergantung pada makanan dan habitat tertentu untuk bertahan hidup dari spesies yang berbeda yang masih berhubungan dekat.

     Kompetisi diantara spesies yang masih berhubungan dekat untuk makanan dan habitat menjadi lebih kuat jika jumlah spesies juga lebih banyak, dan para peneliti yakin ini merupakan alasan berkurangnya kemunculan spesies baru dari waktu ke waktu.

     Studi yang baru menggunakan analisis mendetail family tree atau phylogenies (sejarah evolusi suatu ras), dari 45 keluarga burung yang berbeda. Dengan pengujian tingkat dimana spesies baru muncul di setiap pohon-pohon diatas jutaan tahun perperiod, ilmuan melihat laju kemunculan dari spesies baru jauh lebih tinggi di awal family tree daripada diakhir.

[+/-] Show Full Post...

[+/-]Hide Full Post...

Kadal Tertua Pemakan Tumbuhan

Kadal tertua yang memangsa tumbuh-tumbuhan hidup sekitar 130 juta tahun lalu. Keberadaannya terlacak dari fosil yang ditemukan di Jepang.

Fosilnya sudah ditemuukan sejak tahun 2001, namun baru diidentifikasi. Para ilmuwan mengklasifikasikan kadal tersebut sebagai spesies baru dengan nama Kuwajimalla kagaensis. Hewan tersebut lebih tua daripada Dicothodon, kadal herbivora tertua sebelumnya, yang hidup di Amerika Utara sekitar 100 juta tahun lalu.

Berdasarkan ukuran tulang-belulangnya, para ilmuwan memperkirakan ukuran tubuhnya antara 25 hingga 30 centimeter. Struktur giginya menjadi petunjuk sifat herbivora. Giginya mirip dengan gigi iguana yang juga masuk ke dalam kelompok kadal pemakan tumbuh-tumbuhan.

Dengan ditemukannya fosil ini dari Jepang, menunjukkan bahwa tubuh-tumbuhan berbunga sudah ada 130 juta tahun lalu meskipun belum ada bungki nyata. Fosil tertua tumbuhan berbunga sejauh ini berusia 125 juta tahun.

[+/-] Show Full Post...

[+/-]Hide Full Post...

Scientist discovers six new species of deep sea fish

Scientist discovers six new species of deep sea fish from PhysOrg.com

A sharp eyed marine scientist who spotted six strange fish during a deep sea research expedition has been rewarded for trusting her instincts. [...]

[+/-] Show Full Post...

[+/-]Hide Full Post...

Brainwave

Kemarin q bis dpt ilmu baru waktu kuliah, tentang gelombang otak atau brainwave. bagus bgt materinya,selain tu dosennya jg pnter bawain materi,tp cm dkit sayangnya. btw, q jg jd pngen tw lbh nyak nich, jd q pngen nulis dkit tentang brainwave ini. klo ada yg salah mohon dkoreksi y ^_^ em...gmn ya mulainya.....

Brainwave memiliki 4 gelombang yaitu Delta, Theta, Alpha n Beta.

Delta - 0,5 ~ 3 Hz - Pada kondisi ini otak memiliki amplitudo tertinggi dan gelombang terendah. ini adalah kondisi dimana tubuh kita "lumpuh", dengan kata lain tidur. gelombang delta

Theta - 3 ~ 7 Hz - Dalam kondisi ini kita berada pd kondisi setengah sadar. Kondisi ini bisa menjadi kondisi berbahaya karena pada saat ini manusia bisa melakukan apapun tanpa dia sadari. Kondisi ini bisa tercipta saat seseorang mabuk krn minuman keras atau narkotika. Bs jg karena seseorang br ptus cinta yang menyebabkan dia melamun, yang juga bs masuk ke kondisi setengah sadar. Jd jangan melamun sembarangan y...coz kondisi ini jg merupakan kondisi ideal dimana orang bs kesurupan. Tetapi ada jg riset yg mengatakan kalau kondisi theta bs meningkatkan kapabilitas belajar pada anak-anak. Selain itu ada beberapa orang yang mengatakan pada kondisi theta selama setengah jam bisa menggantikan tidur 4 jam. gelombang theta

Alpha -7 ~ 13 Hz - Kondisi sadar tetapi rileks. Kondisi ini terjadi saat kita menutup mata dan oleh relaksasi. Kondisi ini jg merupakan kondisi dmn kita bs berimajinasi. Membuat visualisasi dari apa yg kita bayangkan dalam otak kita. Alpha bisa menjadi abnormal ketika dalam kondisi ini tidak merespon rangsangan dari luar, dikenal dengan "Alpha coma". gelombang alpha

Beta - 13 ~ 30 Hz - Kesadaran penuh, aktif, sibuk, gelisah dan konsentrasi. Ritmik beta dengan set frekuensi dominan berhubungan dengan penyakit dan efek obat-obatan, terutama benzodiazepines. gelombang beta

[+/-] Show Full Post...

[+/-]Hide Full Post...

Cup Of Black Tea Could Defend Against Athrax Threat, Research Suggests

ScienceDaily (2008-03-16) -- A cup of black tea could be the next line of defense in the threat of bio-terrorism according to new international research. A new study has revealed how the humble cup of tea could well be an antidote to Bacillus anthracis -- more commonly know as anthrax. Components in English breakfast tea such as polyphenols have the ability to inhibit the activity of anthrax.sciencedaily

[+/-] Show Full Post...

[+/-]Hide Full Post...

Winking Star: First Step Of Earth-Like Planet Formation Observed

For the first time, astronomers have observed the initial phase in the formation of an earth-like planet. The discovery, highlighted in the March 13th issue of Nature, was documented by a team of astronomers led by William Herbst, the Van Vleck Professor of Astronomy professor at Wesleyan, and Catrina Hamilton PhD '03, professor of physics and astronomy at Dickinson College.

What Herbst and other astronomers on his team observed was that a protoplanetary disk, or ring, around the binary star known as KH 15D, is composed of solid particles larger than what is usually observed in space.

"For hundreds of years, scientists have been theorizing that Earth-like planets form when gas and dust around a star get compressed into these disks and the material begins to coalesce into planets. But until now we never had the ability to study this process in detail," Herbst said. "The unique geometry presented by KH 15D and the way the light was being reflected off the disk allowed us to get a good look at the structure of the disk .We were amazed at what we saw."

The disk orbiting KH 15D is at least the size of Jupiter's orbit and composed of sand-sized grains that have grown from microscopic-sized particles to form the larger grains. These grains are now approximately 1 mm in diameter, much larger than the tiny particles typically seen in space. This is also the characteristic size of "chondrules," small glassy spherules that are found in the most primitive solar system, the so-called carbonaceous chondrite meteorites.

The observations of the disk were made over several years using some of the largest telescopes in the world, including the 10-meter telescope of the W.M. Keck Observatory in Hawaii. More modest telescopes, including the one at Wesleyan University's Van Vleck observatory and the Maidanak Observatory in Uzbekistan, were also used in the study.

Located approximately 2,400 light years from earth and also known within the astronomical community as the "winking star," KH 15D was first documented in 1995 by Herbst and his then-graduate student Kristin Kearns. An ensuing Ph.D. thesis by Herbst student Catrina Hamilton, now on the faculty of Dickinson College, further solidified the importance of this star and brought it to the attention of the astronomical community. In 2004, two groups of astronomers on opposite coasts showed that KH 15D's winking was a result binary star with an orbiting period of 48.36 days within a large disk. The winking effect was generated as one of the stars alternately rose above and set below the disk.

What Herbst, Hamilton and the rest of the team observed recently is that the disk is slowly hiding the stars from view and putting them in a permanent state of faintness, though still visible by the reflection off the disk.

"Because of how the light is being reflected there are opportunities to make observations about the chemical composition of these sand-like particles," Herbst said. "That's very exciting because it opens up so many doors for new type of research on this disk."

Support for the work has come over the years from NASA's Origins of Solar Systems program and from the W. M. Keck Observatory Principal Investigator's Fund.

www.sciencedaily.com

[+/-] Show Full Post...

[+/-]Hide Full Post...

New bird discovered in Indonesia

WASHINGTON, Mar. 14, 2008 (Reuters) — A small greenish bird that has been playing hide-and-seek with ornithologists on a remote Indonesian island since 1996 was declared a newly discovered species on Friday and promptly recommended for endangered lists.

The new species is called the Togian white-eye, or Zosterops somadikartai.

It was first spotted by Mochamad Indrawan of the University of Indonesia and his colleague Sunarto, who like many Indonesians uses one name.

"We observed the species in the field from 1997 to 2003," Indrawan said in a statement.

Dr. Pamela Rasmussen, a taxonomist at Michigan State University, completed the identification, reported in the March edition of The Wilson Journal of Ornithology.

The researchers had to get one of the birds for examination and formal classification.

Togian white-eyes are small, greenish-colored and have conspicuous white eye-rings.

Its nearest relatives have a band of white feathers around their eyes but this energetic little bird, which travels in small groups, is less showy, the researchers said.

The new Togian white-eye has been seen only near the coasts of three small islands of the Togian Islands in central Sulawesi. Rasmussen said it likely falls into the International Union for Conservation of Nature's category of endangered.

"This finding of the bird is only the beginning given the vast opportunities with Indonesian landscapes and seascapes of endemic flora and fauna," Indrawan said.

"What this discovery highlights is that in some parts of the world there are still virtually unexplored islands where few ornithologists have worked," Rasmussen said. "The world still holds avian surprises for us."

Indonesia has 1,600 of the known 10,000 bird species.

www.newsdaily.com

[+/-] Show Full Post...

[+/-]Hide Full Post...

What to do???

Em.......... ni blogq yang pertama....... pengenya c q ngisi ttg flora & fauna or science, walaupun awam tp tertarik but............ actually i don't know what to do :-P so,bs brubah tntunya.....

[+/-] Show Full Post...

[+/-]Hide Full Post...