Membunuh nyamuk dengan hanya botol, yis & gula perang

dauswq · Post time 29-3-2013 07:28 PM

KESIHATAN ADALAH SEGALANYA! - JOM BELAJAR MEMBUAT PERANGKAP NYAMUK YANG MUDAH DAN MENENTANG NYAMUK ADEAS DAN DENGGI.

Apa yang kita perlukan  ialah:

200 ml air
50 gram gula perang,
1 gram yis ( yis ibu roti, boleh dibeli di pasar raya ) dan
1 botol plastik 2-liter.

Bagaimana caranya:

1.  Potong botol plastik (jenis PET) pada separuh. Simpan bahagian leher

2.  Campurkan gula perang dengan air panas.
Biarkan sejuk. Apabila sejuk, tuangkan di separuh bahagian bawah botol.

3. Tambah yis. Tidak perlu untuk bergaul. Ia akan  menghasilkan karbon dioksida.

4. Letakkan bahagian corong, terbalik, ke dalam separuh botol tadi.

5. Bungkus botol dengan sesuatu yang hitam,  dan letakkan di beberapa sudut rumah anda.

Dalam masa dua minggu, anda akan melihat jumlah nyamuk dan nyamuk yang mati di dalam botol.

Di samping membersihkan rumah , tapak pembiakan nyamuk dan nyamuk, kita boleh menggunakan kaedah ini  dalam: Sekolah, taska, Hospital,kedai, ladang,  dan lain-lain .

Kredit kepada:
Dr Giena Hadi

apa yg menyebabkan nyamuk tertarik kpd botol ni rasenye? ape jwpn korang?

selain tu, nyamuk pun tak suka bau serai yg dibasahkan...

Last edited by dauswq on 30-3-2013 01:04 AM

AdamBillionaire · Post time 29-3-2013 08:28 PM

nyamuk tu mengidam pizza. sebab tu dia cari yis.. tetiba masuk perangkap dengan gula melaka.. mengikut ilmu2 adam ada. gula melaka ni dpt membuat nyamuk koya melalui hasil rembesan KJ

midory · Post time 29-3-2013 09:24 PM

campur yis kat gule tu nnti produce karbon dioksida..
kalau mcm tu CO2 yang buat nyamuk tertarik.. ade CO2 ade manusia.. heheh..

yg serai basah tu tak tau le pulak kenape...

dauswq · Post time 29-3-2013 10:14 PM

midory posted on 29-3-2013 09:24 PM
campur yis kat gule tu nnti produce karbon dioksida..
kalau mcm tu CO2 yang buat nyamuk tertarik.. ...

oh jumpa pun...thx midory
bg hint psl carbon dioxide tu

mmg ade kajian yg kata mosquito mmg tertarik kpd carbon dioxide...suprisingly

Carbon dioxide mosquito traps no magic bullet, say UF experts Filed under Environment, Florida, Research on Thursday, May 19, 2005.
VERO BEACH, Fla. — With spring rains promising a bumper crop of mosquitoes, some Floridians may consider buying expensive high-tech traps that use carbon dioxide to lure the bloodsuckers. But University of Florida experts warn that buyers who don’t do their homework could still get bitten – in the pocketbook.
Priced from $300 to $1,500, the traps do capture mosquitoes and other biting insects, said Jonathan Day, an entomologist with UF’s Institute of Food and Agricultural Sciences. The real question is whether they will protect a yard from the pests, he said.
The state is home to 74 species of mosquitoes, of which about half prey on people, he said. Only a few species are likely to be controlled with a CO2 trap because variables such as flight range, habitat preference and feeding behavior determine whether the trap will capture mosquitoes in large enough numbers to reduce biting around the home.
“Before you buy a trap, it’s crucial that you know what mosquito species is causing your problem,” Day said. “The traps can be very effective if the target insect is one that doesn’t fly very far or has its breeding site near your home. But most of the mosquitoes people complain about in Florida have flown a considerable distance before they end up in someone’s back yard and using a trap to control them is like trying to capture all the grains of sand on the beach.”
Consumers can get help identifying mosquitoes by contacting UF/IFAS county extension agents, he said. To assess whether a CO2 trap could help, an agent will need to know about vegetation and surface water in and around the property.
The traps lure mosquitoes by emitting carbon dioxide, a gas people and animals produce when they breathe, Day said. Some traps use additional chemicals to mimic other scents. When mosquitoes reach the trap they are captured by a vacuum or adhesive.
Day, who has used CO2 traps as a research tool for 10 years at the Florida Medical Entomology Laboratory in Vero Beach, said despite the traps’ efforts to fool mosquitoes with CO2 and other attractants, the insects prefer people and animals. He is concluding a study that showed CO2 traps were significantly outperformed by traps that used live hosts as bait.
Because CO2 traps have only been available to consumers since the late 1990s, manufacturers are still refining the technology, said Joe Conlon, a staff entomologist and spokesman with the American Mosquito Control Association, a nonprofit organization in New Jersey.
“The attractants don’t seem to be working as well as theoretically possible, and we need a whole lot more research into the physiology of attractiveness of humans to mosquitoes,” Conlon said.
Species-specific attractants could help consumers solve pest problems more reliably, said Raymond Iannetta, chairman and chief executive officer of American Biophysics Corporation, the first company to produce a CO2 mosquito trap for the consumer market, the Mosquito Magnet trap. The Rhode Island company is also the first to develop attractants based on human skin scents, and recently introduced an attractant designed for the Asian tiger mosquito, he said.
Iannetta said consumers and scientists may view CO2 traps with skepticism because other mosquito control devices such as electric “bug zappers” are not based on valid science. He asserts that his company’s products are effective, and are based on 14 years of rigorous scientific research and testing.
“A significant hurdle was getting over the industry’s gadget or gimmick syndrome,” he said. “We’re constantly working with the scientific community and the public to change that perception.”
The company maintains an extensive Web site to educate consumers about the traps, how they work and how consumers can best use them, Iannetta said.
Experts agree that operator error can impair a CO2 trap’s performance, said Dan Kline, a research entomologist with the U.S. Department of Agriculture’s Center for Medical, Agricultural and Veterinary Entomology in Gainesville.
“It’s important that people read and follow the owner’s manual,” said Kline, who regularly tests CO2 traps for manufacturers and is conducting a study to determine if multiple CO2 traps can protect a neighborhood. “Placement is a big issue – you need to keep the trap out of the immediate area where people gather, and try to put it between the people and the source of the mosquitoes.”
Another common problem is that consumers sometimes use the traps only during outdoor activities, rather than running them continuously during warm weather, as manufacturers recommend, he said. ‘Round the clock operation of one trap can cost $20 to $25 per month.
No one should rely exclusively on a CO2 trap for mosquito control, said Roxanne Rutledge, an entomologist at the UF laboratory in Vero Beach. Consumers should also follow traditional precautions such as using repellent, eliminating sources of standing water and patching holes in screens.
“Try to keep a balance,” she said. “Do things around your home to reduce the number of mosquitoes that breed or get inside, but understand there are factors beyond your control.”
Ultimately, a consumer’s tolerance for mosquito bites may be the only way to measure success with a CO2 trap, Rutledge said.
“It comes down to a matter of perception,” she said. “You can have one of these in your yard, and if you feel like you’re not being bitten by mosquitoes anymore and you’re happy with it, then for you it works.”
For more information about CO2 mosquito traps, see Rutledge’s fact sheet “Mosquito Control Devices and Services for Florida Homeowners” at http://edis.ifas.ufl.edu/in171.

Are You a Mosquito Magnet?Experts try to crack the code behind why mosquitoes like some people more than others. Plus, tips on keeping mosquitoes at bay and the best mosquito repellents.

ByElizabeth Heubeck

Reviewed byLouise Chang, MD
You’re trying your best to enjoy an evening cookout, but a constant swarm of mosquitoes follows you from grill to poolside. The threat? A pierce to your skin, leaving behind an itchy red welt and possibly even a serious illness. As you swat madly at the pests, you notice that others seem completely unfazed. Could it be that mosquitoes prefer to bite some people over others?
The short answer is yes. Mosquitoes do exhibit blood-sucking preferences, say the experts. "One in 10 people are highly attractive to mosquitoes," reports Jerry Butler, PhD, professor emeritus at the University of Florida. But it's not dinner they're sucking out of you. Female mosquitoes -- males do not bite people -- need human blood to develop fertile eggs. And apparently, not just anyone's will do.

Who Mosquitoes Like BestAlthough researchers have yet to pinpoint what mosquitoes consider an ideal hunk of human flesh, the hunt is on. "There's a tremendous amount of research being conducted on what compounds and odors people exude that might be attractive to mosquitoes," says Joe Conlon, PhD, technical advisor to the American Mosquito Control Association. With 400 different compounds to examine, it's an extremely laborious process. "Researchers are just beginning to scratch the surface," he says.
Scientists do know that genetics account for a whopping 85% of our susceptibility to mosquito bites. They've also identified certain elements of our body chemistry that, when found in excess on the skin's surface, make mosquitoes swarm closer.
"eople with high concentrations of steroids or cholesterol on their skin surface attract mosquitoes," Butler tells WebMD. That doesn't necessarily mean that mosquitoes prey on people with higher overall levels of cholesterol, Butler explains. These people simply may be more efficient at processing cholesterol, the byproducts of which remain on the skin's surface.
Mosquitoes also target people who produce excess amounts of certain acids, such as uric acid, explains entomologist John Edman, PhD, spokesman for the Entomological Society of America. These substances can trigger mosquitoes' sense of smell, luring them to land on unsuspecting victims.

But the process of attraction begins long before the landing. Mosquitoes can smell their dinner from an impressive distance of up to 50 meters, explains Edman. This doesn't bode well for people who emit large quantities of carbon dioxide.

"Any type of carbon dioxide is attractive, even over a long distance," Conlon says. Larger people tend to give off more carbon dioxide, which is why mosquitoes typically prefer munching on adults to small children. Pregnant women are also at increased risk, as they produce a greater-than-normal amount of exhaled carbon dioxide.

Movement and heat also attract mosquitoes. So if you want to avoid an onslaught of mosquito bites at your next outdoor gathering, stake out a chaise lounge rather than a spot on the volleyball team. Here's why. As you run around the volleyball court, the mosquitoes sense your movement and head toward you. When you pant from exertion, the smell of carbon dioxide from your heavy breathing draws them closer. So does the lactic acid from your sweat glands. And then -- gotcha.

With a long track record -- mosquitoes have been around for 170 million years -- and more than 175 known species in the U.S., these shrewd summertime pests clearly aren't going to disappear any time soon. But you can minimize their impact.

so kesimpulannya, nyamuk yg duduk jauh mmg betul tertarik kpd manusia yg membebaskan carbon dioxide...so kita juga menjadi "magnet" kpd nyamuk ni scr tidak langsung....

dauswq · Post time 29-3-2013 10:16 PM

tp klu berdasarkn method botol di atas, nyamuk tak reti nak keluar balik ker?
masuk jek reti tp tak reti keluar plak?

midory · Post time 29-3-2013 10:27 PM

dauswq posted on 29-3-2013 10:16 PM
tp klu berdasarkn method botol di atas, nyamuk tak reti nak keluar balik ker?
masuk jek reti tp tak ...

dah tentu nyamuk tu duduk situ sebab kat situ CO2 kuat..

lgpon struktur botol tu sendiri dah cukup nk buat nyamuk susah kluar..

bile nyamuk masuk, die boleh kluar kalau die pandai cari lubang yg kecik tu..

dauswq · Post time 29-3-2013 10:28 PM

midory posted on 29-3-2013 10:27 PM
dah tentu nyamuk tu duduk situ sebab kat situ CO2 kuat..

lgpon struktur botol tu sendiri dah cu ...

i see...ni mcm mirror jgk la kan...

AdamBillionaire · Post time 30-3-2013 08:57 PM

dauswq posted on 29-3-2013 10:16 PM
tp klu berdasarkn method botol di atas, nyamuk tak reti nak keluar balik ker?
masuk jek reti tp tak ...

nyamuk tak de side mirror dan GPS..

hurm. tp awat nyamuk tu dungu sangat ek?

dauswq · Post time 31-3-2013 12:36 AM

AdamBillionaire posted on 30-3-2013 08:57 PM
nyamuk tak de side mirror dan GPS..

hurm. tp awat nyamuk tu dungu sangat ek?

nyamuk hanya pndi isap darah...slurppppsss

bluezink · Post time 10-5-2013 10:32 AM

lama gak dah dapat email ni...tapi blum pnah try,,kalu saya penye tahap kerajinan lerr nnti diy ..tapiii kalooo malas saya datang sayapancot/semprott ajerr

Aiira · Post time 4-6-2013 10:11 PM

Bagus thread ni. Thanks!

Tak pernah tahu selama ni nyamuk tertarik pada karbon dioksida (CO2)

ss8384 · Post time 3-7-2013 04:51 PM

tnq

Weller · Post time 7-7-2013 09:25 PM

ada jumpa kat fb. yang home made perangkap semut pun ada. pastu nak cari balik, tak jumpa.

tp ni projek utk next week. nyamuk macam hapa sekarang ni......

maseh tulung tepek

huhu