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Ansa & Veikka

ansa_veikka

About Me

Did you know...
1. The largest land snail ever found was 15 inches long and weighed 2 pounds!
2. Snails' bodies produce a thick slime. Because of this slime, they can crawl across the edge of a razor and not get hurt.
3. Some snails have been known to live up to 15 years.
4. Snails are hermaphrodites which means that they have both male and female reproductive organs.
5. Snails usually travel in irregular paths, often traveling in a circle.
6. Snails reply mainly on their sense of touch and smell when finding food because they have very poor eyesight.
7. Snails cannot hear.
8. Snails can retract one or both of their tentacles at a time.
9. Because of the suction created by their slime, a snail can crawl upside down.
10. Snails are nocturnal animals which means they are more active at night.
Taken from: http://blog.myspace.com/gerryAchatina (Lissachatina) fulica (Bowdich, 1822) East-African Land snail.
Achatina fulica is the most commonly available and widespread type of African land snail. If it's in a pet store or the supplier doesn't know the species then it is almost certainly this type.
Distribution Originally: East Africa: Kenya, Tanzania
Introduced: Southern Ethiopia, southern Somalia, northern Mozambique, Madagascar, Mauritius, Seychelles, Morocco, and West Africa, Ghana.
Lifespan Up to 10 years, usually 5-7.
Size: Average adult shell length is 12cm, with a diameter of 6cm. In exceptional cases the shell can grow to be 20cm long but this is very unlikely, especially in captivity. Most of the growth is achieved in the first 6 months but they do continue to grow for another year or so. It is generally accepted that you can judge the final size of your snail after 1 year.
Weight: Can be up to and over 600g.
Identification: The shell is conical in shape and fairly pointed.
There is a wide variety of shell and body polymorphism in snails, perhaps none more than Achatina fulica. This often leads to it being mistaken for less widespread species.
Achatina fulica is a protandrous hermaphrodite. Adults have male and female sexual organs, with the male organs maturing earlier. Male sexual maturity occurs within less than a year, sometimes as young as five months. After copulation they are able to store sperm, making successive egg-laying possible after just a single mating. Several hundred eggs per clutch may be laid. Their egg color is yellowish-white to yellow, with a somewhat oval shape and measures 4 to 5.5 mm (approximately ¼ inch) in length and approximately 4 mm in width.
Shell size may be up to 20 cm (8 inches) in length and 12 cm (almost 5 inches) in maximum diameter. Generally there are seven to nine whorls and rarely as many as ten whorls. Achatina fulica prefers environments that are rich in calcium carbonate, such as limestone, marl, and built up areas where there is an abundance of cement or concrete. In these calcium-rich areas the shells of the adults tend to be thicker and opaque. Juveniles generally have a thinner, more translucent shell and are more brittle. Note that even in this post-embryonic juvenile the characteristic truncated columella is already evident. Upon emerging from its egg shell the length of the post-embryonic juvenile shell measures approximately 4 mm (approximately 1/6 inch).
Though shell coloration may be variable due to environmental conditions and diet, generally it is reddish-brown with light yellowish, vertical (axial) streaks. The two shell colors are not distinct from each other and are somewhat streaked or smudged in appearance. Another shell color variation resembles a light coffee color. The colors fade with age in the earliest whorls appearing lighter or less intense, becoming darker and more vibrant nearest the body whorl.
The body of the live animal has two pairs of tentacles, one short lower pair that are tactile and chemotactic, and one longer upper pair with eye spots at the tips. The body itself is moist, slimy and rubbery. Body coloration can be either mottled brown or more rarely a pale cream color. The footsole is flat, with coarse tubercles most evident laterally on the upper surface of the extended body.
The outline of the shell may vary somewhat, even within the same colony, from slender to moderately obese. The broader specimens with the same number of whorls tend to be shorter in shell length. The shell is generally conically spired and distinctly narrowed but barely drawn out at the apex. The whorls are rounded with moderately impressed sutures between the whorls. The aperture is relatively short and has an ovate-lunate shape. The lip is sharp, convex, thin and evenly curved into a regular semi-ellipse. The shell surface is relatively smooth, with faint axial growth lines.
One of the most important identification features of Achatina fulica is the columella which truncates or ends abruptly, a feature remaining evident throughout the lifespan of the snail. The columella is generally concave; lesser concaved columella tend to be somewhat twisted. The broader shells tend to have a more concave columella. The columella and the parietal callus are white or bluish-white with no trace of pink.
Taken from: http://www.ceris.purdue.edu/napis/pests/gas/manual/ident.pdf
Eggs 30-1000 White/Yellow eggs, 4-5mm in diameter, up to 6 times a year.
Hatching Dependent on the temperature, the babies will hatch in anything from 5 to 21 days.
In normal, stable conditions the hacthing viability is about 90%.
Achatina fulica are one of the easiest species to hatch requiring no special attention.
Notes Achatina fulica are slightly more sensitive to wet environments than other African snails and will die if maintained in conditions that are too wet.
(http://www.petsnails.co.uk/species/achatina_fulica.html 5;start)

My Interests

http://www.flickr.com/photos/sunqueen/sets/72157594310625813 /

Fruit:
Apple, Apricot, Banana, Blackberry, Butternut Squash, Dragon Fruit, Grapes, Kiwi, Mango, Melon, Nectarines, Orange, Papaya/Paw-paw, Prickly pear, Peach, Pear, Physalis, Plum, Raspberry, Satsuma, Sharon fruit, Strawberry, Tomato

Vegetables:
Aubergine, Bean Sprouts, Broccoli, Cabbage, Carrot, Cauliflower, Courgette, Cucumber, Green beans, Kale, Leek, Lettuce, Mushroom, Parsnip, Peas, Potato, Pumpkin, Spinach, Sprouts, Swede, Sweet Corn, Sweet Potato, Turnip, Watercress, Dandelion leaves, Common Plantain.

Other:
Hemp, sunflower seeds, pumpkin seeds, oats, chicken mash (for laying hens), Oats and other seeds need to be soaked first. Seeds are best served crushed or ground. Raw eggs, brown bread, milk powder, some raw meat. Wet or dry cat treats/dog biscuits, tortoise food.

Calcium
Snails MUST have a plentiful supply of calcium to build and repair their shells. Keep a piece of cuttlefish bone in their tank at all times. Cuttlefish bones are cheap, costing between 20p and £1 per bone and can be found at just about any pet supplies store. It's worth buying them in bulk because they are cheaper that way.

Keep a washed cuttlefish bone in the tank and you will see them rasping away at it. Large growing snails can demolish it in no time. Other sources of calcium include: egg shell, calcium supplements from pets shops, oyster shells, natural chalk and baby milk powder.

You may find that cuttlefish begins to go soft and slimy. To slow this down I recommend a number of things. Firstly, putting the cuttlefish on a small plastic tray or piece of polystyrene (like the bottom of a foam cup) the cuttlefish bone won't get damp from underneath.

Breaking the cuttlefish bone up into a few pieces and supplying what they need obviously prolongs the life of your cuttlefish because it's not all left in a humid tank. It is important to leave enough in the tank for them at all times and if the pieces are smaller, enough for all of them to get close enough to eat them. A few babies in a tank would take months to consume a full cuttlefish bone so using a full one is unnecessary.

Swapping the pieces every few days and rinsing and drying the old ones helps a lot. Over time the bones will become very brittle but they will last a lot longer.

Snails can also absorb calcium through their foot and you may witness your snails sitting on pieces of cuttlefish.

Too much calcium can result in internal stones that can be harmful. If you're feeding as part of a mix, the recommended amount of calcium is 12% for optimum health and growth, although one study showed 20% to best. However, it is likely the speed of growth was more important in that study than the snails' health. What is does show is that up to 20% is likely to be safe.

Having said all the above, don't be stingy with calcium. The points above are just tips to prevent it being wasted.

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Cover models!

Hello everyone!Newsflash! We are posing in the cover of Blueintheface´s debut ep 'Until You Are'.  To be released on spring 2007. Photos have already been taken and the whole session went smoothl...
Posted by Ansa & Veikka on Mon, 19 Feb 2007 10:28:00 PST