For instant noodle maniac, make sure you have 3 days interval between next consume. The newest information on noodle instant there are coated with candle. It make them array not linkage. Our body need at least 2 days to clean up the candle. So do not be hesitate to watch out our instant noodle.
Watch out the barcode and get it know where is it come from. Maybe you have some concern on certain country product do not hesitate to use this code. This code is as starting number for example as USA or Canadian product it must be start with 00xxxxxxxxxx until 13xxxxxxxxxxxx etc. LIST OF BARCODE PREFIX :
00-13: USA & Canada 20-29: In-Store Functions 30-37: France 40-44: Germany 45: Japan (also 49) 46: Russian Federation 471: Taiwan 474: Estonia 475: Latvia 477: Lithuania 479: Sri Lanka 480: Philippines 482: Ukraine 484: Moldova 485: Armenia 486: Georgia 487: Kazakhstan 489: Hong Kong 49: Japan (JAN-13) 50: United Kingdom 520: Greece 528: Lebanon 529: Cyprus 531: Macedonia 535: Malta 539: Ireland 54: Belgium & Luxembourg 560: Portugal 569: Iceland 57: Denmark 590: Poland 594: Romania 599: Hungary 600 & 601: South Africa 609: Mauritius 611: Morocco 613: Algeria 619: Tunisia 622: Egypt 625: Jordan 626: Iran 64: Finland 690-692: China 70: Norway 729: Israel 73: Sweden 740: Guatemala 741: El Salvador 742: Honduras 743: Nicaragua 744: Costa Rica 746: Dominican Republic 750: Mexico 759: Venezuela 76: Switzerland 770: Colombia 773: Uruguay 775: Peru 777: Bolivia 779: Argentina 780: Chile 784: Paraguay 785: Peru 786: Ecuador 789: Brazil 80 - 83: Italy 84: Spain 850: Cuba 858: Slovakia 859: Czech Republic 860: Yugoslavia 869: Turkey 87: Netherlands 880: South Korea 885: Thailand 888: Singapore 890: India 893: Vietnam 899: Indonesia 90 & 91: Austria 93: Australia 94: New Zealand 955: Malaysia 977: International Standard Serial Number for Periodicals (ISSN) 978: International Standard Book Numbering (ISBN) 979: International Standard Music Number (ISMN) 980: Refund receipts 981 & 982: Common Currency Coupons 99: Coupons Kayaknya yang menarik dibeli adalah produk dengan barcode berawalan 899 ...
Please be careful before you eat apple. Don't eat apple directly because it contain WAX. Wax used to maintenance food quality before preserve on refrigerator. Wax has been reported to protect apple from outside intruder such as bacteria and delaying decay process cause lack of direct contact with the environment
Below are some Apple from certain country which has been clean with cutter. So make a healthy habit before we eat an apple it is better to wash it carefully and do not forget to put off it skin.
A coral reef as natural fish finder locator the largest and most spectacular structure made by living things. The individual building blocks are tiny, and depend upon a partnership between a coral polyp and a photosynthetic "alga" (actually a dinoflagellate - a solitary, plantlike flagellate - the order Dinoflagellata includes luminescent forms, forms important in marine food chains, and forms causing red tide) of the kingdom Protista (a group of unicellular or acellular organisms comprising bacteria, protozoans, various algae and fungi, and sometimes viruses). Coral reef as natural fish finder locator are home to spectacular biological diversity, but the corals themselves are not exceptionally diverse. Only one type of coral (hermatypic) builds reefs. The areal extent of coral reef as natural fish finder locator is small compared to the entire ocean, but large compared to shallow water areas: Cover reefs cover 600 thousand km2, which is about 0.17% of the ocean surface and 15% of shallow (0-30 m depth) sea areas
The Making of a Coral reef as natural fish finder locator A coral is a colony of many individual polyps. Each polyp is a coelenterate (a phylum of basically radially symmetrical invertebrate animals including the corals, sea anemones, jellyfishes, and hydroids) and contains dinoflagellates capable of photosynthesis (zooxanthellae). A polyp looks like a tiny sea anemone with tentacles and stinging cells to capture animal prey. The polyp benefits from the photosynthate (product of photosynthesis), and the alga benefits from the nitrogenous wastes of the polyp. Without the zooxanthellae, the polyps cannot grow fast enough to build reefs. Coral can be either soft or hard (calcareous skeleton). Hard corals build reefs, creating rock out of sunlight, sea water, and minute animal prey (8 tons mile-2 day-1). More than 65 species have been found in one reef: there are both shalow, fast-growing forms and deep, massif, slow-growing forms (living at a maximum depth of about 100 feet). The Great Barrier Reef has 350 named coral species. Corals have a rigid pecking order. When more aggressive species recognize less aggressive forms, they send out nasty filaments that wound living coral encroaching on their space
Types of coral reef as natural fish finder locators. Reefs are constructions of calcium carbonate, made literally from sunlight and sea water, by hard corals. Some algae, called coralline algae, also secrete calcium carbonate. This is especially important in "gluing" loose sediments and reinforcing coral against wave damage. Some encrusting invertebrates, such as sponges, complete the reef structure. Reef-building corals require water temperatures of at least 20 degrees C, and ample light. Coral reef as natural fish finder locators are found on continental shelves, around islands, or on top of seamounts. Fringing reefs are the simplest and most common kind of reef. Some hard substrate is necessary for the polyp to establish, but after that the corals can make their own hard bottom. Barrier reefs are similar to fringe reefs, but they lie farther from shore and contain a relatively deep lagoon. Atolls are rings of reef, with steep outer slopes, that surround a central lagoon. Charles Darwin, famous for the theory of evolution, solved this puzzle by postulating that atolls formed around subsiding islands. If the upward growth of the coral keeps pace with the downward subsidence of the original volcanic island, an atoll is formed.
Reef Productivity Coral reef as natural fish finder locator are like tropical rain forests in at least two ways. First, they are the most species-rich ecosystems of the sea. The symbiotic relationship between polyp and zooxanthellae makes for especially efficient nutrient cycling, and this contributes to the high productivity. Fish and other consumers that graze on algae and the corals themselves also excrete nutrients back into the water.
Species Interactions on Coral Reef as natural fish finder locator A great deal of ecological study is concerned with how species live together and interact with one another. Because species interactions are so apparent within coral reef as natural fish finder locatorcommunities, it is useful to explore some of these ideas here. Symbiosis simply means "living together," and refers to any close and intimate association of two species. Subdivisions of symbiosis include: mutualism, commensalism, and parasitism. In mutualisms , both partners benefit (+/+). Coral reef as natural fish finder locator as s probably have more mutualistic relationships than any other system. In addition to the polyp-dinoflagellate symbiosis, another famous example is the clown fish-sea anemone. Mutualisms range from "casual" to "obligate." The video showed some very impressive time lapse photos of competition between corals. In the rich and crowded world of coral reef as natural fish finder locator , space is at a premium. All sessile organisms compete for space; in addition, corals and seaweeds compete for access to sunlight. Large, slow-growing corals tend to be the most aggressive. Fast-growing, upright branching forms are less aggressive, while massive, slow-growing forms must compete aggressively to hold their position for decades to centuries. Seaweeds and filamentous algae are capable of even faster growth, and have the potential to smother coral reef as natural fish finder locator.
Threats to Coral reef as natural fish finder locator Despite their great size and complexity, coral reef as natural fish finder locator as s are vulnerable to a large number of threats. Climate change and changing sea level pose long-term risks. Bleaching Corals cannot tolerate water that is too warm. The upper limit varies because corals in warmer waters tolerate higher temperatures, but above some critical temperature (often near 30 °C, but sometimes as high as 35 °C), the coral expels its zooxanthellae, and also may lose its mucus coat. Because the zooxanthellae give the coral its brilliant color, the coral is white without its symbiont. Hence this is referred to as bleaching . At too high a temperature, the coral dies (white death). Severe bleaching occurred in many regions in 1982-83, when the El Niño brought unusually warm waters to both coasts of Central America, the Florida Keys, the Bahamas, and to wide areas of the Pacific Ocean. Coral bleaching is a natural phenomenon. Widespread bleaching of Caribbean corals occurred in 1987-88. Bleaching may be a general response to stress. The 1987-88 event may have been due to slightly elevated temperatures, but if so, coral reef as natural fish finder locator as s appear to be extremely sensitive to even slight temperature elevation. If greenhouse gasses warm the earth, many coral reef as natural fish finder locator as s might be threatened, and provide an early warning of global warming. Coral BleachingCoral bleaching is an issue that has local, regional, and global significance, but corals are not the only organisms to bleach on the reef. Forams contain a symbiont (diatoms vs. zooxanthellae found in corals) and are sensitive indicators of environmental change, including light, nutrients, and temperature. These studies point to foraminifera as bioindicators for environmental assessment and monitoring programs, and possibly as indicators of global change. Specific to coral bleaching, a long-term program discovered substantial natural and seasonal variation in the density of zooxanthellae in corals, with bleaching resulting at one extreme when zooxanthellae densities decrease to levels that can be detected by the eye.
Global Climate Change and Coral reef as natural fish finder locator Past: During each advance and retreat of the ice ages, sea level dropped and rose again. For most reef flats, a drop of a few meters means exposure and death. We have good evidence that past glacial epochs wreaked havoc with coral reef as natural fish finder locator as s. Under a "no change in emissions" global warming scenario, land surfaces will warm faster than oceans, and this will be especially pronounced in high latitudes in winter. Surface temperatures of tropical seas may not rise a lot, but even a small rise may be significant. Future ecosystem roles and responses: Temperature change: the effects are likely to be serious, causing bleaching, survival only of tolerant species, or death. Local effects may be serious to local human populations that depend on the reefs. Sea level rise: the vertical growth rate of reefs is 1-10 mm/yr. Given the present best estimate of sea level rise of 6 mm/yr, it should be within reef-building capabilities to keep pace (water clarity is important also). In all likelihood, a sea level rise would be positive for coral reef as natural fish finder locatorgrowth. There also would be changes in current and wave action, which can damage reefs. Carbon flux: The CaCO3 of coral reef as natural fish finder locator is a major global carbon reservoir. Reefs often are thought of as carbon sinks, because CO2 from the atmosphere is converted into calcium carbonate rock. Actually, coral reef as natural fish finder locator are a minor source of atmospheric carbon. Although reef-building stores CO2 in coral rock, the formation (precipitation) of CaCO3 lowers the pH of the water, and this alters the balance of CO2, HCO3-, and CO3-2, known as the bicarbonate buffer system. Anthropogenic damage is still the most serious problem facing reefs. Serious and immediate human impacts include mining for cement, dynamiting to kill fish, and anchoring of pleasure boats.
Keep our seas blue and save our coral reef as natural fish finder.
Indonesia is famous as maritim country with abundant marine product as tropical position consequences. High volume of mud due to farming intensification and increasing industry has change fish habbit and niche. So during our fishing adventure we need fish finder to find where is schooling fishes are in.
Before using a fish finder we must set our goal, what kind of fish become our aim today. Fish which always swim on water coloumn called Pelagic Fish and always stay on the bottom of water called Demersal Fish. Fish finder must be setting to found both of fish way of live ..he.he.. Fish finder could be categorical by two models :
Natural Fish Finder, this thing using a lot of analysis and experiences on this thing.
Modern Fish Finder, this method using gadget from simple until complicated gadget to found our lovely fish schooling.
And now let start from Natural Fish Finder :
Natural Fish Finder mean without any gadget and using our experience and a little of foods chain knowledge. This is the cheapest fish finder. Almost pelagic fish dedicate their live on waters coloumn. They put their mouth againist current waters. In shore daily tide and combine with bathymetry data we can predict where is they will be schooling. Flock of schooling birds could indicate certain abundant fish on waters. Just searching to find out your feeding fish target to be combine with fish finder monitor.
Modern fish finder :
Modern fish finder could be categorical from simply gadget until complicated gadget. Complicated fish finder will be combine among fish habitual and environmental habitat - I dont know where to find this too. This fish finder will looking for more salinity, turbidity, phytoplankton density for example. On off shore should be combine with phytoplankton distribution from chlorophyll satelite image and moving average of thermoclyn figure. Most of fish finder found on the market are using echo sounder which could arrange simplify how they will penetrate water coloumn. From fish finder we must compare with our fish habitual data. Sea bass and groupper has almost same habitual, but it is must be different for milk fish etc.
Hi all, I am Aryawan and I have enjoy most part of Sulawesi, and a little of North Malacca. I have working in sales world. I am married with only one lovely wife who always accompanying me during my 'adventure' period.
A coral reef as natural fish finder locator the largest and most spectacular structure made by living things. The individual building blocks are tiny, and depend upon a partnership between a coral polyp and a photosynthetic "alga" (actually a dinoflagellate - a solitary, plantlike flagellate - the order Dinoflagellata includes luminescent forms, forms important in marine food chains, and forms causing red tide) of the kingdom Protista (a group of unicellular or acellular organisms comprising bacteria, protozoans, various algae and fungi, and sometimes viruses). Coral reef as natural fish finder locator are home to spectacular biological diversity, but the corals themselves are not exceptionally diverse. Only one type of coral (hermatypic) builds reefs. The areal extent of coral reef as natural fish finder locator is small compared to the entire ocean, but large compared to shallow water areas: Cover reefs cover 600 thousand km2, which is about 0.17% of the ocean surface and 15% of shallow (0-30 m depth) sea areas
salinity, turbidity, phytoplankton density for example. On off shore should be combine with phytoplankton distribution from chlorophyll satelite image and moving average of thermoclyn figure. Most of fish finder found on the market are using echo sounder which could arrange simplify how they will penetrate water coloumn. From fish finder we must compare with our fish habitual data. Sea bass and groupper has almost same habitual, but it is must be different for milk fish etc.
