the life cycle of wild salmon is this in order?
830005
This looks correct except for stage 5 - I don't think 'floring' is a word.  Do you mean ocean 'rearing'?
439704
All living organisms have a predefined life cycle process flow and it differs from stage to stage.\n\n1. For some group of organisms, life cycle requires / depends a host body\n2. Some group of organisms hatch \n3. Some group of organisms give birth\n4. Some organisms at the lower order multiplies itself tru segmentation / splitting ... etc
867947
Nope. If you mean by "native", wild trout, the state DNR regularly stocks many Iowa streams. Browns and rainbows and some brookies which, I believe are all "native." There are many streams that have healthy populations of wild (meaning, reproducing) trout, some which grow quite large.
93071
www.aquaticecosystems.com
1130196
This question has a rather large answer. but I will do my best.  Everything!  First of all, the season plays the biggest roll in where the fish will be holding.  Winter time, the fish go deep.  Same with hot weather days in summer.  In spring, the fish do different things.  Actually spring should be thought of as three seperate parts.  Pre-spawn, spawn, and post-spawn.  In pre-spawn, the males will make a nest usually in shallower water, and then stay around the nest, looking, and waiting for a female to arrive.   usually don't fish during the spawn because if you do, you can damage the fish population at the lake your fishing. After the female lays the eggs, and they are fertilized, the male will stand guard over the nest.  Catching the male that is guarding the nest, will leave it open for bluegill and other fish to come in and steal and eat the eggs.  Post-spawn is one of the hardest times to fish, because the fish will seek deeper water, and/or go into heavy weeds to recupperate from the spawn.  During early fall fish will still be in their summer holding areas, although they'll move around more and travel the migration routes between deep and shallow areas. As the water and air temperatures drop, fish will move toward the shallow areas and spend more time feeding in them. A sudden rise in a lake or reservoir due to fall rains can cause a mass migration into the freshly submerged weeds and brush. Major tributaries are also prime fall spots, since fish tend to follow foraging fish toward the influx of water. In late fall, as the lake cools, fish become even more active, needing to fill up before the coming winter months. They can be located almost anyplace at this time, but shallow areas particularly those close to major migration routes as well as migration routes themselves can be productive. The fish are generally moving back to their winter holding areas, and the same places you found them in early spring can again be productive. The upper ends of tributaries and major creeks can be extremely rewarding to prospect as they provide a concentration of shallow water, migration routes and deep water in a relatively small area.  In colder winter months, most fish will be schooled in deep holding areas at this time, although they may make occasional forays into shallow water along major migration routes. Winter fish prefer vertical holding areas such as bluffs, submerged trees and deep creek channels, rather than the sloping areas of shallows, flats, etc. The reason is that they can adjust to light and temperature changes simply by ascending or descending, rather than making a more strenuous horizontal migration. Second, air temperature, and conditions play a major role in where fish will be holding.  The barometer also plays a large role.  If a storm is moving in, it is said that fish will feed before and during the storm. Do to the fact that forage fish are chasing newly stirred up plankton, which in turn starts a feeding frenzy.  As a cold front moves in, fish sense this, and head for deeper water. As I mentioned before, the water level also plays a role. As well as the phase of the moon.  Supposedly, during the full moon is one of if not the best time to fish.  I actually caught the biggest bass I have yet to catch, during a full moon, at 2 a.m.  Here are a few sites to further answer your question.  I hope I have helped in answering your question.  Tight lines
44144
Evolution of reproduction. Nature finds its way.
277834
You have got some things muddled up here.\n\nGestation and offspring dependency doesn't apply to flowering plants.\nSexual maturity and frequency of reproduction - there are three patterns:\n- annuals - life cycle complete within one year, parent plant dies;\n- biennials - life cycle takes two years - first year plant establishes itself, over-winters, reproduces next year and dies;\n- perennials - live for many years and make seeds every year.\nAs for the number of seeds they make, this is very variable. Some species make only a few, some make lots.\n\nLink 1. - general information.\nLink 2. - a bit more detail.\nLink 3. - a site to help with all the technical words, very useful.
949947
It is growing fish in artificial environments, for release into the natural environment. Trout hatcheries for example.
794272
Lets face it, we all need the omega fatty acids from salmon. The importance of having farmed raised salmon compared to wild is that we are helping not to deplete all our natural fishing resources.There are all kinds of issues and concerns with farmed raised salmon, stemming from farmed raised salmon escaping into the wild, will mutate reproductive systems of wild salmon, and to farm raised salmon having to many PCB's, and unnatural enhancements that may cause health problems for humans. Health fanatics and the media turn both fish suppliers against each other. They both have their good and bad points.\nI myself will eat both, if the price is right, and for the health benefits. Just be careful of what country you get farmed raised salmon from if your cautious. Some contain more PCB's than others, Otherwise, all salmon is healthy, even farm raised salmon that is color enhanced.
1158314
Salmon tastes better.
682561
Gymnosperms (such as pines & firs).\n\nThe sporophyte phase is the dominant phase in the life cycle.
145599
That depends entirely on the fish species and its age and lifestage.\n\nAs others have pointed out many fish like trout or eels will move from fresh water to salt as a normal part of their life cycle. Many other fish trevel between fresh and salt water at will.\n\nHowever if you take a purely freshwater fish, one that has evolved to live exclusively in fresh water, and you drop it into salt water it will  shrivel up and die.\n\nFish don't have waterproof skins. When you place a freshwater fish in salt water osmosis will draw water out of its body far faster than it can be replaced. The fish will become dehydrated and basically die of thirst.
190232
is it........\n\n             KINGDOM\n             PHYLUM\n             CLASS\n             ORDER\n             FAMILY\n             GENUS\n             SPECIES\nis that what you are looking for.........
285408
Umm...I've been making jokes about larval humans for years, so I had to laugh. Bugs have larval stages, but vertebrates don't. The larval stage is the maggot stage. In humans, some people refer to that as "middle school"...but that's only when we look back as adults. Kids these days have evolved and aren't nearly so maggoty as we once were ;)
413968
http://dev.biologists.org/cgi/content/full/130/17/4123?ck=nck
685768
http://en.wikipedia.org/wiki/Sleeping_sickness#Life_cycle
775107
The Devonian is usually broken into Early, Middle, and Late subdivisions. The rocks corresponding to these epochs are referred to as belonging to the lower, middle, and upper parts of the Devonian System. The faunal stages from youngest to oldest are:\n\n\nLate (most recent)\nFamennian/Chautauquan/Canadaway/Conneaut/Conneautan/Conewango/Conewangan \nFrasnian/Senecan/Sonyea/Sonyean/West Falls \n\nMiddle\nCazenovia/Cazenovian \nGivetian/Erian/Senecan/Tioughniogan/Tioughnioga/Taghanic/Taghanican/Genesee/Geneseean \nEifelian/Southwood \n\nEarly (oldest)\nHelderberg \nEmsian/Sawkill/Deer Park \nPragian/Siegenian \nLochkovian/Gedinnian