the female wolf is heterozygous for both traits (black fur w/ blue eyes and normal fur w/ brown eyes) The male
342670
Hey! Complete the question, please!
1017847
Blue eyes is a recessive trait.  Someone on both your mother and father's side of the family has blue eyes and you just so happened to luck out genetically.
639406
When Mendel began to scientifically analyze "heredity", he concluded that each parent (mother + father) donates an "allele" for a characteristic (trait) in question.\n\nA lettering system was used: Capital letters indicated that the allele is DOMINANT; lower-case letters indicate that the allele is RECESSIVE.  This is the case for 22 of the 23 chromosome pairs in humans.  The 23rd pair are called the sex chromosomes.  Females (mother) always donate an "X" allele; fathers can donate either an "X" or a "Y" allele.\n\nIf a person's genotype for their sex is "XX", this means two things.  1: Both X's are the same (in other words, X and X are identical).  Identical alleles are called HOMOZYGOUS.  2: A human who is "XX" is female.\n\nA human who is "XY" is male.  "X" allele and "Y" allele are DIFFERENT.  Thus, they called HETEROZYGOUS.  We refer to men as being "heterozygous" in that a male's SEX alleles, 'X' and 'Y' are different.\n\nLet us say "B" is the dominant allele for brown eyes, and "b" is the recessive allele that can result in blue eyes.  A person who is "Bb" is heterozygous (B is a different allele than b).  A person's who genotype is Bb is likely to have brown eyes.  A person who is "BB" is HOMOZYGOUS (1st B is identical to the 2nd B) and will definitely have brown eyes.  A person who is "bb" is HOMOZYGOUS (1st allele 'b' is identical to the 2nd allele, 'b') for the recessive allele; this person will have blue eyes.
1160335
a wolf with blended shades of grey in his fur.
284474
*Chuckling for I believe I have read that book too* Kittycats has it mostly right, but "At birth, wolf pups tend to have darker fur and blue eyes that typically change to a yellow-gold or orange color when the pups are 8-16 weeks old. Though extremely unusual, it is possible for an adult wolf to retain its blue-colored eyes." http://en.wikipedia.org/wiki/Wolf\n\nSo rather rare, but still a possibility...
281992
*Wandering in*\n\nThe gray wolf, Canis lupus, lives in the northern latitudes around the world, while the red wolf, Canis rufus, lives only in North America. A possible third species, Abyssinian or Ethiopian wolf, Canis simensis, which some scientists believe is really a jackal, lives on the highlands of Ethiopia. The issue of wolf species and particularly subspecies is a complex technical topic of disagreement among scientists. A subspecies is a group of individuals within a species that share a geographic location and may have some unique physical characteristics. Wolves throughout the world can be grouped into several subspecies, somewhat similarly to the way human populations are grouped into races.\n\nSubspecies are often difficult to distinguish from one another. This is because they interbreed where their ranges overlap so that their populations tend to blend together rather than form distinctive boundaries. The different traits we see in subspecies are likely the result of geographic range, available habitat, and prey base. Skull dimensions, overall size, fur color, and the length of appendages are some of the characteristics that differ between subspecies of gray wolf.\n\nFor the past few decades, most wolf biologists agreed that 24 subspecies of the gray wolf lived in North America, and 12-13 lived in Eurasia. This classification scheme was largely based on geographic location of each wolf population or the type of habitat in which it lived (e.g., eastern timber wolf). New research, especially studies of skull measurements, has shown that many of these subspecies were the same as one another. In addition, researchers found that dispersing wolves traveled over great distances, frequently crossing geographic boundaries that had been arbitrarily drawn by humans. These discoveries made the criteria for distinguishing among subspecies less distinct.\n\nRecent studies by Nowak (1995) have suggested that gray wolves in North America be lumped into 5 subspecies. Additionally, Nowak (1995) and Nowak and Federoff (2002) suggest that those of Eurasia be lumped into 6 existing subspecies, plus the possibility of 2 existing and 2 extinct subspecies that Nowak was unable to study. Other scientists still recognize more subspecies. Another recent study by Nowak (2002) suggests that there were 3 subspecies of red wolves, with 1 still existing in the wild. Although debate continues, today's classification scheme is based largely on the following subspecies and species (red wolf):\n\nNorth America\n\nCanis lupus arctos is commonly known as the arctic wolf. Arctic wolves live primarily in the Arctic, the region located above 67° north latitude. Since the predominant color phase of this subspecies is a creamy white, which camouflages it in snowy surroundings, it is often called the white wolf.\n\nCanis lupus baileyi is the smallest North American gray wolf, originally found in Mexico and the southwestern United States. It is commonly known as the Mexican wolf or lobo. Mexican wolves were exterminated from the wild in the United States by the late 1970's, but have been reintroduced into Arizona and New Mexico.\n\nCanis lupus lycaon is the first subspecies to be recognized in the United States. It is commonly known as the eastern timber wolf. Canis lupus lycaon inhabited the eastern portions of the United States and southeastern parts of Canada. Before the classification scheme was revised in 1995, it was thought that this was the subspecies that inhabited Minnesota, Michigan and Wisconsin. It is now thought that Canis lupus nubilus is the race that inhabits these areas, and Canis lupus lycaon lives in southeastern Canada. These distinctions may be confusing, since most people in the Lake Superior region generally refer to wolves as "timber wolves."\n\nCanis lupus nubilus once ranged throughout the Great Plains of the United States and Canada. It is commonly known as the Great Plains wolf or the buffalo wolf. It was thou
331049
yes.  If both parents are heterozygous for brown eyes (i.e., the genotype would be Bb) then the chances of having a blue eyed child are 1 in 4.  The chances of a brown eyed child are 3 in 4, with 2 of these 3 being heterozygous for brown eyes and the other 1 being homozygous for brown eyes.
615648
both are different species belonging to same genus
65014
There is an evolutionary difference between animals which menstruate (can breed any time of year, subject to monthly periods) and those which have a finite breeding season.
95635
A Liger. Because it is bred for it's agility and speed.
15069
In addition to the answer that Sherasi gave, this web site contains information on a few other types of wolves around the globe.\n\nhttp://www.cosmosmith.com/wolfpage.html
360951
It's very possible. My best friend is Native American, and she is as blue eyed/blonde as them come. Recessive genes can toss you through a loop. Give him the benefit.
612642
brown is dominant, green and blue are recessive, therefore both parents have two copies of the gene for their eye color therefore they don't have a brown gene to pass on.
240538
a pet strictly matches the owners personality
153221
*Pondering* Yes there are female ones just as perhaps up to 50% of packs are lead by a female Alpha. Little is known about lone wolves or ronin wolves (as named in popular culture). The proverbial "lone wolf" is the runt, the outsider, ostracized from the pack. This wolf may wander ten kilometers (six miles) or 1000 kilometers (600 miles), passing cautiously through the domains of other packs, If it is very lucky and finds a mate, and if there is enough territory available for them, they might be able to start a new pack of their own.\nIn large packs of wolves, there is often a lowest-ranking member who becomes the focus of the pack's social aggression. Referred to by behaviorists as the "omega" wolf, this animal seems to be a scapegoat and may actually become an outright outcast.\nLone wolves have no social territory and rarely scent-mark or howl.\nThe reasons a wolf may leave a pack (besides the above), include the base fact that packs are relatively small (8-15) and members do break away to either form or be adopted into another pack, loss of Alpha social status, growing old and unable to fullfill the needs of the pack (wolves do not eat their own, if one is old they are turned out to live or die as they may).
1138661
There is no way to determine the sex just by looking, you would have to observe its behaviour in the wild.  Also a vet would be able to tell using a DNA test.
195667
Light brown eyes have 1 dominant and 1 recessive gene (Bb). Blue eyes are double recessive (bb), so with two parents having light brown eyes (Bb + Bb), the odds of a child having blue eyes is 1 in 4.\n\nBb + Bb = BB, Bb, Bb, bb