Lovebird Identification (Male Vs Female, Species)

Lovebirds are a species of bird that is native to Africa. They are small in size and have short tails. They are usually green in color, but can also be yellow, blue, or purple. Lovebirds are known for being very affectionate, and they mate for life. Because of their small size and colorful plumage, lovebirds make popular pet birds.

One of the reasons lovebirds are hard to identify is that they can come in so many different colors. Lovebirds can be green, yellow, blue, or purple, and they can even have patterns on their plumage.

How do I tell if my peachfaced lovebird is male or female?

Peachfaced lovebirds do not have sexual dimorphism. This implies that just glancing at them will not tell you anything. There are three distinct techniques to determine the sex of a peachfaced lovebird.

  1. DNA segregation. There are several internet firms that will do this for a charge, whether you’re sending a toenail clipping or a plucked feather. DNA Sexing from blood or feather is the safest approach to identifying your bird’s sex at any age. Modern state-of-the-art procedures are employed to achieve an accuracy rate better than 99.99%. The pure DNA from your sample is put into a ‘gel,’ and a tiny electrical current is used to move the DNA through the gel, showing particular chromosomes for men (ZZ) and females (ZZ) (ZW). Males appear as one band, whereas females appear as two.
  2. Surgeon Sexing. Certain avian veterinarians can accomplish this using a process known as avian larynoscopy, and they can inform you within minutes. They examine the bird to discover whether it has male or female organs.
  3. Sex-related mating. If the parents were sex-linked, all females, for example, would look like the father, and everything would be female. A Green Opaline male x Normal Green female, for example. Males will be regular green split to opaline, while females will be green opalines.

Pelvic sexing is also used by some individuals, however, it is not always correct.

How do I tell if my babies are American Cinnamon, Australian Cinnamon, or Ino?

When they hatch, American Cinnamon has ruby eyes that darken after about 10 days. They will have cinnamon feathers, tanned wings, brown beaks, and pink feet.

Australian Cinnamon will have plum eyes and will darken after around ten days. They will fly in bright or white.

Inos has red eyes, white flights, a white rump, and white feet. An Ino’s eyes will remain crimson. The rump of certain Inos has a very mild blue shine.

How do I tell the difference between an Abyssinian male and a female?

Abyssinian males and females are readily distinguished once mature. Male Abyssinians will have a brilliant crimson brow line that extends over their “forehead” when they reach adulthood. Females will be a solid green hue with no red in their coloring. However, determining the sex of juvenile Abyssinians is far more difficult. Some males have a few red feathers around their eyes, which may be missed. The wing coverts (on the underside of the wing) are also described to be black for males and brownish for females. This strategy, however, is not completely correct. If you are seeking a juvenile bird of a certain sex, DNA or surgical sexing would be the most precise method.

A guy wanted to sell me a pair of pure black lovebirds, not black masked, but with the white eye ring. Do they really exist, and if so, how did he get this mutation, assuming it’s a genuine mutation?

I’m not sure who is attempting to sell Black Lovebirds on the internet, but you’re probably the fifth person to ask the same question in the past two weeks. In the Masked, there is no Black Lovebird. We do have what is known as a Dark Blue Masked. That merely implies that the standard Blue Masked contains two Dark components, which others name Slate or Mauve. The bird will have a very black head, particularly if it is a male, and the wings and body color will be Dark Grey (this grey may vary among the birds and some will be darker than others, but none are black) – there will be white on the bib. The birds are not endangered.

I have heard there are almost white lovebirds (or yellow).  What are these called?  Are they also peach faced?

Creaminos are lovebirds that are light, pastel yellow (nearly white). They do belong to the “peach-face” species. The term “peach-faced” refers to a species, not a hue. The initial peach-face lovebirds encountered in the wild DO have peach faces, but with the introduction of numerous other color mutations, not all peach-face lovebirds have peach faces today.

You may find it fascinating to look at the images of the many distinct lovebird species and color variants.

What is a black-masked lovebird?

Green Masked is incorrectly referred to by this moniker. The inaccurate name comes from the fact that Green Masked birds have black-masked faces. Agapornis personata is another name for masked lovebirds.

I have three baby lovebirds that all look like their wing feather will be a deep teal – The father is a Seagreen and the mom is a Cinnamon Violet – I am confused will their feather change colors? I cannot find anything on teal-colored lovebirds. Can you help?

You’ve posed an intriguing question here. Your infants’ “teal” coloring is most likely due to the fact that they are not seagreens like their fathers. These kids are most likely blues or white-faced blues, depending on the mother bird’s coloring. I know you claimed she was cinnamon, but that cinnamon hue is on top of another: green, blue, seagreen, or white-face blue. Knowing her base color will aid in determining what color the babies are.

Note there is a difference between blue, white-face blue, and seagreen. This may help you understand the genetics underlying these colors and how you managed to generate the colors you did with the pair you have. While your female is visually cinnamon and you can’t tell which color blue she is by looking at her body color, the other descriptive traits (face and beak coloration) still apply, so this can help you determine what the base color of the female is, which will help you figure out what color the babies are.

Whatever color they are, I’m sure they’re adorable, as are all newborn lovies. Oh, and the body color won’t change. The color you see on the wings and tummy is the color the lovebird will maintain throughout its life. The only colors that vary on lovebirds as they age are their faces and the amount of yellow in pied lovebirds. Otherwise, you get exactly what you see!

What is the Dark-Eyed Clear(aka Dark-Eyed Yellow) Fischer’s mutation? Is it different than the Dilute Mutation?

The Dark-Eyed Clear (DEC) mutation, sometimes known as Dark-Eyed Yellow, is an autosomal-recessive mutation. It is a distinct mutation from Dilute. A DEC with a blue rump has a DECIno with a white rump. DEC is found on the a-locus, which is also home to the Non-SexLinked Ino Mutation.

How do I tell the difference between blue, seagreen, and whiteface?

For the uninitiated, distinguishing between blue, seagreen, and white-faced may be difficult. It is, nevertheless, not impossible! First, it is important to understand what these hues are and how they vary genetically from one another.

Blue (previously known as “Dutch blue”) is a well-known recessive component. To appear visibly blue due to recessive mutations, a bird must have TWO genes for this mutation. The blue mutation causes a lovebird’s body to become a greenish-blue tint. Blue lovebirds have a melon-colored forehead instead of a complete peach face, and their cheeks are a very light grey-white tone, occasionally with a trace of melon. Blue lovebirds have horn-colored beaks.

The white-faced mutation is the most perplexing. Problems emerge when this mutation is not adequately understood. “White-face blue” is a more accurate name for “white face.” It’s a distinct sort of blue, distinguishable from the one explained above. White-face blue is also a recessive mutation, which means that TWO white-face blue genes are required to generate a visually impaired white-face blue lovebird. The biggest noticeable feature of these birds is that their foreheads are white rather than melon-colored. The body color is a deeper blue than blue lovebirds (which have a greenish hue to them). This distinction may be difficult to see until a blue and a white-faced blue bird are compared side by side. White-faced blue lovebirds have pink beaks rather than horn-colored beaks. * Please keep in mind that since “white-face” is not an independent mutation (it is actually “white-face blue”), a “white-face green” or “white-face Dutch blue” lovebird is not feasible.

With a knowledge of the two mutations mentioned above, seagreen should be rather simple. The following two components combine to form Seagreen. Normally, a bird with a single blue gene appears to be green. A bird with a single white-face blue gene is the same. A bird with one blue gene and one white-face blue gene, on the other hand, is visibly seagreen. This is due to the fact that blue and white-face blue are two distinct mutations of the SAME gene. Genes are found in pairs. The visual hues of our lovebirds are determined by how these pairings interact with one another. When one blue gene is combined with a normal (non-mutated) gene, the normal gene takes precedence and the bird looks green. There are no natural (non-mutated) genes that may be dominant when a single blue gene is combined with a white-face blue gene. As a result, these two distinct blue mutations combine to generate seagreen.

Seagreen lovebirds (also known as “Apple green”) are not green birds at all (thus the incorrect moniker “Apple green”). They are the offspring of a bird with two BLUE genes. Their body colors, however, are a green hue comparable to “seagreen” in the Crayola crayon box. They have melon-colored foreheads (similar to blue lovebirds) and their faces have a faint melon tint on their cheeks and chin. If you examine the beak of a seagreen lovebird attentively, you will see that the top section of the upper mandible (the region closest to the cere) is white (like in a white-faced blue lovebird), and this white fades to a horn color closer to the bottom half of the upper jaw (the area near the point).

It is worth noting that these mutations are difficult to discern in young birds. Seagreen newborns have a unique body hue, making them easier to distinguish from the rest. Blue and white-faced blue newborns, on the other hand, seem quite similar. Young birds who haven’t gone through their first molt haven’t developed their complete face color yet, so this isn’t a reliable technique to tell them apart. As infants, blue or white-faced blue young birds have a black color on the top of their beaks. The beak cannot be utilized to identify blue newborns from white-face blue babies until this fades and a few months pass so that the beak may achieve its real hue.

To add to the confusion, many white-face blue lovebirds do not have completely white faces. Exhibitors and professional breeders strive for birds with completely white faces. A substantial proportion of white-face blue lovebirds have peach shadings on their foreheads. It is critical to emphasize that these birds are still white-faced blues (although inferior ones) and NOT normal blues. Not simply the outward appearance, but also genetics, decide which hue a certain lovebird is. The melon color on the foreheads of impoverished white-face blue lovebirds in these instances is typically not as deep and firm as that on the foreheads of blues and seagreens. Also, although impoverished white-face blues’ foreheads are not bright white, their beaks are still pink (rather than horn colored). They will pass on their genes depending on what they are genetically, regardless of whether they are excellent examples of their specific color mutation.

Sometimes the easiest method to figure out what color lovebird you have (if it’s a baby) is to find out what color the parents were. Because there are two blue parents, all of the children will be blue. All white-face blue children are born from two white-face blue parents. When you cross a blue bird with a white-faced bluebird, you get all seagreen babies. When a blue is combined with a seagreen, the result is 50% blue and 50% seagreen. When white-face blue is combined with a seagreen, the result is 50% white-face blue and 50% seagreen. When a seagreen bird is partnered with another seagreen bird, the color of the chicks is genuinely in doubt. This combination will result in 25% blue infants, 25% white-face blue babies, and 50% seagreen kids.

What does it mean when people refer to the green and blue series?

In lovebirds, there are just two basic colors: Green Series and Blue Series. The blue series is divided into three colors: blue (previously known as Dutch blue), seagreen, and whitefaced. Blue series birds include seagreen and whitefaced.

  1. The Green Series
  2. Blue Series (a) blue, (b) seagreen, and (c) whitefaced
  • 100% Blue Bird x Whitefaced Bird Baby Seagreens
  • 100% = Whitefaced Bird × Whitefaced Bird Whitefaced Infants
  • 100% = Blue Bird × Blue Bird Blue infants
  • 100% = Green Bird × Blue Bird Green Babies/blue divide
  • 50% = Green Bird × Seagreen Bird Green Babies with a 50% split to blue and a 50% split to WF
  • WF Bird × Green Bird = 100% Green Babies/WF split

Green always takes precedence over blue. Many green birds have evolved into some kind of blue. The only method to detect whether a green series bird has divided to blue is to obtain the bird’s pedigree, the genetics of the parents, or breed the bird and look at the progeny. Australian Cinnamon, Opaline, American Cinnamon, and Ino are also sex-linked mutations that fall into either the Green or Blue Series. These mutations may not seem green or blue at all, yet they are invariably green or blue series birds.

How do I tell if my babies are Opaline?

Opalines are the most recent peachface lovebird mutation, first emerging in 1997. The rump and head parts are the simplest to inspect to see whether the newborns are opaline. The earliest you’d be able to tell is 10-14 days. It is easier said than done, but patience is required. Around 10 days, the Opaline newborns will experience an unexpected down. The down of opaline infants is particularly thick, which distinguishes them from other regular chicks. The green series opalines will become a bright yellow. The blue series is a bit more difficult to distinguish but will have a thicker down. If you have an opaline, you will notice that the rump color is aberrant and closely resembles the body color rather than the regular turquoise rump (for non-dark/violet factoring birds). Another indictment is the back of the head. On a green series bird, the red face color will reach all the way back to the “neck” section. This region would be white rather than red in the blue series bird.

Can a male lovebird be split into Australian Cinnamon and Ino?

Australian Cinnamon is a Sex-Linked Ino allele.

To me, this means that the Australian Cinnamon and Ino genes are found in roughly the same area on the chromosomes, so you can have either two Australian Cinnamon genes on the same chromosome (which will give us an Australian Cinnamon bird), or two Ino genes on the same chromosome (which will give us an Ino bird), or one Australian Cinnamon and one Ino, which we call the Splitcinnamonino. We can’t get the crossing over since they’re so near on the chromosomal strain, as we can with the American Cinnamon, Ino, and Opaline genes because they’re too close to jumping over to the other chromosome.

You may have a bird that is split to Ino or split to Australian Cinnamon, but never a bird that is split to both of these colors at the same time since they will be visually impaired if they have both genes.

Of course, since they are sex-related, you will never get a hen that is divided between the two.

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