How to use lovebirds genetic calculator.

How to use a lovebirds genetic calculator. Genetic calculators are tools that help predict the outcomes of breeding different color mutations in lovebirds. They are particularly useful for breeders who want to understand the potential offspring colors and traits from specific pairings.

Steps to Use a Lovebirds Genetic Calculator

Select the Species:

Choose the specific species of lovebird you are working with, such as Fischer's Lovebird (Agapornis fischeri), Masked Lovebird (Agapornis personatus), or Peach-faced Lovebird (Agapornis roseicollis).

Enter Parental Mutations:

Input the mutations of the male and female lovebirds. For example, you might select "Green Opaline" for the male and "Creamino" for the female.
Some calculators allow you to enter multiple mutations if the birds carry more than one (e.g., split for a specific mutation).

Calculate the Results:

After entering the parental mutations, click on the calculate or similar button.
The calculator will process the genetic information and display the possible outcomes.

Review the Results:

The results will show the potential genetic make-up and phenotypes of the offspring.
You may see a list of possible color mutations, along with the percentages indicating the likelihood of each type of offspring.

Example Using a Hypothetical Calculator

Let's walk through an example of pairing a Green Opaline Fischer's Lovebird with a Creamino Fischer's Lovebird:

Select Species: Fischer's Lovebird (Agapornis fischeri).
Enter Male Mutation:

Select "Green" as the base color.
Choose "Opaline" as the mutation.

Enter Female Mutation:

Select "Creamino" (which is a combination of Lutino and Blue).

Calculate the Results:

Click "Calculate".

Review the Results:

The calculator might show results like:

25% Green (Split Opaline, Split Creamino)
25% Green Opaline (Split Creamino)
25% Lutino (Split Blue, Split Opaline)
25% Opaline Lutino (Split Blue)

Practical Considerations

Accuracy: While genetic calculators provide a good estimate, actual results can vary due to factors like incomplete dominance and other genetic complexities.
Understanding Splits: Knowing the concept of "split" is crucial. A bird that is split for a mutation carries the gene without expressing it visually.
Ethical Breeding: Use the calculator as part of an ethical breeding program, ensuring the health and well-being of the birds.

Tools and Resources

Genetic Calculators: Websites like Lovebird Genetics Calculator or Parrot Genetics Calculator offer these tools.
Breeding Guides: Reference materials such as Dirk Van den Abeele's Lovebirds Compendium provide detailed genetic information and breeding tips.

By using these tools and resources, you can better understand and predict the outcomes of your lovebird breeding projects.

Popular pairings.

1. Green opaline male and green Euwing female.

Results.

2. Green split opaline male and green Euwing sf opaline female.

Results.

3. Green opaline split blue male and parblue female.

**always select split blue with normal parblue**.

Results.

4. B2 working step 1 pairing.

4.1. Green and parblue.

**always leave blank when choose normal green fisheri**

Results.

**Results all green phenotypes**

50% split blue(B1) and other 50% split terquise (parblue) (B2).

B2 working step 2.

4.2.

All these birds test breed with normal blue birds.

Then select those green birds who produce parblue chicks in test breed with blue.

All these selective green birds are now

Green split B2.

B2 working step 3.

4.3 Green split B2 and parblue.

**always select terquise(parblue) in split column for split B2**

Results.

**in result you will get 3 phenotypes

Green, blue and parblue**

**All green birds will be confirmed split B2**

**All parblue birds will be normal parblue**

AND

**All blue birds are now confirmed B2**

It means when you pair up any blue bird with B2 result will be 100% parblue.

Example.

5. B2 and blue.

**Always select visual terquise(parblue) for B2**

Results.

**100% terquise(parblue) blue**

Means 100% parblue In clutch.

Lattest updates.

The latest updates to lovebird genetic calculators have brought improved functionality and user experience for breeders and enthusiasts. Tools like the one provided by the African Love Bird Society and Gencalc.com are designed to help predict the color and trait outcomes of lovebird pairings based on their genetic profiles.

African Love Bird Society Calculator:

This tool is particularly focused on Eye-Ring Lovebirds, allowing users to input various genetic traits to see potential outcomes. It’s a valuable resource for breeders aiming to understand and plan their breeding strategies to achieve specific color mutations (GeneTherapy).

Gencalc.com:

Gencalc provides a comprehensive platform for calculating genetic outcomes in a variety of bird species, including lovebirds. This tool supports multiple traits and mutations, making it versatile for detailed breeding plans. It offers an intuitive interface where users can select the species, input the genetic information of the parent birds, and receive predictions on the offspring’s characteristics (GenCalc).

These calculators are essential for anyone involved in lovebird breeding, as they simplify the complex genetics involved and help predict the appearance of future generations. They aid in making informed decisions to achieve desired traits, ensuring healthy and vibrant lovebird populations.

For more detailed information and to use these tools, you can visit: