Traits

Chimeric Gene allows for a Dromedairy to have two dominant colouration palettes actives at the same time. 
You cannot mix and match the colours with one another.
Instead, the colourations should be treated like piebald, with one being on top of the other with gaps to show the pallette underneath.

This trait grants the Dromedairy the Highland colour pallette. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 50% chance of becoming dominant if rolled in a breeding.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Infected colour pallette. 
All Piebald colours glow, have tendril-like whisps, and sparkle.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

The piebald colours of this gene glow & sparkle as part of the gene, meaning that the glow and sparkle traits do not get listed on the Droma.

This Gene is incompatible with any of the glow and sparkle traits. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Parasitic colour pallette. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 50% chance of becoming dominant if rolled in a breeding.

The piebald colours of this gene glow & sparkle as part of the gene, meaning that the glow and sparkle traits do not get listed on the Droma.

This Gene is incompatible with any of the glow and sparkle traits. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Fungal colour pallette. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 50% chance of becoming dominant if rolled in a breeding.

The accent colours of this gene glow as part of the gene, meaning that the glow trait does not get listed on the Droma.

This Gene is incompatible with any of the glow traits. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Haunting colour palette.
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding.

The bottom accent colour of this gene glows as part of the gene, meaning that the glowing trait does not get listed on the Droma.

This Gene is incompatible with any of the glowing traits IF using the bottom accent colour.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Beach colour pallette. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 50% chance of becoming dominant if rolled in a breeding.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Bubblegum colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Gourd colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
All Piebald must have all colours present within their respective piebald pallette, to resemble the pattern of a gourd.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Autumnal colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
All Piebald must be drawn in leaf-shapes only. The leaf shape must resemble the one used on the colour. You cannot swap leaf shapes with different piebald colours 
Click here for an example. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Stiltonberry colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 


The bottom accent colour of this gene can change between from orange to blue (or from blue to brown if using inverted palette) and it includes the colour-change as part of the gene, meaning that the colour-changing trait does not get listed on the Droma.

This Gene is incompatible with any of the colour-changing traits IF using the orange/blue accent colours or blue/brown inverted accent colours.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Dawnrose colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

The accent markings of this gene sparkle and it includes the sparkles as part of the gene, meaning that the sparkle trait does not get listed on the Droma.

This Gene is incompatible with the Single-Placed Sparkle trait and Multi-Placed Sparkle trait.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Basalt colour pallette. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Prideful gene that works differently than most colouration traits. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in breeding. 

Those who have this colouration have their Accent colour palette on their current colouration replaced to match any pride flag.
Unlike most Dromedairy accent colours, those with this colour palette MUST have all colours present on their accent markings. 
If a Droma obtains this gene from a breeding, the owner is able to choose the flag before the breeding is completed.

This trait grants the Dromedairy the Lily Pad colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Spring colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Wine colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Coco colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Strawberry colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Friendelion colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene