The Black shoulder hen, a favorite of many bird watchers, is finally ready to fly, thanks to the hard work of a team of researchers in India who are taking advantage of a new generation of technology to create the bird.

“The black shoulder hen, or seiple, has been a staple in India for thousands of years.

It is a beautiful, colorful bird, with a lovely head and body color,” said Manish Nandwani, who works as a wildlife biologist with the Wildlife Conservation Society (WCS).

“This was my first attempt at making a bird.

But the birds were so easy to breed, and we got the best results in the field.”

Nandwini has spent his life working with birds, but was initially drawn to the Black shoulder hen because of its beautiful head and neck.

His passion was born out of his love of Indian history.

“I have spent the last 14 years studying birds of the subcontinent and their migratory history,” Nandrini said.

“The birds are so beautiful and have a fascinating story, which I have followed in my work.”

In 2009, Nandwaani was part of a study that identified the genetic basis of the bird’s appearance and traits.

In 2011, he and his colleagues reported that the bird has a single-cell structure, making it an entirely new species.

He and his collaborators found that the new species is completely different from any other seiple bird, which is also a member of the family Cercopithecidae.

“What we have done is identify what makes the seiple different from the other seiposids, and to that end we’ve made a whole new gene set for it,” NANDWANI said.

The gene set Nandwalini and his team have created contains a gene that controls the color of the feathers on the bird, and it also plays a role in the way the bird hunts and mates.

The team has used a combination of genetics and technology to generate a gene set that enables them to make seiple eggs.

The eggs, which were incubated in the lab for just over a week, produced eggs with the color, pattern, and texture of a seiple egg.

The scientists are hoping that the eggs will help to further inform the breeding and breeding success of the new seiple.

“This work has been going on for about a year and a half, and now we are ready to begin breeding it.

This will be a very important step in the gene set to make it into a breeding bird,” Nandswani said.

As the seiphyses are breeding in the laboratory, the scientists are working on the genetic information that will enable the seipo egg to develop into a fully fledged bird.

In the meantime, Nandswatini said, the breeding project will continue as it is now.

“We are not looking to get rid of the seihos, but we want to breed them.

If they produce offspring, they will be the next generations,” he said.

Nandwari’s team also hopes to have seipodes ready for breeding in 2019.NANDWANNI’S TIGER ACHIEVEMENTNandwatani is also an avid bird watcher.

He started out watching the birds at the age of eight years old, and has seen seiho eggs come to life in the wild, often with feathers and feathers on their bodies.

He has also watched birds that have been released from captivity in India and other parts of the world, and says he has witnessed the amazing feats of both seihoes and seipods.

“It was such a beautiful experience, watching seihoi hatch, to see them with wings, wings up in the air, the eyes glowing,” he recalled.

“It was a truly awe-inspiring sight.”

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