Our farming methods
Kamoka Pearl is built on a foundation of respect. It is our respect for our work that pushes us to produce pearls of the highest quality. It is our respect for the fragile ecosystem in which we live and work that compels us to use only the most environmentally sustainable methods of aquaculture. And it is the respect every member of our team has for the project and for each other that allows us to continue to excel at what we do. We also believe strongly that today's customer values products produced in a respectful and sustainable manner.
OYSTERS AND PEARLS
Everything we produce comes from the sea. Our oysters start their lives as freeswimming plankton in the lagoon. After three weeks of swimming they begin to grow shells and search for a surface onto which they can attach. We set out “collectors” during strategic times of year – usually corresponding to changes in the season – that offer ideal places for the young and vulnerable oysters to seek refuge and mature. Laurent carrying a mature collector, ready for grafting.
OYSTERS AND PEARLS
After around two and a half years the oysters are large enough to start
producing pearls. This process is started by a graft, a painstaking procedure similar to surgery. A successful grafter uses sterile and razor-sharp tools, antibiotics, an eye for detail, and a very, very steady hand. The mantle of a living oyster is the organ that produces the splendid iridescence called nacre, for which pearls are valued.
OYSTERS AND PEARLS
Grafting involves transplanting a small piece of mantle from one oyster to another. The bulk of the research I have done at Kamoka has been focused on the complex nature of the graft tissue which largely dictates the quality of a pearl. Our donor oysters are meticulously chosen for the beauty
of their colors, as their mantle creates the eventual color of the pearl.
OYSTERS AND PEARLS
The next step in the grafting process is the insertion of a nucleus, the six to eight millimeter ball around which the pearl grows. The Japanese researchers who pioneered the grafting process decided that the shell of a wild mussel in the Mississippi river basin had the appropriate density for a pearl nucleus, and to this day most nuclei come from this unlikely mollusk. This practice leads not only to inferior pearls, but has also endangered the very existence of this North American mussel due to over-fishing.
OYSTERS AND PEARLS
At Kamoka, virtually all our nuclei are
made of mother of pearl (MOP), a natural product of our very own Pinctada.
Margaritifera oysters or their Pinctada Maxima cousins. We were the first
company in Polynesia to use MOP nuclei, and the Tahitian Pearl Farming Board
(La Service de la Perliculture) found in independent tests that our nuclei
produced three times more A grade pearls than any other nuclei type.
OYSTERS AND PEARLS
Immediately after the grafting operation the oysters are harmlessly drilled and placed inside protective baskets. The baskets are then suspended on long lines in the clear water of the lagoon for about a year and a half as the pearls inside them form and grow. Finally the oysters are removed and their pearls are gently extracted. A second graft is then performed, this time with a much larger nucleus that roughly corresponds to the size of the extracted pearl. At the harvest of this second pearl a third graft of even larger proportions is sometimes performed. Although extremely rare, we have used pearl nuclei up to 18 millimeters in diameter! Unfortunately every successive pearl sees the increasing age of the oyster and the subsequent decline in quality. This is why very large pearls of excellent quality so rare.