American Whiskey Piedirosso Sauvignon Blanc New Zealand Wairarapa Martinborough

The United States of America is a country of great cultural diversity, influenced by migrating nations from across the world. As such, its whiskey industry is a fascinating and complex one, which represents the range of regional differences found there.

The Irish were the original pioneers of American whiskey, and when they emigrated in their thousands from the old country, they brought their skills, knowledge and distillation techniques with them, to give them something to remind each other of home in the New World. This is why American whiskey goes by the Irish spelling, with the additional ‘e’, and why many traditional American whiskies closely resemble the original Irish style.

Today, there are several different types of American whiskey, and the styles and production techniques are now set out in US federal law, cementing a set of characteristics and production methods to preserve and protect the industry.

Corn whiskey, which is made from a minimum 80% corn in the mash and aged for a short period, is probably the most historic of the American whiskey styles, but others like rye whiskey, which is made from a minimum of 51% rye and aged in charred barrels, are growing in popularity among a new generation of drinkers looking for something unique, interesting and independently produced. Alongside these styles, we find Tennessee whiskey, which uses maple charcoal for sweeter notes, the softer wheat whiskies, the world-dominating Bourbon whiskies, and others which are peculiar to specific states and regions.

The green skinned grapes of the Sauvignon Blanc varietal had their origins in Southern France, where they are still widely grown and used for many of the excellent young and aged white wines the region is famous for. Today, however, they are grown in almost every wine producing country in the world, and are widely revered for their fresh and grassy flavors, full of tropical notes and refreshing, zesty character. Sauvignon Blanc grapes thrive best in moderate climates, and ripen relatively early in the year. This has made them a favorite for many wineries in the New World, where they can still produce healthy and high yields in the earlier part of the summer before the temperatures become too hot. Too much heat has a massively adverse effect on Sauvignon Blanc, as the grapes become dull in their flavor, and the wine produced from them loses all its unique character and high points. As such, Sauvignon Blanc farmers have had a lot of trouble from global warming and climate change, as they are being forced to harvest their crops increasingly earlier in the year when it is cool enough to do so.

As with nearby Australia, New Zealand has over the past century proven itself to be a superb location for producing high quality wines in vast amounts, with much of the cooler regions of both islands being used primarily for vine cultivation. New Zealand wineries are notable for their enthusiasm in regards to experimentation, and for utilizing modern technologies and methods to make the most of the imported grape varietals which flourish in the rich, fertile soils and oceanic climate. In recent years, it has been the New Zealand Sauvignon Blanc wines which have gained the most attention, as a result of their smoky character and ability to carry the mineral rich nature of the terroir they grow in. Changing consumer interests have brought about a considerable rise in the production of organic and sustainable wines in New Zealand, of which again, the Sauvignon Blanc varietals are leading the way in regards to excellence, flavor and overall character.


Across the Cook Strait on North Island, Wellington, around the town of Martinborough, has a cool climate, long dry autumns and gravel soils - all precisely suiting the requirements of the finicky Pinot Noir vine. Wines from this area rival the finest Pinot Noirs, and their refreshing acidity gives them the potential for further aging. Wellington also produces some botrysized Riesling which can be very fine.