Long Island Sound Western Part Nautical Chart Cushion

This is NOAA chart 12363 titled, “Long Island Sound Western Part” and it is based on the original, traditional paper nautical chart. It covers a segment of the New York and Connecticut coasts, focusing on the western region of Long Island Sound from the Housatonic River to the East River. The chart’s scale is 1:80,000 at Lat. 40°57’N. Colour shading on the chart indicates various water depths and land elevations. Depth Soundings are in feet. Also included on the chart are aids and hazards to navigation. NOAA is phasing out its paper charts. Electronic charts for onboard navigation are replacing paper charts. Certain products in my store utilise cropped elements on the chart. I have removed sections to improve the overall aesthetic quality of the image. Cropping and reprinting charts make them unsuitable for navigation. However, nautical charts are ideal for home and business decor. Framed nautical charts make great conservation pieces. Nautical charts printed on other products in my store make excellent additions to the decor in living areas, bedroom areas, and bathrooms. They are ideal for creating nautical decor themes and accessories. You can easily modify this design by using the “Edit Design” button. The “Edit Design” button allows you to reposition the chart on a product. This feature also allows you to scale the size of the chart on a product. The nautical chart in this design is printed on other products in my store. The chart can also be used to create additional products not found in my store—by using the Zazzle catalogue. To do this, scroll down to see the options for transferring this design to additional products. Significant landmarks and navigational references include Stratford Point, Long Beach, Hempstead Harbour, Oyster Bay, Housatonic River, Bridgeport, Fairfield, Fairfield Beach, Southport, Norwalk Islands, Stamford, Stamford Harbour, Port Chester, Larchmont Harbour, Mamaroneck Harbour, Port Washington, Huntington Bay, Smithtown Bay, and Old Field Point.