AA2025R_NiettaP_S1

AA2025R_NiettaP_S1 is a plantation forestry project located in Nietta, approximately 30 kilometers inland from the major coastal town of Ulverstone in the north-west central coast hinterland of Tasmania. It was registered in December 2024 and covers an area of 129.21 hectares.

Plantation forestry projects sequester carbon by establishing and maintaining new plantation forests, or converting short-rotation to long-rotation forests, for the commercial harvesting of wood products. Standard methodology requirements dictate that commercial tree species must be planted at a sufficient stocking density to achieve forest cover, allowing carbon to be stored in the growing trees, forest debris, and the eventual harvested wood products.

The Nietta region is highly regarded for its agricultural productivity. General land use in the surrounding area includes intensive vegetable cropping (such as certified seed potatoes, turnips, and swedes), beef cattle grazing, fat lamb production, and commercial forestry. The environment is characterized by a high annual rainfall of approximately 1,300mm and boasts highly fertile, red volcanic basalt soils known as Ferrosols. However, the landscape also contains steep, rocky margins that are less suitable for traditional farming.

This carbon project is a collaborative effort involving SFM Environmental Solutions through their "ActivAcre" program, which partners with local farmers to turn unproductive agricultural land into revenue-generating forestry assets. The project takes place on a local 600-acre family farm, where Eucalyptus nitens is being planted on scrubby land deemed too steep, rocky, and distant from the base farm for regular agriculture. An interesting facet of this specific project's establishment is that advanced mulching technology was used to clear dense, fire-resistant weeds (such as Dogwood) instead of traditional bulldozing and burning. This one-off intervention helped maintain the soil profile and perfectly primed the ground for the new carbon plantation.