Natural Capital Built for Long-Term Value

A major barrier to success in this project in Tanzania was initiating investigations in the potential salt tolerant tree species was the capacity to produce high quality seedlings.

Verterra was engaged to work closely with TPC nursery staff to develop nursery practices adapted to local conditions and facilities, train local staff and transfer technical forestry expertise to provide the foundations and capacity for the subsequent field trials.

This project in Tanzania investigated whether salt-tolerant tree species could be identified to convert unproductive saline land into productive woody biomass plantations capable of supporting long-term renewable energy generation.

Verterra was engaged trial and select species suited to saline soils and develop the silvicultural practices required to establish commercially viable bioenergy plantations under challenging saline conditions.

As demand for timber and forest products increased across Rwanda, the Government of Rwanda sought to support from Verterra to establish a public-private partnership model capable of delivering long-term, sustainable forest management outcomes across the Gishwati Pine and Eucalyptus plantations.

For this ReVert Landscape Rehabilitation project Verterra was engaged to rehabilitate a large, actively eroding gully system adjacent to the Bowen River in North Queensland. Delivered in partnership with Alluvium through the Landscape Restoration Partnership, this project represents Australia’s first gully rehabilitation initiative registered under the ENVOMARK Reef Credit Methodology - establishing a benchmark for large-scale sediment reduction projects designed to improve water quality flowing to the Great Barrier Reef.

To enable sustainable, large-scale irrigation using coal seam gas (CSG) water, this client required both rigorous technical assessment of candidate land and a well-prepared regulatory submission for a beneficial use approval. The project had to address marginal soils in a region with limited experience in intensive irrigation, while aligning with environmental safeguards and regulatory expectations. 

This client sought an innovative, sustainable, and community-aligned solution for the beneficial reuse of A-grade effluent from a Sewage Treatment Plant, located just 10 km upstream of a major drinking water supply dam. Rather than pursuing a conventional advanced treatment facility, Verterra delivered an award-winning, nature-based solution.

In regions of Australia where rainfall is unreliable, treated wastewater (effluent) is increasingly recognised as a valuable resource—particularly for irrigating tree crops and other vegetation. However, to safely and effectively reuse effluent for irrigation, its quality must be carefully monitored and managed. This case study demonstrates how Verterra approached successfully undertook risk assessment and development of a management plan that would enable its beneficial reuse for a forest plantation.

The project focussed specifically on improving water quality from cane and banana farms in the Tully and Johnstone River Catchments.