A solution, Move Tasmania’s Salmon Industry  to Land-Based Farming 
article Andrew Dyhin article Andrew Dyhin

A solution, Move Tasmania’s Salmon Industry  to Land-Based Farming 

Tasmania’s marine ecosystems are under threat. Currently over 40,000 tons of biological waste from ocean-pen salmon farming are released into our oceans every year, devastating marine life, creating dead zones, and threatening the wild fish populations that depend on these waters. At the same time, the salmon industry is a cornerstone of Tasmania’s economy, supporting hundreds of jobs and contributing to regional communities. We believe it’s time for a solution that protects both the environment and the livelihoods of those who depend on salmon farming.

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 Australia's $368 Billion AUKUS Submarine Pact: Opportunity or Risk? 
article Andrew Dyhin article Andrew Dyhin

 Australia's $368 Billion AUKUS Submarine Pact: Opportunity or Risk? 

The AUKUS agreement promises to bolster Australia's defence capabilities, but significant challenges loom:

    •  Delayed U.S. submarine production

    •  Geopolitical uncertainties

    •  Rising costs and industrial inefficiencies

    •  Nuclear waste controversies that could take 80+ years to resolve

In our latest white paper, we dive deep into the key risks threatening this landmark deal and propose actionable strategies to secure Australia's strategic and environmental future.

Explore the full analysis, from alternative acquisition strategies to sustainable nuclear waste solutions.

Let’s shape a resilient future for Australia's defence. Your insights matter—join the conversation!

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White Paper: Urgent Transition of Tasmanian Salmon Aquaculture to Land-Based RAS Systems.
white paper Andrew Dyhin white paper Andrew Dyhin

White Paper: Urgent Transition of Tasmanian Salmon Aquaculture to Land-Based RAS Systems.

 Important Update for the Aquaculture Industry

We are pleased to release our comprehensive white paper on the "Urgent Transition of Tasmanian Salmon Aquaculture to Land-Based RAS Systems." This document critically examines the necessary shift from traditional ocean-based systems to sustainable land-based recirculating aquaculture systems (RAS).

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