Field notes
Writing from the intersection of data, systems, policy, and the occasional human experiment.
A spatial view of Australia's electricity transition, connecting national generation trends with the geography of renewable capacity.
Re-pricing trade, colonies and fortification (rather than adding new systems) is enough to pull Empire's campaign incentives back toward the oceanic strategy game it was always trying to be.
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The mid-2021 breakthrough stands out not as one lucky fast run, but as a concentrated sequence of improving performances within a much longer and more variable record.
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Sustained football success is not explained by league tables alone: fair per-game comparisons, balanced performance and controlled aggression reveal a richer picture.
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The strength of climate evidence lies in independent measurement systems arriving at compatible conclusions across different time scales.
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Australia's transition is visible in the data: coal is declining while wind and solar become material contributors, making storage, transmission and flexible demand central to the next phase.
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Australia's transition is a physical build-out: generation resources, geography and grid connections shape whether renewable projects can contribute to a reliable low-emissions system.
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Electricity is central to decarbonisation, but a credible Australian transition must also confront the broader energy balance ? especially petroleum use and the sectors that depend on it.
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National inequality figures can conceal the cities where economic difference is actually experienced; city-level data is essential for understanding where policy must land.
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Electricity demand is behavioural as well as technical; understanding its weekly rhythm helps a renewable grid use clean supply more effectively.
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The most useful comparison is not who produces the most renewable electricity today, but which countries are following credible, repeatable growth trajectories.
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