Which supply measure a burn changes
A token burn makes units unusable, often by sending them to an inaccessible address or following a protocol rule. Distinguish changes in total supply, circulating supply, and future issuance to understand the effect.
Plans versus executed burns
A large burn does not determine an outcome if demand also falls. If burns are tied to fees, examine whether the amount is connected to real network use and how the rule operates.
Separate demand from usage
Compare burn addresses and transactions, supply definitions, minting authority, and team or foundation holdings with official and explorer data. Separate planned burns from executed burns and check whether the action can be reversed.
Issuance authority and reversibility
Burning is one part of supply policy, not a replacement for demand. Durability, usage linkage, and governance authority matter when separating promotion from actual effect.
A fee-burn example
Ethereum’s EIP-1559 introduced the burning of transaction base fees. The amount burned can vary with network activity and the base fee, while issuance rewards also exist. To understand net supply change over a period, include issuance and use consistent start and end dates rather than looking at burns alone.
Burn totals and each holder's share
A hypothetical project can permanently burn one million tokens while issuing three million over the same period, leaving total supply higher. Compare burns with new issuance, unlocks, circulating supply, and the source of the burned tokens over the same period.
Reconcile on-chain records
Separate announced burns from transactions that have actually executed, and identify the address or contract controlling the process. Review total and circulating supply definitions, additional issuance authority, and unlock schedules together. A burn changes a supply rule; it does not guarantee future demand or price.