'Osmosis' as blockchain,

(sum(gas_used/pow(10,9)) * avg(price)) as Fee_in_usd

from osmosis.core.fact_transactions inner join osmosis.core.dim_prices p

on RECORDED_AT::date = block_timestamp::date and hour(p.RECORDED_AT) = hour(block_timestamp)

where block_timestamp > CURRENT_DATE - 31

and tx_status = 'SUCCEEDED'

and symbol = 'OSMO'

select

'Solana' as blockchain,

(sum(fee/pow(10,9)) * avg(close)) as Fee_in_usd

from solana.core.fact_transactions inner join solana.core.fact_token_prices_hourly p

on RECORDED_HOUR::date = block_timestamp::date and hour(p.RECORDED_HOUR) = hour(block_timestamp)

where block_timestamp > CURRENT_DATE - 31

and symbol = 'SOL'

and succeeded = 'TRUE'

select

'Flow' as blockchain,

(sum(gas_limit/pow(10,9)) * avg(price_usd)) as Fee_in_usd

from flow.core.fact_transactions inner join flow.core.fact_prices p

on timestamp::date = block_timestamp::date and hour(p.timestamp) = hour(block_timestamp)

where block_timestamp > CURRENT_DATE - 31

and token = 'Flow'

and tx_succeeded = 'TRUE'

UNION

select

'Arbitrum' as blockchain,

(sum(gas_used/pow(10,9)) * avg(price)) as Fee_in_usd