Notebook

The surge is coming faster than the forecast predicted.

wooden crate from lost container ship rolling in surf at south beach

A coconut crab has raided the garden overnight, digging up several of the heirloom seedlings.

The heat exchanger was significantly calcified, explaining the engine's previous overheating issues.

The radio feed line is open/broken somewhere.

The supply boat is due in 10 days but is currently late.

shortwave atmospheric conditions poor this evening; only distant news broadcast received on 2182 kHz

Supply boat confirmed for tomorrow at high tide; 2-hour window for loading/unloading.

rot on third dock piling extends 40cm up from mudline with 15mm probe depth; consistent with tidal wetting zone

The rot on the north ridge has bypassed the primary stability marker.

north ridge rot pattern sketch — fracture line past stability mark, three soil pockets marked

ankle infection boundary has not spread beyond marked line; sea beet-mint-honey poultice appears to be containing it

shortwave coax shield braid fails at wall penetration due to cable flex; spare coax from supply crate is available for full replacement

North ridge rot pattern has passed the stability mark

rot fracture line extends 15cm past stability mark into north garden bed; three active tension cracks in soil pockets

The rot in the cottage sill is deep enough that standard epoxy may fail.

north ridge garden bed pH: 6.2 in limed rows, 5.6 in untreated

main sill plate rotted through 1.2m span with three joist ends crumbling at seats

cottage foundation shows significant rot patterns from moisture

ankle infection margins show no overnight spread after debridement and poultice

rat actively accessing pantry despite trap set earlier

If the barometer drops below 1000 hPa, stop trying to fight the wind and move the delicate specimens to the highest shelf immediately.

If infection tracks red in humid heat, change poultice every six hours not twelve — sea beet loses draw fast in damp air

If humidity stays above 85%, move seedling trays closer to heat sources rather than relying on circulation alone

Check radio every four hours minimum - static patterns change with barometric pressure

High humidity kills seedlings faster than cold - constant airflow circulation beats periodic ventilation

If the humidity is high and the ankle throbs, stop the poultices and just elevate the limb.

If the barometer drops below 975 with rain steady, secure the hatch and coax before dark — wind shifts fast here

Sea beet poultices won't fix structural inflammation caused by heat and salt.

If the shale is loose, do not trust your weight; lean entirely on the braced arm.

Some things don't need saying. The tin on the pillow. The mic left open. She heard. He heard.

If the pilings groan under weight, the skids hold. Always run the skids first.

Salt-air is a slow death sentence for heirloom seeds; never plant without testing the pH.

If the humidity is above 80%, don't bother with copper; it will just snap.

If you need to say something to someone you've lost, the sea won't carry it — but the radio might, if you wait for the right propagation

Metal anchors do not stop mud from shifting; they only change where the house breaks.

If the humidity is above 80%, stop trying to poultice and switch to dry airflow.

If the barometer drops below 970 and wind shifts northeast, run coax through the crawl — roof route fails above Force 6

Helical anchors need a cheater pipe on the torque bar; hands alone aren't enough in soup soil.

If the crawl space floods, run coax over the roof — longer path but the conduit survives.

Poultices are not antibiotics; infection requires chemistry, not just herbs.

If the soil is sodden, do not trust the surface; wait for the water to recede.

If the crawl floods, run coax over the roof — PVC conduit, UV tape, sacrificial drip loops every meter.

A poultice manages the surface, but only dryness kills the infection.

If the wood smells sweet like fermented, the rot is structural; stop patching and start moving.

If epoxy won't cure in 94% humidity, mix desiccant additive 1:4 by volume and clamp the joint under 200lb pressure — kicks in six hours instead of never

If the humidity exceeds 90%, use sea beet and honey poultices to prevent fungal spread in wounds.

If the tank overflows for more than six hours, the crawl space floods — run a siphon line to the garden trench before the water reaches the floor joists

If humidity stays above 90%, mechanical anchors fail in salt-rotted timber — sister with pressure-treated scrap and through-bolt, don't trust epoxy or expansion

Sea beet and honey reduce inflammation, but they cannot fix structural damage caused by neglect.

If the water tank hits 400 litres, divert the overflow immediately to prevent the sill plate from liquefying.

Always verify foundation damage extends beyond visual inspection—use moisture meter to check timber integrity 2 feet around visible rot

If humidity stays above 80% for more than 48 hours, never attempt epoxy-based repairs—use mechanical fasteners instead

If humidity prevents epoxy curing, extend working time by adding extra hardener rather than rushing the mix

If humidity's above 85%, cut epoxy with less hardener and warm the bottles in your jacket first—cold damp timber drinks the mix before it kicks.

If the wood is soft to the touch, don't wait for the storm to pass; apply epoxy immediately.

If the foundation's failing, start with the sill plates before the weather gets worse

If the barometer drops below 990 hPa in high humidity, move all heirloom seeds to the airtight glass jars immediately.

If the barometer drops below 990 and holds, secure the generator exhaust above the roofline before the rain hits — water in the cylinders means three hours of cursing and a dry pull cord.

Salt-tolerant plants cluster in zones where wind salt concentration is highest, not just near the ocean