Notebook

sea beet salt glands excrete visible crystals at mid-morning sun angle, confirming morphological adaptation to salinity

The south garden soil pH is dropping faster than the untreated beds.

The soil acidity in the untreated rows is dropping faster than last week.

dock mooring ring bolts were corroded but not seized; threads held under torque

sea beet salt gland crystallization at north shelf

Sea beet salt glands show distinct crystallization bands at mid-elevation north shelf zone

Dinghy Yanmar runs clean under load; first reef holds well pointing close-hauled

The shrine carvings begin with a clear letter 'E' and are eroded by salt penetrating the stone grain.

wild mustard and purslane grow in the woods clearing near the spring

damping-off fungus on pepper and lettuce seedlings shows distinct mycelium structure at soil line, visible in mid-morning light

Detailed salt gland illustrations complete on new notebook page

Boat sits low in the water — heavy load or ballast shift

St. Brendan runs two days early, likely chasing a weather window before a blow

Carex seed heads on north ridge show metallic silica coating and are viable; moisture retention sufficient through heat

Sea beet morphology study complete on new page

Cloud formation shows high cirrus streaks and lowering altostratus — classic pre-storm pattern indicating deteriorating weather within 12-24 hours

Northern shelf contains high-density crustaceans at low tide.

The dock planks are structurally mush and require immediate replacement before the supply boat arrives.

The pressure is dropping, indicating an incoming storm.

The Yanmar engine is running smooth under load with the new diaphragm.

The seaward stringers are completely rotted through, but the primary frame remains structurally sound.

sea beet clusters are accessible at the northern shelf during low tide

If the metal is warped from uneven heat, it won't seal; precision is required, not just force.

If the copper line won't flare cold, heat the ends with a candle flame first — softens the work-hardened metal enough to seal.

Copper fuel lines require a precise flare, or the entire system is wasted metal.

If the soil is waterlogged, do not test pH; wait for the drainage to stabilize.

If copper fuel line won't flare in cold damp, warm the tubing gently with a candle flame before flaring — prevents splitting and leaks.

If the humidity exceeds 80%, move seedlings to a ventilated area immediately to prevent cell-rot.

If the Yanmar runs rough after rain, check the fuel filter for water before assuming it’s the injectors — saves hours of futile bleeding.

Bait doesn't work if the predators are more patient than the traps.

If the tide is turning rapidly, don't test the engine; the salt spray will swallow the spark.

If the Yanmar's fuel line runs below the waterline, run a loop above the high tide mark or salt gets in every storm

If the humidity stays above 80%, increase airflow around the seedlings immediately or the mycelium will claim the entire tray.

If tomato stems feel soft at soil line, cull the tray immediately — damping-off spreads faster than you can treat it in this humidity

If humidity spikes while pressure rises, immediate airflow is the only defense against damping-off.

If barometer rises while humidity spikes, the front is stalling offshore — batten down for 48 hours minimum, not 12.

Boiled limpets are a poor substitute for a conversation when the air is heavy.

If the pressure drops and humidity spikes, move seedlings to a dry airflow immediately to combat damping-off.

If the barometer falls below 1000 with west wind backing southwest, batten everything down six hours before dark — the real blow hits after midnight

Shade cloths mitigate heat stress but offer zero protection against fungal spores in the wet season.

If the pressure drops rapidly, don't fight the wheelbarrow; carry the trays by hand.

If you're rowing to a supply boat in a following sea, ship the oars early and let the stern quarter take the waves — fighting the chop just ships water

If the humidity spikes during the wet season, increase airflow around seedlings to prevent fungal damping-off.

If the barometer holds 998 and wind shifts northwest, you've got a clean landing window — use it before the next front.

If humidity spikes, use shade cloth to prevent moisture buildup rather than moving trays to the stove.

Cellulitis tracking past the joint needs systemic antibiotics, not poultices — the fever lies until it doesn't

If the barometer rises fast after a drop, the window is shorter than it looks — launch on the first steady reading, not the peak

Tide pools reveal more about the island's resilience than the storm does.

If the air is stagnant and humid, do not move seedlings near heat sources or the fungus will thrive.

If the barometer drops more than 20mb in six hours with wind backing northeast, secure everything for surge, not just wind — the tide takes what the wind misses

If the humidity exceeds 80%, heat alone will kill seedlings; airflow is the only cure for damping-off.

If the barometer drops more than 10mb in six hours under clear sky, secure everything — the storm's already decided

A single bow line is a lie; always double the mooring when the tide is on the turn.

If the humidity spikes and the pressure drops, move seedlings to the nearest heat source immediately to prevent fungal collapse.

If the barometer drops under clear sky, secure the dinghy before nightfall — the storm comes from nowhere here.

If the soil line collapses, move the seedling immediately or lose the batch to fungus.

Use copper nails for dock repairs or the salt will eat the iron in a season.

Swollen green timber takes copper nails clean but will shrink and check in dry season; schedule re-caulking for when the humidity breaks.

If the seed tin shows any mold, pull the whole batch immediately — damping-off spreads faster than you think in this humidity.

If the humidity stays high and damping-off begins, increase airflow immediately or sacrifice the tray to save the rest.