soil

English agriculture / environment / earth-science journal routing and per-journal fit skills with official-submission-check discipline.

31 skills

Landscape evolution and surface process modelling in Python. Build 2D numerical models for erosion, hydrology, soil transport, and geomorphology. Use when the agent needs to: (1) Model landscape evolution over time, (2) Simulate river/stream erosion, (3) Route water flow across terrain, (4) Model hillslope diffusion processes, (5) Simulate weathering and soil production, (6) Analyze drainage networks, (7) Combine multiple geomorphic processes, (8) Load/save DEM data for modeling.

48 skills · 3 agents

Food, nutrition & agriculture research/write/review/orchestrate skills, publisher-tiered journal skills, and a figure workflow — for Claude Code, Codex, MiniMax Agent, and OpenClaw.

41 skills

12 soil-science skills forged from the DSM knowledge wiki: soil quality & health indexing (SQI/SHI — minimum data set, indicator scoring, weighting, aggregation, validation, SEM, fuzzy rules), fertility mapping, prediction uncertainty (AOA/LPD/Monte-Carlo), sampling design, ML for soil, ensemble ML (whether to combine models at all — the ambiguity ceiling, the weighting spectrum, cross-fitted combiners), end-to-end DSM workflow, map validation, RothC temporal modelling, hybrid process+ML SOC, SOC-stock MRV, and spatial statistics on areal data (Moran/LISA/BiLISA, SAR/SEM/SDM/SDEM, spillover impacts) with verified R and Python pipelines.

12 skills

Decision-making and guidance skills for farmers, growers, and land stewards — covering regenerative agriculture, soil health, water, livestock, pests, seasons, and more. Each skill is an invokable command that applies a structured framework to farm decisions.

48 skills · hooks

Building a Homestead: building a house from the ground up, raising farm animals, and growing your own crops, detailed enough to actually go out and do it. The building half opens on the thesis that most building failures are not engineering failures but coordination failures at the boundaries between disciplines and between design and construction, then works through site and ground investigation and why sampling a handful of points is what you are really doing, orientation and solar design, foundations from strip footings to frost-line bearing and the expansive-clay case, the gravity system and the lateral system treated separately, shear walls and hold-downs and why a partially built structure has no lateral system at all, a five-way comparison of timber frame against masonry, reinforced concrete, mass timber and steel, then the envelope where buildings actually fail: the four control layers in the order of importance that is itself the content -- water, air, vapour, thermal -- flashing, drying potential and why a wall with a vapour barrier on both sides cannot dry and will fail, roofs and ponding, concrete mix and cover and curing, wood moisture content and movement, steel, masonry movement joints, building services, fire safety, construction sequencing, codes and permitting, and a build checklist. The livestock half covers ruminant digestion and volatile fatty acids and why cattle are different, nutrient requirements, species selection with gestation and characteristics for cattle, sheep, goats, pigs and poultry, housing and fencing, herd health and biosecurity including FAMACHA and refugia, reproduction and breeding and EPDs and dystocia, grazing management from continuous to rotational to mob with the trade-off of each, stocking rate against stocking density, Animal Units, body condition scoring, and the Five Freedoms with low-stress handling. The crop half covers soil science and cation exchange capacity, fertility management, crop production and growing degr

8 skills