Linked from

The 36 pages that link to Pedosphere, each with the reason it gives.

• ErosionRelated: Erosion can remove fertile soil faster than it forms.

• LithosphereCompared with: Soil overlies the lithosphere but is not one of its structural layers.

• GrasslandRelated: Soil depth, fertility, and drainage shape which grassland plants can thrive.

• SedimentCompared with: Soil includes biological and chemical development beyond loose mineral particles.

• Chemical weatheringRelated: Soil water and organic compounds create conditions for reactions that alter underlying minerals.

• FossorialityRelated: Soil texture and compaction determine how costly excavation is and which burrow forms persist.

• Soil biodiversityNarrower topic: Soil biodiversity is one living dimension of this wider environment.

• RegolithBroader topic: On Earth, soil is a biologically altered part of the broader regolith layer.

• Soil profileNarrower topic: A profile is a vertical view through a body of soil.

• Soil microbiologyNarrower topic: It is the heterogeneous habitat whose organisms and processes soil microbiology investigates.

• BiomeRelated: Soil fertility and drainage influence which vegetation can dominate a biome.

• MudbrickNarrower topic: Mudbrick recipes begin with locally available soil, whose proportions affect strength.

• ViticultureNarrower topic: Soil properties affect vine water access, rooting, and nutrient supply.

• HedgeRelated: Soil depth, drainage, and fertility shape which hedge plants establish well.

• HumusNarrower topic: Humus exists as part of this layered, living material.

• Terrace farmingNarrower topic: Terraces conserve the soil crops need by limiting its movement downhill.

• TerrestrializationRelated: Early plants and microbes helped weather rock and build soils that supported terrestrial communities.

• Herb gardenRelated: Soil texture and drainage shape which herbs can grow successfully in a bed.

• Soil ecologyNarrower topic: It is the habitat whose properties and inhabitants soil ecology examines.

• VegetationRelated: Soil properties affect which plants establish and how vegetation grows.

• PhytogeographyRelated: Soil chemistry and structure help determine which plants can establish in a place.

• GardenRelated: Its structure and fertility shape which plants thrive in a garden.

• Phosphate mineralRelated: Soil phosphate minerals form through weathering and regulate phosphorus availability to plants.

• Temperate coniferous forestRelated: Soil depth and nutrient availability shape which conifers and understory plants thrive.

• GardeningRelated: Its texture, nutrients, and drainage determine which plants thrive.

• Land (terrain)Broader topic: Soil covers large areas of land and supports terrestrial ecosystems.

• Landscape designRelated: Soil conditions determine plant health, infiltration, and construction stability.

• ShrublandRelated: Shallow, nutrient-poor, or poorly drained soils can favor shrubs over trees.

• Dirt roadNarrower topic: Its texture and cohesion determine whether a road surface holds together or becomes loose and rutted.

• Earth (classical element)Compared with: Ordinary ground is not identical to the philosophical element.

• Earth (soil and ground)Broader topic: Soil is the biologically active material meant when earth describes ground plants grow in.

• EdaphologyNarrower topic: Edaphology examines this material as a habitat and resource for plants and other life.

• FarmerRelated: Soil condition shapes which crops a farmer can grow and how well they thrive.

• GeobotanyRelated: Soil chemistry, texture, and moisture help determine which plant communities establish locally.

• GroveRelated: Soil conditions constrain which trees can thrive in a grove.

• MeadowRelated: Soil depth, fertility, and moisture shape which plants can thrive in a meadow.