Linked from

The 21 pages that link to Archaeobotany, each with the reason it gives.

• Pollen analysisRelated: Pollen can reveal cultivation, settlement, and other human effects on vegetation.

• ÇatalhöyükRelated: Plant remains reveal crops and gathered foods that supported residents.

• Natufian cultureRelated: Plant remains and processing traces help test claims about Natufian cereal use.

• Archaeological interpretationRelated: Seeds, charcoal, and other plant remains reveal diet, cultivation, and landscape use.

• Egyptian archaeologyRelated: Seeds, wood, and other remains reveal diet, agriculture, and ancient environments.

• Paleoenvironmental reconstructionRelated: Plant evidence links environmental conditions with cultivation, diet, and land use.

• Pre-Pottery NeolithicRelated: Plant remains help distinguish managed wild resources from domesticated crops.

• Cucurbita pepoRelated: Ancient squash seeds and rinds help reconstruct C. pepo’s cultivation history.

• Pre-Pottery Neolithic ARelated: Preserved seeds and other plant remains help distinguish gathering, cultivation, and domestication.

• Historical ecologyRelated: Plant remains show how cultivation, gathering, and trade changed local ecosystems.

• Chinese archaeologyRelated: Seeds and other plant remains reveal Chinese farming, diets, and environments.

• Ground stoneRelated: Ground-stone residues and plant remains together reveal ancient food preparation.

• Basket weavingRelated: Preserved fibers and impressions help establish basketry’s antiquity and materials.

• LentilRelated: Charred lentil seeds help establish the crop’s early history.

• Grahame ClarkRelated: Plant evidence complemented artifacts and bones in Clark’s ecological approach to prehistory.

• Ancient Mediterranean archaeologyRelated: Seeds, pollen, and charcoal trace farming and vegetation across Mediterranean communities.

• Common sunflowerRelated: Seed remains help establish when and where sunflower cultivation began.