This describes the use of this material as being part of the composition of another material. Each rock_feature_part may be a component of one or more component_material. Inherited from material.
These provide the description of the composition of the material. Each rock_feature_part may be characterized by one or more material_composition. Inherited from material.
This points to the spatial representations of where this rock feature part is in or on the earth, and so is used to describe both the shape of the rock feature part and to describe where it is both absolutely and with relationship to other things. Each rock_feature_part may locate one or more earth_model_object.
Indicates the existence of a material which utilizes the specifications of this material. Each rock_feature_part may be fulfilled by one or more material_fulfillment. Inherited from material.
Shows the association between this material and the material that this is the fulfillment of. For example, this may be an actual material that fulfills a planned material. Each rock_feature_part may fulfills one or more material_fulfillment. Inherited from material.
Indicates the geologic age classification of this material. Each rock_feature_part may classified by one or more geologic_age_classification. Inherited from rock_material.
Indicates various description activities which are conducted on this rock material. Each rock_feature_part may be the subject of one or more lithologic_analysis. Inherited from rock_material.
Indicates a material class is being assigned to this material. Each rock_feature_part may classify one or more material_classification. Inherited from material.
Records the periods of time the material is used as a facility or by an activity. Each rock_feature_part may have one or more material_installation. Inherited from material.
Indicates the association of a material with various specifications of material types. Each rock_feature_part may be typified by one or more material_typification. Inherited from material.
Indicates the geologic association in which a geologic object has the role of primary agent. The primary object is defined by a description relative to the secondary object. Descriptions are asymmetrical or symmetrical. For asymmetric interactions, the description, such as "top", can only apply to the primary object. For example, "a horizon (primary object) is the top (description) of a sand layer (secondary object)". Here only the horizon can be a "top". If the relationship between the two objects is symmetrical both objects can be described equally well by the qualifier, and either could be chosen as the primary agent with the other chosen as the secondary agent. An example of a symmetrical relationship is "a sand layer (primary object) is interbedded (description) with a shale layer(secondary object)". Each rock_feature_part may be primarily involved in one or more geologic_object_association. Inherited from geologic_object.
Indicates various processing activities which act upon this material. Each rock_feature_part may be the subject of one or more materials_processing. Inherited from material.
Indicates various analytical activities which are conducted on this material. Each rock_feature_part may be the subject of one or more rock_analysis. Inherited from rock_material.
These are the parts which make up this rock material Each rock_feature_part may have as parts one or more rock_feature_part. Inherited from rock_material.
Indicates the various interactions of rock and fluid which characterize this rock material. Each rock_feature_part may be characterized by one or more rock_fluid_interaction. Inherited from rock_material.
Indicates various sample acquisition activities which extract pieces or fractions of this material. Each rock_feature_part may be sampled by one or more sample_acquisition. Inherited from material.
Indicates a geologic object association in which a geologic object takes the role of secondary agent. The secondary object relates the primary object to a description. The description does not apply to the secondary object but tells where it is derived from. For example in, "a horizon (primary object) is the top (description) of a sand layer (secondary object)" the secondary object shows where the description is coming from. If the relationship between the two objects is symmetrical both can be described equally well a description, and either could be chosen as the primary agent with the other chosen as the secondary agent. An example of a symmetrical relationship is "a sand layer (primary object) is interbedded (description) with a shale layer(secondary object)". Each rock_feature_part may be involved in one or more geologic_object_association. Inherited from geologic_object.