T-3C3-A-4 - Flooded rice organic fertilisation

Definition¶

This emission source is defined by the IPCC in TBD.

Sustainability Category: Amber¶

Amber

This activity currently has moderate climate impact but may be necessary for urban functioning, with a clear pathway to decarbonization. While not yet climate-positive, this activity is actively improving the emissions profile and represents intermediate performance on the path to sustainability.

Transition Elements¶

This activity has the following mitigation options modelled as transition elements:

Activity Model¶

This emission source is modelled with Unknown work type as:

Parameters¶

Parameter	Unit	Description
emission_factor_flooded_rice_organic_fertilisation_tonne_to_co2e_gram	g_co2e_tonne_N	Emission factor flooded rice organic fertilisation
growth_activity_flooded_rice_organic_fertilisation	tonne_N_percapita	Growth of organic fertilisation in flooded rice fields
start_year_activity_flooded_rice_organic_fertilisation	tonne_N	Flooded rice organic fertilisation
work_intensity_direct_operations_use_tonne_N	tonne_N_tonne_N	work_intensity_direct_operations_use_tonne_N

YAML Specification¶

sustainability: amber
version: 2.1.0
operation:
  growthType: true
  variable: start_year_activity_flooded_rice_organic_fertilisation
  growthFactor:
    unitOfMeasure: per_capita
    expression: '%[0]'
    variables:
    - growth_activity_flooded_rice_organic_fertilisation
work:
- name: fertilising
  unitOfMeasure: tonne_N
  operationToWork:
    unitOfMeasure: tonne_N/tonne_N
    expression: '%[0]'
    variables:
    - work_intensity_direct_operations_use_tonne_N
  input:
  - resource: organic_fertiliser_nitrogen
    unitOfMeasure: tonne_N
    resourceToWork:
      unitOfMeasure: tonne_N/tonne_N
      expression: '1'
    emissionFactor:
      unitOfMeasure: g_co2e/tonne_N
      expression: '%[0]'
      variables:
      - emission_factor_flooded_rice_organic_fertilisation_tonne_to_co2e_gram