Page 20 - Discussion Paper: Sustainability Dynamics of Resource Use and Economic Growth
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Discussion Paper
0.0215), (169, 0.0209), (170, 0.0202), (171, 0.0198), (172, : f payment_by_sellers_to_households_for_labor_and_
0.0196), (173, 0.0188), (174, 0.018), (175, 0.0174), (176, capital = Capital_with_Sellers*total_spending_fraction
0.0172), (177, 0.0168), (178, 0.0163), (179, 0.0159), (180, UNITS: rupees/yr
0.0153), (181, 0.0147), (182, 0.0143), (183, 0.0137), (184, : c green_growth_multiplier = IF natural_resource_
0.0133), (185, 0.0129), (186, 0.0125), (187, 0.012), (188, regeneration_intervention=1 then 1.5 else 1
0.0116), (189, 0.0112), (190, 0.0108), (191, 0.0106), (192, UNITS: Unitless
0.0104), (193, 0.0102), (194, 0.01), (195, 0.01), (196, 0.01), : c regeneration_rate = green_growth_multiplier*normal_
(197, 0.01), (198, 0.01), (199, 0.01), (200, 0.01) regeneration_rate
UNITS: Unitless UNITS: per year (1/yr)
: f payments_by_producers_to_households_as_cost_of_ : c resource_density = Renewable__Natural_Resources/INIT
production = Capital_with_Producers*total_spending_ (Renewable__Natural_Resources)
fraction UNITS: Unitless
UNITS: rupees/yr : c impact_of_resource_density_on_regeneration_rate =
: f resource_extraction_for_production_of_goods = GRAPH(resource_density)
MIN(Renewable__Natural_Resources*.1, resource_ (0.1, 0), (0.2, 0.0127986348123), (0.3, 0.042662116041),
intensity_of_economy*payments_by_producers_to_ (0.4, 0.089590443686), (0.5, 0.251706484642), (0.6,
households_as_cost_of_production) 0.460750853242), (0.7, 0.656996587031), (0.8,
UNITS: kg/yr 1.02815699659), (0.9, 1.17320819113), (1, 1.23293515358),
: c ratio_of_demand_and_supply = changing_demand/ (1.1, 1.23720136519), (1.2, 1.20733788396), (1.3,
resource_extraction_for_production_of_goods 1.03242320819), (1.4, 0.733788395904), (1.5,
UNITS: Unitless 0.37542662116), (1.6, 0.18771331058), (1.7,
: c impact_of_demand_supply_ratio_on_economic_growth 0.106655290102), (1.8, 0.0682593856655), (1.9, 0), (2, 0)
= GRAPH(ratio_of_demand_and_supply) UNITS: Unitless
(1, 1), (1.7, 1.3), (2.3, 1.5), (3, 2), (3.7, -1), (4.3, -1), (5, -1) : f regeneration_of_resources = regeneration_
UNITS: Unitless rate*Renewable__Natural_Resources*impact_of_resource_
: b growth_and_contraction__in_GDP = Capital_with_ density_on_regeneration_rate
Producers*economy’s_growth_percentage*impact_of_ UNITS: kg/yr
demand_supply_ratio_on_economic_growth : c Gross_Domestic_Product = growth_and_contraction__
UNITS: rupees/yr in_GDP + payments_by_producers_to_households_as_cost_
: f payment_by_households_to_sellers_for_purchase_of_ of_production
goods = Wealth_with_Households*total_spending_fraction UNITS: rupees/yr
UNITS: rupees/yr
20 AUGUST 2015
0.0215), (169, 0.0209), (170, 0.0202), (171, 0.0198), (172, : f payment_by_sellers_to_households_for_labor_and_
0.0196), (173, 0.0188), (174, 0.018), (175, 0.0174), (176, capital = Capital_with_Sellers*total_spending_fraction
0.0172), (177, 0.0168), (178, 0.0163), (179, 0.0159), (180, UNITS: rupees/yr
0.0153), (181, 0.0147), (182, 0.0143), (183, 0.0137), (184, : c green_growth_multiplier = IF natural_resource_
0.0133), (185, 0.0129), (186, 0.0125), (187, 0.012), (188, regeneration_intervention=1 then 1.5 else 1
0.0116), (189, 0.0112), (190, 0.0108), (191, 0.0106), (192, UNITS: Unitless
0.0104), (193, 0.0102), (194, 0.01), (195, 0.01), (196, 0.01), : c regeneration_rate = green_growth_multiplier*normal_
(197, 0.01), (198, 0.01), (199, 0.01), (200, 0.01) regeneration_rate
UNITS: Unitless UNITS: per year (1/yr)
: f payments_by_producers_to_households_as_cost_of_ : c resource_density = Renewable__Natural_Resources/INIT
production = Capital_with_Producers*total_spending_ (Renewable__Natural_Resources)
fraction UNITS: Unitless
UNITS: rupees/yr : c impact_of_resource_density_on_regeneration_rate =
: f resource_extraction_for_production_of_goods = GRAPH(resource_density)
MIN(Renewable__Natural_Resources*.1, resource_ (0.1, 0), (0.2, 0.0127986348123), (0.3, 0.042662116041),
intensity_of_economy*payments_by_producers_to_ (0.4, 0.089590443686), (0.5, 0.251706484642), (0.6,
households_as_cost_of_production) 0.460750853242), (0.7, 0.656996587031), (0.8,
UNITS: kg/yr 1.02815699659), (0.9, 1.17320819113), (1, 1.23293515358),
: c ratio_of_demand_and_supply = changing_demand/ (1.1, 1.23720136519), (1.2, 1.20733788396), (1.3,
resource_extraction_for_production_of_goods 1.03242320819), (1.4, 0.733788395904), (1.5,
UNITS: Unitless 0.37542662116), (1.6, 0.18771331058), (1.7,
: c impact_of_demand_supply_ratio_on_economic_growth 0.106655290102), (1.8, 0.0682593856655), (1.9, 0), (2, 0)
= GRAPH(ratio_of_demand_and_supply) UNITS: Unitless
(1, 1), (1.7, 1.3), (2.3, 1.5), (3, 2), (3.7, -1), (4.3, -1), (5, -1) : f regeneration_of_resources = regeneration_
UNITS: Unitless rate*Renewable__Natural_Resources*impact_of_resource_
: b growth_and_contraction__in_GDP = Capital_with_ density_on_regeneration_rate
Producers*economy’s_growth_percentage*impact_of_ UNITS: kg/yr
demand_supply_ratio_on_economic_growth : c Gross_Domestic_Product = growth_and_contraction__
UNITS: rupees/yr in_GDP + payments_by_producers_to_households_as_cost_
: f payment_by_households_to_sellers_for_purchase_of_ of_production
goods = Wealth_with_Households*total_spending_fraction UNITS: rupees/yr
UNITS: rupees/yr
20 AUGUST 2015
