References - MESSAGE-GLOBIOM - Revision history

Rineke Oostenrijk: Text replacement - "|QQQ " to ""

2020-06-23T15:13:51Z

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Rineke Oostenrijk: Text replacement - "HasParent=(.*) " to "QQQ "

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Rineke Oostenrijk: Text replacement - "|HasSeq=10 " to ""

2020-06-23T15:03:26Z

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Rineke Oostenrijk: Text replacement - "|HasLevel=1 " to ""

2020-06-23T14:54:41Z

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Rineke Oostenrijk: 1 revision imported

2018-06-28T07:32:58Z

1 revision imported

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Revision as of 09:32, 28 June 2018

Rineke Oostenrijk at 07:44, 19 June 2018

2018-06-19T07:44:03Z

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Revision as of 09:44, 19 June 2018

Rineke Oostenrijk at 10:24, 12 June 2018

2018-06-12T10:24:56Z

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	<div style="float:~~right~~">		<div style="float:left clear:left">
	{{#referencelist:		{{#referencelist:
	\|references=MSG-GLB_lamarque_historical_2010;MSG-GLB_van_vuuren_representative_2011;MSG-GLB_rao_future_2016;MSG-GLB_fricko_energy_2016; MSG-GLB_cameron_policy_2016;MSG-GLB_keppo_short_2010;MSG-GLB_krey_implications_2009;MSG-GLB_oneill_mitigation_2010;MSG-GLB_schafer_structural_2005;MSG-GLB_messner_endogenized_1997;MSG-GLB_ekholm_determinants_2010;MSG-GLB_pachauri_pathways_2013;MSG-GLB_rogner_chapter_2012;MSG-GLB_hoogwijk_global_2004;MSG-GLB_hoogwijk_global_2008;MSG-GLB_christiansson_diffusion_1995;MSG-GLB_tubiello_reducing_2007;MSG-GLB_van_vuuren_future_2009;MSG-GLB_larson_chapter_2012;MSG-GLB_riahi_greenhouse_2000;MSG-GLB_riahi_prospects_2004;MSG-GLB_rao_role_2006;MSG-GLB_riahi_rcp_2011;MSG-GLB_riahi_scenarios_2007;MSG-GLB_wigley_magicc/scengen_2008;MSG-GLB_keppo_probabilistic_2007;MSG-GLB_meinshausen_greenhouse-gas_2009;MSG-GLB_meinshausen_what_2006;MSG-GLB_forest_quantifying_2002;MSG-GLB_amann_cost-effective_2011;MSG-GLB_amann_current_2004;MSG-GLB_berndes_contribution_2003;MSG-GLB_bringezu_assessing_2009;MSG-GLB_dornburg_biomass_2008;MSG-GLB_eickhout_local_2008;MSG-GLB_MSG-GLB_fischer_can_2009;MSG-GLB_granier_evolution_2011;MSG-GLB_manne_buying_1992;MSG-GLB_messner_messagemacro:_2000;MSG-GLB_nonhebel_energy_2007;MSG-GLB_plantinga_econometric_1999;MSG-GLB_rao_environmental_2012;MSG-GLB_rao_better_2013;MSG-GLB_riahi_chapter_2012;MSG-GLB_rokityanskiy_geographically_2007;MSG-GLB_sathaye_summary_2003;MSG-GLB_sathaye_ghg_2006;MSG-GLB_searchinger_use_2008;MSG-GLB_smeets_bottom-up_2007;MSG-GLB_smith_competition_2010;MSG-GLB_stavins_costs_1999;MSG-GLB_stehfest_climate_2009;MSG-GLB_van_vuuren_outlook_2009;MSG-GLB_van_vuuren_bio-energy_2010;MSG-GLB_van_vliet_copenhagen_2012;MSG-GLB_messner_users_1995;MSG-GLB_ipcc_climate_2007;MSG-GLB_ipcc_revised_1996;MSG-GLB_schneider_long-term_2008;MSG-GLB_loulou_markal-macro_2004;MSG-GLB_oneill_roads_2015;MSG-GLB_havlik_global_2011;MSG-GLB_havlik_climate_2014;MSG-GLB_kindermann_predicting_2006;MSG-GLB_gusti_algorithm_2010;MSG-GLB_meinshausen_emulating_2011;MSG-GLB_meinshausen_rcp_2011;MSG-GLB_rogelj_2020_2013;MSG-GLB_rogelj_probabilistic_2013;MSG-GLB_sullivan_electric_2013;MSG-GLB_rogelj_mitigation_2015;MSG-GLB_cofala_scenarios_2007;MSG-GLB_amann_regional_2013;MSG-GLB_environmental_protection_agency_epa_global_2013;MSG-GLB_joint_research_centre_global_emissions_emission_2011;MSG-GLB_rogner_assessment_1997;MSG-GLB_riahi_shared_2016;MSG-GLB_oneill_new_2014;MSG-GLB_kc_human_2014;MSG-GLB_dellink_long-term_2015;MSG-GLB_johnson_vre_2016;MSG-GLB_pietzcker_solar_2014;MSG-GLB_eurek_wind_2016;MSG-GLB_fricko_marker_2016;MSG-GLB_world_bank_group_world_2012;MSG-GLB_un_population_division_world_2010;MSG-GLB_international_energy_agency_energy_2012;MSG-GLB_international_energy_agency_world_2014;MSG-GLB_oecd_uranium_2003;MSG-GLB_leibowicz_growth_2015;MSG-GLB_alexandratos_world_2012;MSG-GLB_bouwman_exploring_2005;MSG-GLB_conant_grassland_2004;MSG-GLB_environmental_protection_agency_epa_US_2012;MSG-GLB_food_and_agricultural_organization_fao_global_2010;MSG-GLB_fritz_highlighting_2011;MSG-GLB_herrero_global_2013;MSG-GLB_herrero_systems_2008;MSG-GLB_keyzer_diet_2005;MSG-GLB_kindermann_global_2008;MSG-GLB_mccarl_surplus_1980;MSG-GLB_mitchell_improved_2005;MSG-GLB_muhammad_international_2011;MSG-GLB_oneill_meeting_2012;MSG-GLB_parton_analysis_1987;MSG-GLB_parton_observations_1993;MSG-GLB_ramankutty_farming_2008;MSG-GLB_reynolds_estimating_2000;MSG-GLB_ruesch_new_ipcc_2008;MSG-GLB_russ_global_2007;MSG-GLB_schloss_comparing_1999;MSG-GLB_schneider_agricultural_2007;MSG-GLB_seale_international_2003;MSG-GLB_sere_world_1996;MSG-GLB_skalsky_geo-bene_2008;MSG-GLB_takayama_spatial_1971;MSG-GLB_tubiello_faostat_2013;MSG-GLB_williams_computer_1995;MSG-GLB_wint_gridded_2007;MSG-GLB_you_entropy_2006;MSG-GLB_izaurralde_simulating_2006;MSG-GLB_FAO_global_2006;MSG-GLB_kindermann_global_forest_2008;MSG-GLB_biomass_handbook_2005;MSG-GLB_rametsteiner_study_2007;MSG-GLB_hamelinck_future_2001;MSG-GLB_leduc_optimal_2008;MSG-GLB_sørensen_economies_2005;MSG-GLB_carpentieri_future_1993;MSG-GLB_herzogbaum_forstpflanzen_2008;MSG-GLB_jurvélius_labor_1997;MSG-GLB_ILO_occupational_2007;MSG-GLB_FPP_holzernte_1999;MSG-GLB_jiroušek_productivity_2007;MSG-GLB_stokes_field_1986;MSG-GLB_wang_productivity_2004;MSG-GLB_hartsough_harvesting_2001;MSG-GLB_heston_penn_2006\|+sep=;		\|references=MSG-GLB_lamarque_historical_2010;MSG-GLB_van_vuuren_representative_2011;MSG-GLB_rao_future_2016;MSG-GLB_fricko_energy_2016; MSG-GLB_cameron_policy_2016;MSG-GLB_keppo_short_2010;MSG-GLB_krey_implications_2009;MSG-GLB_oneill_mitigation_2010;MSG-GLB_schafer_structural_2005;MSG-GLB_messner_endogenized_1997;MSG-GLB_ekholm_determinants_2010;MSG-GLB_pachauri_pathways_2013;MSG-GLB_rogner_chapter_2012;MSG-GLB_hoogwijk_global_2004;MSG-GLB_hoogwijk_global_2008;MSG-GLB_christiansson_diffusion_1995;MSG-GLB_tubiello_reducing_2007;MSG-GLB_van_vuuren_future_2009;MSG-GLB_larson_chapter_2012;MSG-GLB_riahi_greenhouse_2000;MSG-GLB_riahi_prospects_2004;MSG-GLB_rao_role_2006;MSG-GLB_riahi_rcp_2011;MSG-GLB_riahi_scenarios_2007;MSG-GLB_wigley_magicc/scengen_2008;MSG-GLB_keppo_probabilistic_2007;MSG-GLB_meinshausen_greenhouse-gas_2009;MSG-GLB_meinshausen_what_2006;MSG-GLB_forest_quantifying_2002;MSG-GLB_amann_cost-effective_2011;MSG-GLB_amann_current_2004;MSG-GLB_berndes_contribution_2003;MSG-GLB_bringezu_assessing_2009;MSG-GLB_dornburg_biomass_2008;MSG-GLB_eickhout_local_2008;MSG-GLB_MSG-GLB_fischer_can_2009;MSG-GLB_granier_evolution_2011;MSG-GLB_manne_buying_1992;MSG-GLB_messner_messagemacro:_2000;MSG-GLB_nonhebel_energy_2007;MSG-GLB_plantinga_econometric_1999;MSG-GLB_rao_environmental_2012;MSG-GLB_rao_better_2013;MSG-GLB_riahi_chapter_2012;MSG-GLB_rokityanskiy_geographically_2007;MSG-GLB_sathaye_summary_2003;MSG-GLB_sathaye_ghg_2006;MSG-GLB_searchinger_use_2008;MSG-GLB_smeets_bottom-up_2007;MSG-GLB_smith_competition_2010;MSG-GLB_stavins_costs_1999;MSG-GLB_stehfest_climate_2009;MSG-GLB_van_vuuren_outlook_2009;MSG-GLB_van_vuuren_bio-energy_2010;MSG-GLB_van_vliet_copenhagen_2012;MSG-GLB_messner_users_1995;MSG-GLB_ipcc_climate_2007;MSG-GLB_ipcc_revised_1996;MSG-GLB_schneider_long-term_2008;MSG-GLB_loulou_markal-macro_2004;MSG-GLB_oneill_roads_2015;MSG-GLB_havlik_global_2011;MSG-GLB_havlik_climate_2014;MSG-GLB_kindermann_predicting_2006;MSG-GLB_gusti_algorithm_2010;MSG-GLB_meinshausen_emulating_2011;MSG-GLB_meinshausen_rcp_2011;MSG-GLB_rogelj_2020_2013;MSG-GLB_rogelj_probabilistic_2013;MSG-GLB_sullivan_electric_2013;MSG-GLB_rogelj_mitigation_2015;MSG-GLB_cofala_scenarios_2007;MSG-GLB_amann_regional_2013;MSG-GLB_environmental_protection_agency_epa_global_2013;MSG-GLB_joint_research_centre_global_emissions_emission_2011;MSG-GLB_rogner_assessment_1997;MSG-GLB_riahi_shared_2016;MSG-GLB_oneill_new_2014;MSG-GLB_kc_human_2014;MSG-GLB_dellink_long-term_2015;MSG-GLB_johnson_vre_2016;MSG-GLB_pietzcker_solar_2014;MSG-GLB_eurek_wind_2016;MSG-GLB_fricko_marker_2016;MSG-GLB_world_bank_group_world_2012;MSG-GLB_un_population_division_world_2010;MSG-GLB_international_energy_agency_energy_2012;MSG-GLB_international_energy_agency_world_2014;MSG-GLB_oecd_uranium_2003;MSG-GLB_leibowicz_growth_2015;MSG-GLB_alexandratos_world_2012;MSG-GLB_bouwman_exploring_2005;MSG-GLB_conant_grassland_2004;MSG-GLB_environmental_protection_agency_epa_US_2012;MSG-GLB_food_and_agricultural_organization_fao_global_2010;MSG-GLB_fritz_highlighting_2011;MSG-GLB_herrero_global_2013;MSG-GLB_herrero_systems_2008;MSG-GLB_keyzer_diet_2005;MSG-GLB_kindermann_global_2008;MSG-GLB_mccarl_surplus_1980;MSG-GLB_mitchell_improved_2005;MSG-GLB_muhammad_international_2011;MSG-GLB_oneill_meeting_2012;MSG-GLB_parton_analysis_1987;MSG-GLB_parton_observations_1993;MSG-GLB_ramankutty_farming_2008;MSG-GLB_reynolds_estimating_2000;MSG-GLB_ruesch_new_ipcc_2008;MSG-GLB_russ_global_2007;MSG-GLB_schloss_comparing_1999;MSG-GLB_schneider_agricultural_2007;MSG-GLB_seale_international_2003;MSG-GLB_sere_world_1996;MSG-GLB_skalsky_geo-bene_2008;MSG-GLB_takayama_spatial_1971;MSG-GLB_tubiello_faostat_2013;MSG-GLB_williams_computer_1995;MSG-GLB_wint_gridded_2007;MSG-GLB_you_entropy_2006;MSG-GLB_izaurralde_simulating_2006;MSG-GLB_FAO_global_2006;MSG-GLB_kindermann_global_forest_2008;MSG-GLB_biomass_handbook_2005;MSG-GLB_rametsteiner_study_2007;MSG-GLB_hamelinck_future_2001;MSG-GLB_leduc_optimal_2008;MSG-GLB_sørensen_economies_2005;MSG-GLB_carpentieri_future_1993;MSG-GLB_herzogbaum_forstpflanzen_2008;MSG-GLB_jurvélius_labor_1997;MSG-GLB_ILO_occupational_2007;MSG-GLB_FPP_holzernte_1999;MSG-GLB_jiroušek_productivity_2007;MSG-GLB_stokes_field_1986;MSG-GLB_wang_productivity_2004;MSG-GLB_hartsough_harvesting_2001;MSG-GLB_heston_penn_2006\|+sep=;

Johanna Zilliacus at 08:00, 18 October 2016

2016-10-18T08:00:25Z

@@ Line 9: / Line 9: @@
 <div style="float:right">
 {{#referencelist:
-  |references=MSG-GLB_rao_future_2016;MSG-GLB_fricko_energy_2016; MSG-GLB_cameron_policy_2016;MSG-GLB_keppo_short_2010;MSG-GLB_krey_implications_2009;MSG-GLB_oneill_mitigation_2010;MSG-GLB_schafer_structural_2005;MSG-GLB_messner_endogenized_1997;MSG-GLB_ekholm_determinants_2010;MSG-GLB_pachauri_pathways_2013;MSG-GLB_rogner_chapter_2012;MSG-GLB_hoogwijk_global_2004;MSG-GLB_hoogwijk_global_2008;MSG-GLB_christiansson_diffusion_1995;MSG-GLB_tubiello_reducing_2007;MSG-GLB_van_vuuren_future_2009;MSG-GLB_larson_chapter_2012;MSG-GLB_riahi_greenhouse_2000;MSG-GLB_riahi_prospects_2004;MSG-GLB_rao_role_2006;MSG-GLB_riahi_rcp_2011;MSG-GLB_riahi_scenarios_2007;MSG-GLB_wigley_magicc/scengen_2008;MSG-GLB_keppo_probabilistic_2007;MSG-GLB_meinshausen_greenhouse-gas_2009;MSG-GLB_meinshausen_what_2006;MSG-GLB_forest_quantifying_2002;MSG-GLB_amann_cost-effective_2011;MSG-GLB_amann_current_2004;MSG-GLB_berndes_contribution_2003;MSG-GLB_bringezu_assessing_2009;MSG-GLB_dornburg_biomass_2008;MSG-GLB_eickhout_local_2008;MSG-GLB_MSG-GLB_fischer_can_2009;MSG-GLB_granier_evolution_2011;MSG-GLB_manne_buying_1992;MSG-GLB_messner_messagemacro:_2000;MSG-GLB_nonhebel_energy_2007;MSG-GLB_plantinga_econometric_1999;MSG-GLB_rao_environmental_2012;MSG-GLB_rao_better_2013;MSG-GLB_riahi_chapter_2012;MSG-GLB_rokityanskiy_geographically_2007;MSG-GLB_sathaye_summary_2003;MSG-GLB_sathaye_ghg_2006;MSG-GLB_searchinger_use_2008;MSG-GLB_smeets_bottom-up_2007;MSG-GLB_smith_competition_2010;MSG-GLB_stavins_costs_1999;MSG-GLB_stehfest_climate_2009;MSG-GLB_van_vuuren_outlook_2009;MSG-GLB_van_vuuren_bio-energy_2010;MSG-GLB_van_vliet_copenhagen_2012;MSG-GLB_messner_users_1995;MSG-GLB_ipcc_climate_2007;MSG-GLB_ipcc_revised_1996;MSG-GLB_schneider_long-term_2008;MSG-GLB_loulou_markal-macro_2004;MSG-GLB_oneill_roads_2015;MSG-GLB_havlik_global_2011;MSG-GLB_havlik_climate_2014;MSG-GLB_kindermann_predicting_2006;MSG-GLB_gusti_algorithm_2010;MSG-GLB_meinshausen_emulating_2011;MSG-GLB_meinshausen_rcp_2011;MSG-GLB_rogelj_2020_2013;MSG-GLB_rogelj_probabilistic_2013;MSG-GLB_sullivan_electric_2013;MSG-GLB_rogelj_mitigation_2015;MSG-GLB_cofala_scenarios_2007;MSG-GLB_amann_regional_2013;MSG-GLB_environmental_protection_agency_epa_global_2013;MSG-GLB_joint_research_centre_global_emissions_emission_2011;MSG-GLB_rogner_assessment_1997;MSG-GLB_riahi_shared_2016;MSG-GLB_oneill_new_2014;MSG-GLB_kc_human_2014;MSG-GLB_dellink_long-term_2015;MSG-GLB_johnson_vre_2016;MSG-GLB_pietzcker_solar_2014;MSG-GLB_eurek_wind_2016;MSG-GLB_fricko_marker_2016;MSG-GLB_world_bank_group_world_2012;MSG-GLB_un_population_division_world_2010;MSG-GLB_international_energy_agency_energy_2012;MSG-GLB_international_energy_agency_world_2014;MSG-GLB_oecd_uranium_2003;MSG-GLB_leibowicz_growth_2015;MSG-GLB_alexandratos_world_2012;MSG-GLB_bouwman_exploring_2005;MSG-GLB_conant_grassland_2004;MSG-GLB_environmental_protection_agency_epa_US_2012;MSG-GLB_food_and_agricultural_organization_fao_global_2010;MSG-GLB_fritz_highlighting_2011;MSG-GLB_herrero_global_2013;MSG-GLB_herrero_systems_2008;MSG-GLB_keyzer_diet_2005;MSG-GLB_kindermann_global_2008;MSG-GLB_mccarl_surplus_1980;MSG-GLB_mitchell_improved_2005;MSG-GLB_muhammad_international_2011;MSG-GLB_oneill_meeting_2012;MSG-GLB_parton_analysis_1987;MSG-GLB_parton_observations_1993;MSG-GLB_ramankutty_farming_2008;MSG-GLB_reynolds_estimating_2000;MSG-GLB_ruesch_new_ipcc_2008;MSG-GLB_russ_global_2007;MSG-GLB_schloss_comparing_1999;MSG-GLB_schneider_agricultural_2007;MSG-GLB_seale_international_2003;MSG-GLB_sere_world_1996;MSG-GLB_skalsky_geo-bene_2008;MSG-GLB_takayama_spatial_1971;MSG-GLB_tubiello_faostat_2013;MSG-GLB_williams_computer_1995;MSG-GLB_wint_gridded_2007;MSG-GLB_you_entropy_2006;MSG-GLB_izaurralde_simulating_2006;MSG-GLB_FAO_global_2006;MSG-GLB_kindermann_global_forest_2008;MSG-GLB_biomass_handbook_2005;MSG-GLB_rametsteiner_study_2007;MSG-GLB_hamelinck_future_2001;MSG-GLB_leduc_optimal_2008;MSG-GLB_sørensen_economies_2005;MSG-GLB_carpentieri_future_1993;MSG-GLB_herzogbaum_forstpflanzen_2008;MSG-GLB_jurvélius_labor_1997;MSG-GLB_ILO_occupational_2007;MSG-GLB_FPP_holzernte_1999;MSG-GLB_jiroušek_productivity_2007;MSG-GLB_stokes_field_1986;MSG-GLB_wang_productivity_2004;MSG-GLB_hartsough_harvesting_2001;MSG-GLB_heston_penn_2006|+sep=;
+  |references=MSG-GLB_lamarque_historical_2010;MSG-GLB_van_vuuren_representative_2011;MSG-GLB_rao_future_2016;MSG-GLB_fricko_energy_2016; MSG-GLB_cameron_policy_2016;MSG-GLB_keppo_short_2010;MSG-GLB_krey_implications_2009;MSG-GLB_oneill_mitigation_2010;MSG-GLB_schafer_structural_2005;MSG-GLB_messner_endogenized_1997;MSG-GLB_ekholm_determinants_2010;MSG-GLB_pachauri_pathways_2013;MSG-GLB_rogner_chapter_2012;MSG-GLB_hoogwijk_global_2004;MSG-GLB_hoogwijk_global_2008;MSG-GLB_christiansson_diffusion_1995;MSG-GLB_tubiello_reducing_2007;MSG-GLB_van_vuuren_future_2009;MSG-GLB_larson_chapter_2012;MSG-GLB_riahi_greenhouse_2000;MSG-GLB_riahi_prospects_2004;MSG-GLB_rao_role_2006;MSG-GLB_riahi_rcp_2011;MSG-GLB_riahi_scenarios_2007;MSG-GLB_wigley_magicc/scengen_2008;MSG-GLB_keppo_probabilistic_2007;MSG-GLB_meinshausen_greenhouse-gas_2009;MSG-GLB_meinshausen_what_2006;MSG-GLB_forest_quantifying_2002;MSG-GLB_amann_cost-effective_2011;MSG-GLB_amann_current_2004;MSG-GLB_berndes_contribution_2003;MSG-GLB_bringezu_assessing_2009;MSG-GLB_dornburg_biomass_2008;MSG-GLB_eickhout_local_2008;MSG-GLB_MSG-GLB_fischer_can_2009;MSG-GLB_granier_evolution_2011;MSG-GLB_manne_buying_1992;MSG-GLB_messner_messagemacro:_2000;MSG-GLB_nonhebel_energy_2007;MSG-GLB_plantinga_econometric_1999;MSG-GLB_rao_environmental_2012;MSG-GLB_rao_better_2013;MSG-GLB_riahi_chapter_2012;MSG-GLB_rokityanskiy_geographically_2007;MSG-GLB_sathaye_summary_2003;MSG-GLB_sathaye_ghg_2006;MSG-GLB_searchinger_use_2008;MSG-GLB_smeets_bottom-up_2007;MSG-GLB_smith_competition_2010;MSG-GLB_stavins_costs_1999;MSG-GLB_stehfest_climate_2009;MSG-GLB_van_vuuren_outlook_2009;MSG-GLB_van_vuuren_bio-energy_2010;MSG-GLB_van_vliet_copenhagen_2012;MSG-GLB_messner_users_1995;MSG-GLB_ipcc_climate_2007;MSG-GLB_ipcc_revised_1996;MSG-GLB_schneider_long-term_2008;MSG-GLB_loulou_markal-macro_2004;MSG-GLB_oneill_roads_2015;MSG-GLB_havlik_global_2011;MSG-GLB_havlik_climate_2014;MSG-GLB_kindermann_predicting_2006;MSG-GLB_gusti_algorithm_2010;MSG-GLB_meinshausen_emulating_2011;MSG-GLB_meinshausen_rcp_2011;MSG-GLB_rogelj_2020_2013;MSG-GLB_rogelj_probabilistic_2013;MSG-GLB_sullivan_electric_2013;MSG-GLB_rogelj_mitigation_2015;MSG-GLB_cofala_scenarios_2007;MSG-GLB_amann_regional_2013;MSG-GLB_environmental_protection_agency_epa_global_2013;MSG-GLB_joint_research_centre_global_emissions_emission_2011;MSG-GLB_rogner_assessment_1997;MSG-GLB_riahi_shared_2016;MSG-GLB_oneill_new_2014;MSG-GLB_kc_human_2014;MSG-GLB_dellink_long-term_2015;MSG-GLB_johnson_vre_2016;MSG-GLB_pietzcker_solar_2014;MSG-GLB_eurek_wind_2016;MSG-GLB_fricko_marker_2016;MSG-GLB_world_bank_group_world_2012;MSG-GLB_un_population_division_world_2010;MSG-GLB_international_energy_agency_energy_2012;MSG-GLB_international_energy_agency_world_2014;MSG-GLB_oecd_uranium_2003;MSG-GLB_leibowicz_growth_2015;MSG-GLB_alexandratos_world_2012;MSG-GLB_bouwman_exploring_2005;MSG-GLB_conant_grassland_2004;MSG-GLB_environmental_protection_agency_epa_US_2012;MSG-GLB_food_and_agricultural_organization_fao_global_2010;MSG-GLB_fritz_highlighting_2011;MSG-GLB_herrero_global_2013;MSG-GLB_herrero_systems_2008;MSG-GLB_keyzer_diet_2005;MSG-GLB_kindermann_global_2008;MSG-GLB_mccarl_surplus_1980;MSG-GLB_mitchell_improved_2005;MSG-GLB_muhammad_international_2011;MSG-GLB_oneill_meeting_2012;MSG-GLB_parton_analysis_1987;MSG-GLB_parton_observations_1993;MSG-GLB_ramankutty_farming_2008;MSG-GLB_reynolds_estimating_2000;MSG-GLB_ruesch_new_ipcc_2008;MSG-GLB_russ_global_2007;MSG-GLB_schloss_comparing_1999;MSG-GLB_schneider_agricultural_2007;MSG-GLB_seale_international_2003;MSG-GLB_sere_world_1996;MSG-GLB_skalsky_geo-bene_2008;MSG-GLB_takayama_spatial_1971;MSG-GLB_tubiello_faostat_2013;MSG-GLB_williams_computer_1995;MSG-GLB_wint_gridded_2007;MSG-GLB_you_entropy_2006;MSG-GLB_izaurralde_simulating_2006;MSG-GLB_FAO_global_2006;MSG-GLB_kindermann_global_forest_2008;MSG-GLB_biomass_handbook_2005;MSG-GLB_rametsteiner_study_2007;MSG-GLB_hamelinck_future_2001;MSG-GLB_leduc_optimal_2008;MSG-GLB_sørensen_economies_2005;MSG-GLB_carpentieri_future_1993;MSG-GLB_herzogbaum_forstpflanzen_2008;MSG-GLB_jurvélius_labor_1997;MSG-GLB_ILO_occupational_2007;MSG-GLB_FPP_holzernte_1999;MSG-GLB_jiroušek_productivity_2007;MSG-GLB_stokes_field_1986;MSG-GLB_wang_productivity_2004;MSG-GLB_hartsough_harvesting_2001;MSG-GLB_heston_penn_2006|+sep=;
   |browselinks=yes
   |columns=2
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 }}
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Johanna Zilliacus at 17:02, 14 October 2016

2016-10-14T17:02:08Z

← Older revision		Revision as of 19:02, 14 October 2016
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	<div style="float:right">		<div style="float:right">
	{{#referencelist:		{{#referencelist:
	\|references=MSG-GLB_fricko_energy_2016; MSG-GLB_cameron_policy_2016;MSG-GLB_keppo_short_2010;MSG-GLB_krey_implications_2009;MSG-GLB_oneill_mitigation_2010;MSG-GLB_schafer_structural_2005;MSG-GLB_messner_endogenized_1997;MSG-GLB_ekholm_determinants_2010;MSG-GLB_pachauri_pathways_2013;MSG-GLB_rogner_chapter_2012;MSG-GLB_hoogwijk_global_2004;MSG-GLB_hoogwijk_global_2008;MSG-GLB_christiansson_diffusion_1995;MSG-GLB_tubiello_reducing_2007;MSG-GLB_van_vuuren_future_2009;MSG-GLB_larson_chapter_2012;MSG-GLB_riahi_greenhouse_2000;MSG-GLB_riahi_prospects_2004;MSG-GLB_rao_role_2006;MSG-GLB_riahi_rcp_2011;MSG-GLB_riahi_scenarios_2007;MSG-GLB_wigley_magicc/scengen_2008;MSG-GLB_keppo_probabilistic_2007;MSG-GLB_meinshausen_greenhouse-gas_2009;MSG-GLB_meinshausen_what_2006;MSG-GLB_forest_quantifying_2002;MSG-GLB_amann_cost-effective_2011;MSG-GLB_amann_current_2004;MSG-GLB_berndes_contribution_2003;MSG-GLB_bringezu_assessing_2009;MSG-GLB_dornburg_biomass_2008;MSG-GLB_eickhout_local_2008;MSG-GLB_MSG-GLB_fischer_can_2009;MSG-GLB_granier_evolution_2011;MSG-GLB_manne_buying_1992;MSG-GLB_messner_messagemacro:_2000;MSG-GLB_nonhebel_energy_2007;MSG-GLB_plantinga_econometric_1999;MSG-GLB_rao_environmental_2012;MSG-GLB_rao_better_2013;MSG-GLB_riahi_chapter_2012;MSG-GLB_rokityanskiy_geographically_2007;MSG-GLB_sathaye_summary_2003;MSG-GLB_sathaye_ghg_2006;MSG-GLB_searchinger_use_2008;MSG-GLB_smeets_bottom-up_2007;MSG-GLB_smith_competition_2010;MSG-GLB_stavins_costs_1999;MSG-GLB_stehfest_climate_2009;MSG-GLB_van_vuuren_outlook_2009;MSG-GLB_van_vuuren_bio-energy_2010;MSG-GLB_van_vliet_copenhagen_2012;MSG-GLB_messner_users_1995;MSG-GLB_ipcc_climate_2007;MSG-GLB_ipcc_revised_1996;MSG-GLB_schneider_long-term_2008;MSG-GLB_loulou_markal-macro_2004;MSG-GLB_oneill_roads_2015;MSG-GLB_havlik_global_2011;MSG-GLB_havlik_climate_2014;MSG-GLB_kindermann_predicting_2006;MSG-GLB_gusti_algorithm_2010;MSG-GLB_meinshausen_emulating_2011;MSG-GLB_meinshausen_rcp_2011;MSG-GLB_rogelj_2020_2013;MSG-GLB_rogelj_probabilistic_2013;MSG-GLB_sullivan_electric_2013;MSG-GLB_rogelj_mitigation_2015;MSG-GLB_cofala_scenarios_2007;MSG-GLB_amann_regional_2013;MSG-GLB_environmental_protection_agency_epa_global_2013;MSG-GLB_joint_research_centre_global_emissions_emission_2011;MSG-GLB_rogner_assessment_1997;MSG-GLB_riahi_shared_2016;MSG-GLB_oneill_new_2014;MSG-GLB_kc_human_2014;MSG-GLB_dellink_long-term_2015;MSG-GLB_johnson_vre_2016;MSG-GLB_pietzcker_solar_2014;MSG-GLB_eurek_wind_2016;MSG-GLB_fricko_marker_2016;MSG-GLB_world_bank_group_world_2012;MSG-GLB_un_population_division_world_2010;MSG-GLB_international_energy_agency_energy_2012;MSG-GLB_international_energy_agency_world_2014;MSG-GLB_oecd_uranium_2003;MSG-GLB_leibowicz_growth_2015;MSG-GLB_alexandratos_world_2012;MSG-GLB_bouwman_exploring_2005;MSG-GLB_conant_grassland_2004;MSG-GLB_environmental_protection_agency_epa_US_2012;MSG-GLB_food_and_agricultural_organization_fao_global_2010;MSG-GLB_fritz_highlighting_2011;MSG-GLB_herrero_global_2013;MSG-GLB_herrero_systems_2008;MSG-GLB_keyzer_diet_2005;MSG-GLB_kindermann_global_2008;MSG-GLB_mccarl_surplus_1980;MSG-GLB_mitchell_improved_2005;MSG-GLB_muhammad_international_2011;MSG-GLB_oneill_meeting_2012;MSG-GLB_parton_analysis_1987;MSG-GLB_parton_observations_1993;MSG-GLB_ramankutty_farming_2008;MSG-GLB_reynolds_estimating_2000;MSG-GLB_ruesch_new_ipcc_2008;MSG-GLB_russ_global_2007;MSG-GLB_schloss_comparing_1999;MSG-GLB_schneider_agricultural_2007;MSG-GLB_seale_international_2003;MSG-GLB_sere_world_1996;MSG-GLB_skalsky_geo-bene_2008;MSG-GLB_takayama_spatial_1971;MSG-GLB_tubiello_faostat_2013;MSG-GLB_williams_computer_1995;MSG-GLB_wint_gridded_2007;MSG-GLB_you_entropy_2006;MSG-GLB_izaurralde_simulating_2006;MSG-GLB_FAO_global_2006;MSG-GLB_kindermann_global_forest_2008;MSG-GLB_biomass_handbook_2005;MSG-GLB_rametsteiner_study_2007;MSG-GLB_hamelinck_future_2001;MSG-GLB_leduc_optimal_2008;MSG-GLB_sørensen_economies_2005;MSG-GLB_carpentieri_future_1993;MSG-GLB_herzogbaum_forstpflanzen_2008;MSG-GLB_jurvélius_labor_1997;MSG-GLB_ILO_occupational_2007;MSG-GLB_FPP_holzernte_1999;MSG-GLB_jiroušek_productivity_2007;MSG-GLB_stokes_field_1986;MSG-GLB_wang_productivity_2004;MSG-GLB_hartsough_harvesting_2001;MSG-GLB_heston_penn_2006\|+sep=;		\|references=MSG-GLB_rao_future_2016;MSG-GLB_fricko_energy_2016; MSG-GLB_cameron_policy_2016;MSG-GLB_keppo_short_2010;MSG-GLB_krey_implications_2009;MSG-GLB_oneill_mitigation_2010;MSG-GLB_schafer_structural_2005;MSG-GLB_messner_endogenized_1997;MSG-GLB_ekholm_determinants_2010;MSG-GLB_pachauri_pathways_2013;MSG-GLB_rogner_chapter_2012;MSG-GLB_hoogwijk_global_2004;MSG-GLB_hoogwijk_global_2008;MSG-GLB_christiansson_diffusion_1995;MSG-GLB_tubiello_reducing_2007;MSG-GLB_van_vuuren_future_2009;MSG-GLB_larson_chapter_2012;MSG-GLB_riahi_greenhouse_2000;MSG-GLB_riahi_prospects_2004;MSG-GLB_rao_role_2006;MSG-GLB_riahi_rcp_2011;MSG-GLB_riahi_scenarios_2007;MSG-GLB_wigley_magicc/scengen_2008;MSG-GLB_keppo_probabilistic_2007;MSG-GLB_meinshausen_greenhouse-gas_2009;MSG-GLB_meinshausen_what_2006;MSG-GLB_forest_quantifying_2002;MSG-GLB_amann_cost-effective_2011;MSG-GLB_amann_current_2004;MSG-GLB_berndes_contribution_2003;MSG-GLB_bringezu_assessing_2009;MSG-GLB_dornburg_biomass_2008;MSG-GLB_eickhout_local_2008;MSG-GLB_MSG-GLB_fischer_can_2009;MSG-GLB_granier_evolution_2011;MSG-GLB_manne_buying_1992;MSG-GLB_messner_messagemacro:_2000;MSG-GLB_nonhebel_energy_2007;MSG-GLB_plantinga_econometric_1999;MSG-GLB_rao_environmental_2012;MSG-GLB_rao_better_2013;MSG-GLB_riahi_chapter_2012;MSG-GLB_rokityanskiy_geographically_2007;MSG-GLB_sathaye_summary_2003;MSG-GLB_sathaye_ghg_2006;MSG-GLB_searchinger_use_2008;MSG-GLB_smeets_bottom-up_2007;MSG-GLB_smith_competition_2010;MSG-GLB_stavins_costs_1999;MSG-GLB_stehfest_climate_2009;MSG-GLB_van_vuuren_outlook_2009;MSG-GLB_van_vuuren_bio-energy_2010;MSG-GLB_van_vliet_copenhagen_2012;MSG-GLB_messner_users_1995;MSG-GLB_ipcc_climate_2007;MSG-GLB_ipcc_revised_1996;MSG-GLB_schneider_long-term_2008;MSG-GLB_loulou_markal-macro_2004;MSG-GLB_oneill_roads_2015;MSG-GLB_havlik_global_2011;MSG-GLB_havlik_climate_2014;MSG-GLB_kindermann_predicting_2006;MSG-GLB_gusti_algorithm_2010;MSG-GLB_meinshausen_emulating_2011;MSG-GLB_meinshausen_rcp_2011;MSG-GLB_rogelj_2020_2013;MSG-GLB_rogelj_probabilistic_2013;MSG-GLB_sullivan_electric_2013;MSG-GLB_rogelj_mitigation_2015;MSG-GLB_cofala_scenarios_2007;MSG-GLB_amann_regional_2013;MSG-GLB_environmental_protection_agency_epa_global_2013;MSG-GLB_joint_research_centre_global_emissions_emission_2011;MSG-GLB_rogner_assessment_1997;MSG-GLB_riahi_shared_2016;MSG-GLB_oneill_new_2014;MSG-GLB_kc_human_2014;MSG-GLB_dellink_long-term_2015;MSG-GLB_johnson_vre_2016;MSG-GLB_pietzcker_solar_2014;MSG-GLB_eurek_wind_2016;MSG-GLB_fricko_marker_2016;MSG-GLB_world_bank_group_world_2012;MSG-GLB_un_population_division_world_2010;MSG-GLB_international_energy_agency_energy_2012;MSG-GLB_international_energy_agency_world_2014;MSG-GLB_oecd_uranium_2003;MSG-GLB_leibowicz_growth_2015;MSG-GLB_alexandratos_world_2012;MSG-GLB_bouwman_exploring_2005;MSG-GLB_conant_grassland_2004;MSG-GLB_environmental_protection_agency_epa_US_2012;MSG-GLB_food_and_agricultural_organization_fao_global_2010;MSG-GLB_fritz_highlighting_2011;MSG-GLB_herrero_global_2013;MSG-GLB_herrero_systems_2008;MSG-GLB_keyzer_diet_2005;MSG-GLB_kindermann_global_2008;MSG-GLB_mccarl_surplus_1980;MSG-GLB_mitchell_improved_2005;MSG-GLB_muhammad_international_2011;MSG-GLB_oneill_meeting_2012;MSG-GLB_parton_analysis_1987;MSG-GLB_parton_observations_1993;MSG-GLB_ramankutty_farming_2008;MSG-GLB_reynolds_estimating_2000;MSG-GLB_ruesch_new_ipcc_2008;MSG-GLB_russ_global_2007;MSG-GLB_schloss_comparing_1999;MSG-GLB_schneider_agricultural_2007;MSG-GLB_seale_international_2003;MSG-GLB_sere_world_1996;MSG-GLB_skalsky_geo-bene_2008;MSG-GLB_takayama_spatial_1971;MSG-GLB_tubiello_faostat_2013;MSG-GLB_williams_computer_1995;MSG-GLB_wint_gridded_2007;MSG-GLB_you_entropy_2006;MSG-GLB_izaurralde_simulating_2006;MSG-GLB_FAO_global_2006;MSG-GLB_kindermann_global_forest_2008;MSG-GLB_biomass_handbook_2005;MSG-GLB_rametsteiner_study_2007;MSG-GLB_hamelinck_future_2001;MSG-GLB_leduc_optimal_2008;MSG-GLB_sørensen_economies_2005;MSG-GLB_carpentieri_future_1993;MSG-GLB_herzogbaum_forstpflanzen_2008;MSG-GLB_jurvélius_labor_1997;MSG-GLB_ILO_occupational_2007;MSG-GLB_FPP_holzernte_1999;MSG-GLB_jiroušek_productivity_2007;MSG-GLB_stokes_field_1986;MSG-GLB_wang_productivity_2004;MSG-GLB_hartsough_harvesting_2001;MSG-GLB_heston_penn_2006\|+sep=;
	\|browselinks=yes		\|browselinks=yes
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	}}		}}
	</div>		</div>


			{{#scite:
			\|bibtex=
			@article{MSG-GLB_rao_future_2016,
			title = {Future air pollution in the Shared Socio-economic Pathways},
			issn = {0959-3780},
			journal = {Global Environmental Change},
			author = {Rao, Shilpa and Klimont, Zbigniew and Smith, Steven J and Van Dingenen, Rita and Dentener, Frank and Bouwman, Lex and Riahi, Keywan and Amann, Markus and Bodirsky, Benjamin Leon and van Vuuren, Detlef P},
			year = {2016}
			}
			}}

Johanna Zilliacus at 16:40, 14 October 2016

2016-10-14T16:40:09Z

← Older revision		Revision as of 18:40, 14 October 2016
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	<div style="float:right">		<div style="float:right">
	{{#referencelist:		{{#referencelist:
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			{{#scite:
			\|bibtex=
			@article{MSG-GLB_fricko_energy_2016,
			title = {Energy sector water use implications of a 2° {C} climate policy},
			volume = {11},
			issn = {1748-9326},
			number = {3},
			journal = {Environmental Research Letters},
			author = {Fricko, Oliver and Parkinson, Simon C and Johnson, Nils and Strubegger, Manfred and van Vliet, Michelle TH and Riahi, Keywan},
			year = {2016},
			pages = {034011}
			}
			}}