Search results for "climate engineering"

showing 4 items of 4 documents

Right to Food and Geoengineering

2023

AbstractClimate change poses grave risks to food security, and mitigation and adaptation actions have so far been insufficient to lessen the risk of climate-induced violations of the right to food. Could safeguarding the right to food, then, justify some forms of geoengineering? This article examines geoengineering through the analytical lens of the right to food. We look at the components of food security and consider how the acceptability of geoengineering relates to the right to food via its impacts on these components. Our examination shows that results vary greatly between different forms of geoengineering: while some forms of geoengineering fail to respect the right to food, certain o…

hiilidioksidiHistoryfood justiceelintarvikkeetfood securityilmastonmuutoksetglobal warminghuman rightsoikeudenmukaisuusAgricultural and Biological Sciences (miscellaneous)ilmastonmuokkausclimate emergencyruokaturvaihmisoikeudetclimate engineeringEnvironmental ChemistryilmastonsuojeluetiikkaauringonsäteilyGeneral Environmental ScienceJournal of Agricultural and Environmental Ethics
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Food Systems and Climate Engineering : A Plate Full of Risks or Promises?

2016

ruokajärjestelmätfood systemsclimate engineeringilmastonmuokkaus
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1. Food justice, food security, and climate engineering

2021

Food securitybusiness.industryPolitical scienceJustice (ethics)Public administrationClimate engineeringbusinessJustice and food security in a changing climate
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The impact of geoengineering on vegetation in experiment G1 of the GeoMIP

2015

Solar Radiation Management (SRM) has been proposed as a mean to partly counteract global warming. The Geoengineering Model Intercomparison Project (GeoMIP) has simulated the climate consequences of a number of SRM techniques. Thus far, the effects on vegetation have not yet been thoroughly analyzed. Here the vegetation response to the idealized GeoMIP G1 experiment from eight fully coupled Earth system models (ESMs) is analyzed, in which a reduction of the solar constant counterbalances the radiative effects of quadrupled atmospheric CO2 concentrations (abrupt4 × CO2). For most models and regions, changes in net primary productivity (NPP) are dominated by the increase in CO2, via the CO2 fe…

Atmospheric ScienceSolar constantbusiness.industryGlobal warmingPrimary productionVegetationCarbon cycleGeophysicsSpace and Planetary ScienceSolar radiation managementClimatologyEarth and Planetary Sciences (miscellaneous)Environmental scienceClimate engineeringbusinessNitrogen cycleJournal of Geophysical Research: Atmospheres
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