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Please acknowledge EMM when (re)using this material https://www.sciencedaily.com/releases/2022/03/220314120657.htmPublished in the journal Forests , the findings are an important step toward understanding the connection between wildfires and climate-change-inducing carbon emissions, according to a scientific collaboration that included Mark Harmon of Oregon State University.text/html2022-03-15T16:54+0100sciencedailyensciencedaily-864bad02faed88f69921bc23d3316211EUEnvironmentEMMCoFE_DecarbonisationRIO_ScopeEMMCoFE_GreenhousGasIPTS-AgricultureACCENTEUEnergyEnvironmentPollutionClimateChangeEB_test_HS-energyGreenhouseGasesRIO_BioeconomyProcesudviklingRWWildfirecarboncaptSahel-TestRIO_GR_Test_EnglishScienceResearchOHCHR-RejectAlternativeEnergyRenewableEnergies-TestRIO_Scope_DK_EnglishRIO_Scope_UKEnergyScientificDevelopmentsRIO_LT_Test_EnglishCPSI-NaturalDisastersRIO_Scope_FRRIO_FI_Test_EnglishNaturalDisastersEnergyTechnologiesEnvironmentalDegradationET_Crop_DamageENGreenhouseGasEmissionsTechnologyForesightRIO_DK_Test_EnglishEmissionGasTEMProtectedAreaasc-biobasedRIO_EE_Test_EnglishHealth-EffectsEnvironmentEMMCoFE_GreenhouseGas-DecarbonisationClimateChange-GeneralRIO_Scope_FI_EnglishRenewableEnergiesRIO_LV_Test_EnglishForestFireRIO_SI_Test_EnglishUNDP_NaturalDisastersUSAChadACPACP-Central_AfricaAUPanoramaClimateAction-GeneralEMMCoFE_GreenDeal_FilterGHSAGearHSSRC_TIER01HSSRC_TIER01_AMPIPTS-AGRI-General2_Dev_generalSahel-TransnationalRWCountryPageFilterRIO_AllCategoriesSRBSRC_TIERSierra_Leonehttps://www.sciencedaily.com/favicon.icoRim FireMark HarmonOregon State UniversityJohn MuirDominick DellaSalaOSU College of ForestryWild Heritage ProjectCaliforniaChadin September 2020in August 2013NowSeptember 2020August 2013DellaSalaHarmon"The general impression the public has is that much of a forest is combusted in a megafire, and that's usually what's been presented in the press," "But that did not match what we were observing, so we did a very detailed study examining the combustion process at different levels of the fire system, starting with twigs and ending up at the level of the entire fire""The estimates of the percentage of trees combusted in large fires are all over the place -- they are often high -- and this has been a major concern in the recent literature, suggesting that better estimates are needed," "Our work delivers one such estimate, one that provides a framework to synthesize combustion rates at different levels of the forest and different levels of fire severity""While many field scientists likely would not find our results surprising, there were recent peer-reviewed published estimates of up to 85% live tree combustion from the Rim Fire," "Other studies based on a literature review suggest up to 65% of the live trees could have been combusted in high-severity patches. No one in the peer-review process questioned the results""The effects of salvaging and putting some of that wood into durable wood products need to be fully investigated," "More fires need to be examined using our type of approach to determine how variable the combustion rates are at different levels for different forest types and ages"negativesurprisereliableharmon,huge forest fires,oregon state university,fire,combustion rates,living trees,trees to release,release much carbon,level,john muir project,wild heritage project-1920220315165400https://indiaeducationdiary.in/oregon-state-university-huge-forest-fires-dont-cause-living-trees-to-release-much-carbon-osu-research-shows/Research on the ground following two large wildfires in California’s Sierra Nevada mountain range showed the vast majority of carbon stored in trees before the blazes was still there after the fires. Published in the journal Forests, the findings are an important step toward understanding the....text/html2022-03-15T08:56+0100indiaeducationdiaryenindiaeducationdiary-f42e8c4f40b91e4b1e2a1bae496709c0RIO_Scope_DK_EnglishHealth-EffectsEnvironmentalDegradationClimateChangeasc-biobasedUNDP_NaturalDisastersRIO_Scope_FI_EnglishACCENTRenewableEnergies-TestEnergyTechnologiesRWWildfireEnvironmentPollutionOHCHR-RejectRIO_LT_Test_EnglishForestFireEMMCoFE_GreenhousGasEMMCoFE_GreenhouseGas-DecarbonisationTEMProtectedAreaTechnologyForesightEnergyProcesudviklingRIO_LV_Test_EnglishScientificDevelopmentsGreenhouseGasEmissionsRIO_Scope_HUEUEnvironmentRIO_BioeconomySahel-TestCPSI-NaturalDisastersEUEnergyET_Crop_DamageENRIO_SI_Test_EnglishRIO_Scope_FRScienceResearchIPTS-AgricultureEnvironmentGreenhouseGasesRenewableEnergiesEB_test_HS-energyRIO_Scope_UKClimateChange-GeneralRIO_FI_Test_EnglishRIO_DK_Test_EnglishcarboncaptRIO_ScopeRIO_GR_Test_EnglishNaturalDisastersEmissionGasEMMCoFE_DecarbonisationRIO_EE_Test_EnglishAlternativeEnergyUSAChadACPACP-Central_AfricaAUPanoramaClimateAction-GeneralEMMCoFE_GreenDeal_FilterGHSAGearIPTS-AGRI-General2_Dev_generalSahel-TransnationalRWCountryPageFilterRIO_AllCategoriesSierra_Leonehttps://indiaeducationdiary.in/wp-content/uploads/2021/03/India-Education-Diary-fav.pngRim FireMark HarmonOregon State UniversityJohn MuirDominick DellaSalaOSU College of ForestryWild Heritage ProjectCaliforniaChadNevadain September 2020in August 2013September 2020August 2013DellaSalaHarmon“The general impression the public has is that much of a forest is combusted in a megafire, and that’s usually what’s been presented in the press,” “But that did not match what we were observing, so we did a very detailed study examining the combustion process at different levels of the fire system, starting with twigs and ending up at the level of the entire fire”“The estimates of the percentage of trees combusted in large fires are all over the place – they are often high – and this has been a major concern in the recent literature, suggesting that better estimates are needed,” “Our work delivers one such estimate, one that provides a framework to synthesize combustion rates at different levels of the forest and different levels of fire severity”“While many field scientists likely would not find our results surprising, there were recent peer-reviewed published estimates of up to 85% live tree combustion from the Rim Fire,” “Other studies based on a literature review suggest up to 65% of the live trees could have been combusted in high-severity patches. No one in the peer-review process questioned the results”“The effects of salvaging and putting some of that wood into durable wood products need to be fully investigated,” “More fires need to be examined using our type of approach to determine how variable the combustion rates are at different levels for different forest types and ages”negativesurprisereliableoregon state university,huge forest fires,california's sierra nevada,osu research shows,harmon,combustion rates,living trees,trees to release,rim fire,release much carbon-1920220315085600https://www.spacedaily.com/reports/Huge_forest_fires_dont_cause_living_trees_to_release_much_carbon_OSU_research_shows_999.htmlResearch on the ground following two large wildfires in California's Sierra Nevada mountain range showed the vast majority of carbon stored in trees before the blazes was still there after the fires. Published in the journal Forests, the findings are an important step toward understanding the....text/html2022-03-15T06:14+0100terradailyenterradaily-a21aff6b20a9227ccd83790ea0c76669RIO_Scope_DK_EnglishHealth-EffectsEnvironmentalDegradationClimateChangeasc-biobasedUNDP_NaturalDisastersRIO_Scope_FI_EnglishACCENTRenewableEnergies-TestEnergyTechnologiesRWWildfireEnvironmentPollutionOHCHR-RejectRIO_LT_Test_EnglishForestFireEMMCoFE_GreenhousGasEMMCoFE_GreenhouseGas-DecarbonisationTEMProtectedAreaTechnologyForesightEnergyProcesudviklingRIO_LV_Test_EnglishScientificDevelopmentsGreenhouseGasEmissionsEUEnvironmentRIO_BioeconomySahel-TestCPSI-NaturalDisastersEUEnergyET_Crop_DamageENRIO_SI_Test_EnglishRIO_Scope_FRScienceResearchIPTS-AgricultureEnvironmentGreenhouseGasesRenewableEnergiesEB_test_HS-energyRIO_Scope_UKClimateChange-GeneralRIO_FI_Test_EnglishRIO_DK_Test_EnglishcarboncaptRIO_ScopeRIO_GR_Test_EnglishNaturalDisastersEmissionGasEMMCoFE_DecarbonisationRIO_EE_Test_EnglishAlternativeEnergyUSAChadACPACP-Central_AfricaAUPanoramaClimateAction-GeneralEMMCoFE_GreenDeal_FilterGHSAGearDU_sourcesIPTS-AGRI-General2_Dev_generalSahel-TransnationalRWCountryPageFilterRIO_AllCategoriesSRBSRC_TIERSierra_Leonehttps://www.spacedaily.com/favicon.icoRim FireMark HarmonOregon State UniversityJohn MuirDominick DellaSalaOSU College of ForestryWild Heritage ProjectCaliforniaChadNevadain September 2020in August 2013September 2020August 2013DellaSalaHarmon"The general impression the public has is that much of a forest is combusted in a megafire, and that's usually what's been presented in the press," "But that did not match what we were observing, so we did a very detailed study examining the combustion process at different levels of the fire system, starting with twigs and ending up at the level of the entire fire""The estimates of the percentage of trees combusted in large fires are all over the place - they are often high - and this has been a major concern in the recent literature, suggesting that better estimates are needed," "Our work delivers one such estimate, one that provides a framework to synthesize combustion rates at different levels of the forest and different levels of fire severity""While many field scientists likely would not find our results surprising, there were recent peer-reviewed published estimates of up to 85% live tree combustion from the Rim Fire," "Other studies based on a literature review suggest up to 65% of the live trees could have been combusted in high-severity patches. No one in the peer-review process questioned the results""The effects of salvaging and putting some of that wood into durable wood products need to be fully investigated," "More fires need to be examined using our type of approach to determine how variable the combustion rates are at different levels for different forest types and ages"negativesurprisereliablecalifornia's sierra nevada,combustion rates,huge forest fires,harmon,osu research shows,living trees,fire,trees to release,oregon state university,release much carbon-1920220315061400https://www.miragenews.com/huge-forest-fires-dont-cause-living-trees-to-742891/CORVALLIS, Ore. – Research on the ground following two large wildfires in California’s Sierra Nevada mountain range showed the vast majority of carbon stored in trees before the blazes was still there after the fires. Published in the journal Forests , the findings are an important step toward....text/html2022-03-14T18:04+0100miragenewsenmiragenews-b1f62d126a316fdbb9895e54e909267cRIO_Scope_DK_EnglishEnvironmentalDegradationClimateChangeasc-biobasedUNDP_NaturalDisastersRIO_Scope_FI_EnglishACCENTRenewableEnergies-TestEnergyTechnologiesEnvironmentPollutionOHCHR-RejectRIO_LT_Test_EnglishForestFireEMMCoFE_GreenhousGasEMMCoFE_GreenhouseGas-DecarbonisationTEMProtectedAreaEnergyProcesudviklingRIO_LV_Test_EnglishScientificDevelopmentsGreenhouseGasEmissionsEUEnvironmentRIO_BioeconomySahel-TestCPSI-NaturalDisastersEUEnergyET_Crop_DamageENRIO_SI_Test_EnglishRIO_Scope_FRScienceResearchEnvironmentGreenhouseGasesRenewableEnergiesRIO_Scope_UKClimateChange-GeneralRIO_FI_Test_EnglishRIO_DK_Test_EnglishcarboncaptRIO_ScopeRIO_GR_Test_EnglishNaturalDisastersEmissionGasEMMCoFE_DecarbonisationRIO_EE_Test_EnglishUSAChadACPACP-Central_AfricaAUPanoramaClimateAction-GeneralEMMCoFE_GreenDeal_FilterGHSAGear2_Dev_generalSahel-TransnationalRIO_AllCategoriesSierra_LeoneForestsresearchLearn more herehttps://www.miragenews.com/favicon-96x96.pngRim FireMark HarmonOregon State UniversityJohn MuirDominick DellaSalaOSU College of ForestryWild Heritage ProjectCaliforniaChadNevadain September 2020in August 2013September 2020August 2013DellaSalaHarmon“The general impression the public has is that much of a forest is combusted in a megafire, and that’s usually what’s been presented in the press,” “But that did not match what we were observing, so we did a very detailed study examining the combustion process at different levels of the fire system, starting with twigs and ending up at the level of the entire fire”“The estimates of the percentage of trees combusted in large fires are all over the place – they are often high – and this has been a major concern in the recent literature, suggesting that better estimates are needed,” “Our work delivers one such estimate, one that provides a framework to synthesize combustion rates at different levels of the forest and different levels of fire severity”“While many field scientists likely would not find our results surprising, there were recent peer-reviewed published estimates of up to 85% live tree combustion from the Rim Fire,” “Other studies based on a literature review suggest up to 65% of the live trees could have been combusted in high-severity patches. No one in the peer-review process questioned the results”negativesurprisereliableosu research shows,fire,huge forest fires,living trees,harmon,california's sierra nevada,combustion rates,trees to release,release much carbon,oregon state university,level-2020220314180400https://www.miragenews.com/huge-forest-fires-dont-cause-living-trees-to-742825/CORVALLIS, Ore. Research on the ground following two large wildfires in California’s Sierra Nevada mountain range showed the vast majority of carbon stored in trees before the blazes was still there after the fires. Published in the journal Forests , the findings are an important step toward....text/html2022-03-14T16:34+0100miragenewsenmiragenews-4860bbdfb364e5bb2b450c121ff8839dUNDP_NaturalDisastersACCENTRenewableEnergies-TestEnergyTechnologiesEMMCoFE_GreenhousGasEMMCoFE_GreenhouseGas-DecarbonisationTEMProtectedAreaTechnologyForesightEnergyProcesudviklingRIO_LV_Test_EnglishSahel-TestRIO_SI_Test_EnglishRIO_Scope_FRScienceResearchEnvironmentGreenhouseGasesEB_test_HS-energyRIO_FI_Test_EnglishcarboncaptRIO_ScopeRIO_GR_Test_EnglishEMMCoFE_DecarbonisationAlternativeEnergyRIO_Scope_DK_EnglishHealth-EffectsEnvironmentalDegradationClimateChangeasc-biobasedRIO_Scope_FI_EnglishRWWildfireEnvironmentPollutionOHCHR-RejectRIO_LT_Test_EnglishForestFireScientificDevelopmentsGreenhouseGasEmissionsEUEnvironmentRIO_BioeconomyCPSI-NaturalDisastersEUEnergyET_Crop_DamageENIPTS-AgricultureRenewableEnergiesRIO_Scope_UKClimateChange-GeneralRIO_DK_Test_EnglishNaturalDisastersEmissionGasRIO_EE_Test_EnglishUSAChadACPACP-Central_AfricaAUPanoramaClimateAction-GeneralEMMCoFE_GreenDeal_FilterGHSAGearIPTS-AGRI-General2_Dev_generalSahel-TransnationalRWCountryPageFilterRIO_AllCategoriesSierra_LeoneForestsresearchLearn more herehttps://www.miragenews.com/favicon-96x96.pngRim FireMark HarmonOregon State UniversityJohn MuirDominick DellaSalaOSU College of ForestryWild Heritage ProjectCaliforniaChadNevadain September 2020in August 2013NowSeptember 2020August 2013DellaSalaHarmon“The general impression the public has is that much of a forest is combusted in a megafire, and that’s usually what’s been presented in the press,” “But that did not match what we were observing, so we did a very detailed study examining the combustion process at different levels of the fire system, starting with twigs and ending up at the level of the entire fire”“The estimates of the percentage of trees combusted in large fires are all over the place they are often high and this has been a major concern in the recent literature, suggesting that better estimates are needed,” “Our work delivers one such estimate, one that provides a framework to synthesize combustion rates at different levels of the forest and different levels of fire severity”“While many field scientists likely would not find our results surprising, there were recent peer-reviewed published estimates of up to 85% live tree combustion from the Rim Fire,” “Other studies based on a literature review suggest up to 65% of the live trees could have been combusted in high-severity patches. No one in the peer-review process questioned the results”“The effects of salvaging and putting some of that wood into durable wood products need to be fully investigated,” “More fires need to be examined using our type of approach to determine how variable the combustion rates are at different levels for different forest types and ages”negativesurprisereliablefire,combustion rates,huge forest fires,harmon,living trees,california's sierra nevada,trees to release,oregon state university,release much carbon,level-1920220314163400https://www.eurekalert.org/news-releases/945985, the findings are an important step toward understanding the connection between wildfires and climate-change-inducing carbon emissions, according to a scientific collaboration that included Mark Harmon of Oregon State University. Carbon dioxide, a product of combustion, is a major greenhouse gas and one of the primary causes of climate change.text/html2022-03-14T16:33+0100eurekalerteneurekalert-b555e3caafcbdb38426d96e2807f1e32UNDP_NaturalDisastersACCENTRenewableEnergies-TestEnergyTechnologiesEMMCoFE_GreenhousGasEMMCoFE_GreenhouseGas-DecarbonisationTEMProtectedAreaTechnologyForesightEnergyProcesudviklingRIO_LV_Test_EnglishRIO_Scope_HUSahel-TestRIO_SI_Test_EnglishRIO_Scope_FRScienceResearchEnvironmentGreenhouseGasesEB_test_HS-energyRIO_FI_Test_EnglishcarboncaptRIO_ScopeRIO_GR_Test_EnglishEMMCoFE_DecarbonisationAlternativeEnergyRIO_Scope_DK_EnglishHealth-EffectsEnvironmentalDegradationClimateChangeasc-biobasedRIO_Scope_FI_EnglishRWWildfireEnvironmentPollutionOHCHR-RejectRIO_LT_Test_EnglishForestFireScientificDevelopmentsGreenhouseGasEmissionsEUEnvironmentRIO_BioeconomyCPSI-NaturalDisastersEUEnergyET_Crop_DamageENIPTS-AgricultureRenewableEnergiesRIO_Scope_UKClimateChange-GeneralRIO_DK_Test_EnglishNaturalDisastersEmissionGasRIO_EE_Test_EnglishUSAChadACPACP-Central_AfricaAUPanoramaClimateAction-GeneralEMMCoFE_GreenDeal_FilterGHSAGearHSSRC_TIER01HSSRC_TIER01_AMPIPTS-AGRI-General2_Dev_generalSahel-TransnationalRWCountryPageFilterRIO_AllCategoriesSierra_Leoneresearchhttps://www.eurekalert.org/favicon.icoRim FireMark HarmonOregon State UniversityJohn MuirDominick DellaSalaOSU College of ForestryWild Heritage ProjectCaliforniaChadNevadaarcht stSeptember 2020August 2013DellaSalaHarmon“The general impression the public has is that much of a forest is combusted in a megafire, and that’s usually what’s been presented in the press,” “But that did not match what we were observing, so we did a very detailed study examining the combustion process at different levels of the fire system, starting with twigs and ending up at the level of the entire fire”“The estimates of the percentage of trees combusted in large fires are all over the place they are often high and this has been a major concern in the recent literature, suggesting that better estimates are needed,” “Our work delivers one such estimate, one that provides a framework to synthesize combustion rates at different levels of the forest and different levels of fire severity”“While many field scientists likely would not find our results surprising, there were recent peer-reviewed published estimates of up to 85% live tree combustion from the Rim Fire,” “Other studies based on a literature review suggest up to 65% of the live trees could have been combusted in high-severity patches. No one in the peer-review process questioned the results”“The effects of salvaging and putting some of that wood into durable wood products need to be fully investigated,” “More fires need to be examined using our type of approach to determine how variable the combustion rates are at different levels for different forest types and ages”negativesurprisereliableoregon state university,carbon,huge forest fires,california's sierra nevada,university peer-reviewed publication,nevada mountain range,living trees,research shows oregon,combustion rates,trees to release,harmon-1920220314163300https://www.iagua.es/blogs/javier-navarro/sequia-efecto-nivel-mundialEste trabajo es la recopilación de información sobre la sequía en los 5 continentes en forma muy resumida, esta información fue estudiada de la información que existe en internet en los distintos país que tocaremos y de la cual la reduje según mi criterio. Se estuvo buscando la información desde 2017 para estar lo más actualizada posible.text/html2022-03-04T15:08+0100iaguaesiagua-31590ae33e48c6fc08aba1374c54af47EUControlWordsClimateChangeET_SportPTCAR_NameOfSettlements-Administrative2020RWFloodUNDP_EcologyCircularEconomyRWHeatWaveOHCHR-A1102-FoodPovertyDueToIncreasingFoodPricesRWFoodandNutritionRomeUnitedNationsPolarNaplesEcologyPreparationFoodSecurityFoodAidMunichTH1102-FoodPovertyDueToIncreasingFoodPricesScienceResearchIPTS-HarvestEuropeRIO_ScopeItalyNewUNDP_NaturalDisastersUNDP_DroughtTreatmentRIO_Scope_FRET_Bio_Chemical_AttackPTRWAgricultureForestsAgricultureEnvironmentExternalRelationsEuropolRWClimateChangeET_SportROFirma_opslagUNbodiesRussianCaucusesEUEnvironmentIPTS-ProductionWaterQualitySoilsRIO_Scope_HUOutBreaksExternalRelationsIPTS-AgricultureDesertificationEUAgricultureSahel-TestDroughtCPSI-NaturalDisastersET_SPORTFRWorldBankTH3101-ColumbiaMentionsOfOHCHRClimateChange-GeneralET_SportESEMMCoFE_InternationalClimateActionDisinfoSwedenProcesudviklingET_Heat_WaveESIPTS-LandMilanoFull_noveltyOHCHR-A1103-Faminemigr_TestIPTS-YieldNaturalDisastersKP_NameOfSettlements-Admin_VENMI-EuropeIPTS-PriceWaterManagementFacebookET_Disorder_Protest_MutinyCSUNDP_FoodSecurityFoodAidNatechExpandingInfluenceofEastandSouthArgentinaUSAUzbekistanChadSomaliaKazakhstanSpainIndiaRepublicCongoRussiaVenezuelaMoroccoChinaBrazilItalyMexicoChileArcticAustraliaGermanyNewZealandTajikistanACPACP-Central_AfricaAUPanoramaDeforestationEuropeClimateAction-GeneralEMMCoFE_GreenDeal_FilterSecurity-AfricaGHSAGearENVoutsideEUWaterManagementEuropeWaterQualityEuropePPRDMediterraneanBasinSpecialInterestCountriesF5607-ArgentinaF5609-AustraliaF5624-BrazilF5634-ChadF5635-ChileF5636-ChinaF5639-CongoRepublicOfF0000-AllRiskFactorsIPTS-AGRI-GeneralIPTS-AGRI-YieldProdHarvestIPTS-Price-AGRIIPTS-AGRI-PriceVolInfPPRDEast2_Programme_DisastersWider_novelty_megatrendsNovelty_filter_MK2_Dev_generalSahel-TransnationalMorocco_devMF00-EuropeOHCHR-F0000-AllRiskFactorsOHCHR-F5607-ArgentinaOHCHR-F5609-AustraliaOHCHR-F5624-BrazilOHCHR-F5634-ChadOHCHR-F5635-ChileOHCHR-F5636-ChinaOHCHR-F5639-CongoRepublicOfOHCHR-F5666-GermanyOHCHR-F5679-IndiaOHCHR-F5685-ItalyOHCHR-F5689-KazakhstanOHCHR-F5713-MexicoOHCHR-F5718-MoroccoOHCHR-F5725-NewZealandOHCHR-F5746-RussianFederationOHCHR-F5763-SomaliaOHCHR-F5766-SpainOHCHR-F5773-TajikistanOHCHR-F5788-UnitedStatesOfAmericaOHCHR-F5790-UzbekistanOHCHR-F5792-VenezuelaOHCHR-F5901-G5-SahelOHCHR-F5904-SouthPacificOHCHR-F5905-CentralAfricaOHCHR-F5907-DohaOHCHR-F5908-CentralAmericaOHCHR-F5909-CentralAsiaOHCHR-F5911-EuropeOHCHR-F5912-SouthAmericaOHCHR-F5913-MENARWClusteringRWCountryPageFilterCircularEconomyCRMSRBSRC_TIERSierra_LeoneAboutItalyNASAconvertirse en la próxima pandemiaNatura CommunicationsUniversidad de California (UCLA por sus siglas en inglés).revista OrinocoSegún el Banco Mundialmanchas oceánicas cálidashttps://www.iagua.es/sites/all/themes/iagua_v7/images/favicons/favicon-192x192.pngNASAONUUniversidad de CaliforniaFAOGrupo Intergubernamental de Expertos sobre el Cambio ClimáticoMagdalena MittermeierEl NiñoAcademia de CienciasBanco MundialPacífico SurNatura CommunicationsEn EspañaAcademia RusaGennady MatishovAgencia de NoticiasCentro NacionalZhou TianjunInstituto de FísicaUniversidad de MarylandJournal of ClimateAmerican Meteorological SocietyInstituto NacionalIsla SurBrasilArgentinaIndiaChinaCongoeuropeosIndiaitalianasItaliaafricanaSomaliaEstados UnidosChinabrasileñoArgentinaAustraliaCamerúnCanadáChadChileChinaCongoCongoEtiopíaFranciaAlemaniaKazajistánKeniaKirguistánMéxicoMarruecosNueva ZelandaNígerNígerRusiaEspañaTayikistánUzbekistánVenezuelaCataniaRomaNevadaDakotaUrbanaWashingtonMilánMarlboroughMontana2017203020211980201519802015199319982001201220142021200320102018201720202010197020502030200220102021julio 2021Drought: world-wide effectThis work is gathering information on the drought in the 5 continents in the form very briefly, this information was examined the information that exists in the internet in the different country tocaremos and which the reduje according to my criterion. It was seeking information from 2017 to be as up-to-date as possible.negativeangersequía,agua,años,cambio climático,país,situación,ríos,trayendo,trabajo,reducción,sequías,regiones,estudio,nivel mundial-720220304150800