0000000000793474

AUTHOR

Sonja Kivinen

0000-0002-8637-2328

showing 6 related works from this author

Climate change and reindeer management in Finland : Co-analysis of practitioner knowledge and meteorological data for better adaptation

2020

We studied interannual variability and changes over time in selected climate indices in the reindeer management area (RMA) in northern Finland. We present together the knowledge possessed by reindeer herders with information from meteorological measurements over three decades. The practitioner knowledge was gathered via a survey questionnaire addressing herder observations of long-term changes (approximately during the past 30 years) in climatic conditions and their impacts on herding during the four seasons. A set of temperature-, precipitation- and snow-related indices relevant for herding within the RMA was derived from spatially interpolated daily meteorological data (1981–2010). Climat…

sopeutuminenclimate changereindeer managementporoFennoskandiapohjoinen Fennoskandiaseasonal weatheradaptationilmastonmuutoksetpractitioner knowledgeNorthern Fennoscandia
researchProduct

Basal ice formation in snow cover in Northern Finland between 1948 and 2016

2018

0106 biological sciencesIce formation010504 meteorology & atmospheric sciencesRenewable Energy Sustainability and the EnvironmentPublic Health Environmental and Occupational HealthClimate changeNorthern finland010603 evolutionary biology01 natural sciencesBasal (phylogenetics)Environmental sciencePhysical geographySnow cover0105 earth and related environmental sciencesGeneral Environmental ScienceEnvironmental Research Letters
researchProduct

Climate change and reindeer management in Finland: Co-analysis of practitioner knowledge and meteorological data for better adaptation.

2020

Abstract We studied interannual variability and changes over time in selected climate indices in the reindeer management area (RMA) in northern Finland. We present together the knowledge possessed by reindeer herders with information from meteorological measurements over three decades. The practitioner knowledge was gathered via a survey questionnaire addressing herder observations of long-term changes (approximately during the past 30 years) in climatic conditions and their impacts on herding during the four seasons. A set of temperature-, precipitation- and snow-related indices relevant for herding within the RMA was derived from spatially interpolated daily meteorological data (1981–2010…

Environmental Engineering010504 meteorology & atmospheric sciencesClimate ChangeClimate change010501 environmental sciencesNorthern finland01 natural sciencesMeteorologySnowEnvironmental ChemistryAnimalsHerdingAdaptation (computer science)Waste Management and DisposalFinland0105 earth and related environmental sciences2. Zero hungerbusiness.industryCorporate governanceEnvironmental resource management15. Life on landPollutionGeographyWork (electrical)13. Climate actionManagement areaSeasonsbusinessReindeerThe Science of the total environment
researchProduct

Long-Term Climate Trends and Extreme Events in Northern Fennoscandia (1914–2013)

2017

We studied climate trends and the occurrence of rare and extreme temperature and precipitation events in northern Fennoscandia in 1914–2013. Weather data were derived from nine observation stations located in Finland, Norway, Sweden and Russia. The results showed that spring and autumn temperatures and to a lesser extent summer temperatures increased significantly in the study region, the observed changes being the greatest for daily minimum temperatures. The number of frost days declined both in spring and autumn. Rarely cold winter, spring, summer and autumn seasons had a low occurrence and rarely warm spring and autumn seasons a high occurrence during the last 20-year interval (1994–2013…

0106 biological sciencesextreme eventsAtmospheric Science010504 meteorology & atmospheric sciencesclimate trends climate warming cold season extreme events northern Fennoscandiata1171010603 evolutionary biology01 natural sciencesExtreme temperatureclimate warmingSpring (hydrology)Precipitationsääilmiötlcsh:Science0105 earth and related environmental sciencesgeographygeography.geographical_feature_categorycold seasonCold seasonGlobal warmingExtreme eventsilmastonmuutoksetclimate trendsnorthern Fennoscandiasademäärä13. Climate actionClimatologyFennoskandiaFrostPeriod (geology)Environmental sciencelämpötilalcsh:QClimate
researchProduct

Basal ice formation in snow cover in Northern Finland between 1948 and 2016

2018

Abstract Basal ice formation in the terrestrial snow cover is a common phenomenon in northern circumpolar areas, one having significant impacts on ecosystems, vegetation, animals and human activities. There is limited knowledge on the spatial and temporal occurrence of basal ice formation because of the sparse observation network and challenges involved in detecting formation events. We present a unique dataset on the annual extent of ice formation events in northern Finland between 1948 and 2016 based on reindeer herders’ descriptions of the cold season in their management reports. In extreme years, basal ice can form over wide geographical extents. In approximately half of the herding dis…

climate changeporotpractitioners’ knowledgejääFennoskandiasnow coverwarm winter eventsilmastonmuutoksetsemi-domesticated reindeer (Rangifer tarandus tarandus)human activitiesbasal icelumipeiteNorthern Fennoscandia
researchProduct

Advanced Earth observation techniques in forest biodiversity and carbon sequestration mapping

2018

Integrating multisource Earth observation (EO) data and methods allows studying forest biodiversity and carbon sequestration related questions at various spatial and temporal scales. We aim to develop and produce novel remotely sensed variables describing biodiversity and ecosystem properties using a multi-sensor approach. We utilize 1) optical satellite images (e.g. Sentinel, Landsat), 2) airborne laser scanning data, and 3) unmanned aircraft systems (UAS). Optical remote sensing covers large geographical areas at 10-30 m spatial resolution and temporal span of several decades. Laser scanning is a superb method to capture the 3D structure of forested ecosystems with sub-meter accuracy, and…

researchProduct