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https://www.ub.lu.se/formular/contact-us - 2026-05-09

Name: Nicoleta Voicu Age: 25 Nationality: Romanian Canadian Why did you choose Lund University and the Master's Programme in Strategic Communication? During the fourth year of my undergraduate program, I knew I wanted to further my education. Thus, I searched for a program to build on my current skill set. As a political science major, I wanted to learn more about how people, groups, and organizat

https://www.isk.lu.se/en/what-nicoleta-says-about-programme - 2026-05-09

Cooperatives. Transformative sustainable practices or lost in everyday routines? A study of the production of time, space and social relations. Head of the Project: Nora Rätzhel (Umeå University) In collaboration with Diana Mulinari (Lund University), David Uzzel (University of Surrex) and Ragnar Lundström (Umeå University) Financed by VR (Swedish Research Council) Cooperatives areexemplary cases

https://www.genus.lu.se/kooperativ-transformativa-hallbara-praktiker-eller-vardaglig-rutinisering-en-studie-av-hur-tid-rum - 2026-05-09

Doktorand Kontaktinformation E-post: karolina [dot] pantazatou [at] mgeo [dot] lu [dot] seOrganisation Miljö- och geovetenskapliga institutionen (MGeo) Hämtställe: 16 WebbplatsKarolina Pantazatous profil i Lunds universitets forskningsportalAndra roller Programmerare Miljö- och geovetenskapliga institutionen (MGeo) Doktorand Institutionen för naturgeografi och ekosystemvetenskap Programmerare Inst

https://www.nateko.lu.se/sv/karolina-pantazatou - 2026-05-09

Gör Sverige attraktivt igen | Saco-S Linköpings universitet (LiU) Hoppa till huvudinnehåll Öppna sökruta Öppna Huvudmeny Sök på saco.se Bli medlem Råd & stöd FAQ - Svar på vanliga frågor Individuellt stöd till medlemmar Lagar och avtal Lön Lönesättande samtal vid LiU Lönekriterier vid LiU Resultat av lokala löneförhandlingar Kvittning av felaktigt utbetald lön eller andra förmåner Tjänstgöringspla

https://www.saco.se/fortroendevald/lokalt-fackligt-arbete/lokala-akademikerforeningar/statlig-sektor/saco-s-vid-liu/nyheter/gor-sverige-attraktivt-igen/ - 2026-05-09

The upper elevational limits of vegetation growth in global high-mountains have been the focus for monitoring and assessment of climate change impacts on terrestrial ecosystems. However, existing studies have relied on field surveys that do not allow for large-scale analysis. Although remote sensing data have been used for local and regional monitoring of the vegetation upper boundaries, a global

Plastic film mulching (PFM) in the cropland may alter biophysical conditions for crop growth, which may not be accounted for in existing stomatal conductance models. This can affect the accuracy of carbon–nitrogen-water cycle simulations for the soil-crop systems and hamper our understanding of internal mechanisms that control plant leaf stomatal conductance (gsw). To evaluate the simulations of P

Temperature is a key constraint on ecosystem respiration but is typically measured at only one or a few points across a study site. Given the exponential relationship between temperature and respiration, small differences in temperature across a heterogeneous ecosystem may result in large differences in respiration fluxes. These differences are not captured in current respiration models which use

Rewetting is widely promoted as a climate mitigation strategy to preserve soil carbon in drained wetlands, although rewetting may enhance methane production and corresponding emissions. The increase in methane emissions following rewetting might be underestimated without considering near-surface methane oxidation under a fluctuating water table. Here, we refined the methane module in Lund-Potsdam-

Coastal port cities are key regions for carbon emissions (CEs) research in China, due to their industrial density, frequent transportation, and diverse human activities. Taking Ningbo City as a case study, this study employed a top-down accounting method and integrated multiple sources of geospatial data to reveal the spatiotemporal distribution characteristics of CEs from four sectors, including

Global warming accelerates the breakdown of carbon stored in permafrost regions, releasing it into the atmosphere and amplifying climate change, particularly during winter when photosynthesis ceases. The Northern Hemisphere's permafrost is primarily concentrated in two key regions — the Arctic and the Tibetan Plateau — each with distinct environmental characteristics. However, previous studies oft

Atmospheric vapor pressure deficit (VPD) is a key climatic factor that influences vegetation productivity and the global carbon cycle. With ongoing climate warming, VPD has been rising globally. However, the effects of this increase on gross primary production (GPP), especially under different driving mechanisms, remain unclear. This uncertainty limits our ability to predict terrestrial ecosystem

Projecting El Niño-Southern Oscillation responses to future climate change are hindered by limited paleoclimate records spanning past abrupt climate transitions. This study combines multi-proxy records from the Northwest Borneo Trough over the past 30 kyr with transient climate simulations, reconstructing tropical western Pacific hydroclimate during Heinrich events and Bølling–Allerød warming. Res

Addressing global water crises demands effective communication across diverse audiences, especially in initiatives such as the scientific decade HELPING by the International Association of Hydrological Sciences (IAHS). This study synthesizes insights from the hydrological community, gathered through interviews, workshops and a digital survey. We identify key challenges and best practices across th

Forests are integral to the global carbon cycle, acting as major carbon sinks, though their capacity can be altered by climate and land use changes. India has a diverse forest ecosystem, but the dynamics and changes in its carbon stocks under a changing climate are not well understood. This study investigates the regional and temporal changes in vegetation carbon biomass (VCB) within Indian forest

Highlights: What are the main findings? A ~32-year aridity cycle is detected across China through Fourier spectrum analysis of 1950–2022 aridity data. An arid–humid climate divide is revealed by entropy-based climate stability indicators. Recent remote sensing data show a nationwide expansion of surface water bodies and localized groundwater recovery. What are the implications of the main findings

Forest disturbances can cause shifts in boreal vegetation cover from predominantly evergreen to deciduous trees or non-forest dominance. This, in turn, impacts land surface properties and, potentially, regional climate. Accurately considering such shifts in future projections of vegetation dynamics under climate change is crucial but hindered (e.g., uncertainties in future disturbance regimes). In

Nowadays, there is a tendency towards higher dynamics in markets and increasing competition especially in engineering and high tech industries. Firms today need to invent new products, acquire unique business models and thereby continuously exceed customer expectations as well as outperform competition. In contrast to the previous innovative approach that relied solely on internal capabilities, ma

This study is based on the crime preventive initiative by the Western Copenhagen Police, which aims at reducing domestic violence through preventive conversations. This thesis explores the narratives of male perpetrators of either Intimate Partner Violence (IPV) or stalking who have been contacted through this initiative. Two data types are used: recorded conversations between the police and perpe

In order to accurately assess the quality of low-resolution biogeophysical parameter products, accurate scale transformations are essential. However, different scaling models often lead to inconsistent transformation results. More worryingly, many biogeophysical parameters are not scale-invariant, such as the Normalized Difference Vegetation Index (NDVI), which makes the quality assessment of low-