A digital platform is aimed at making specific innovations and technological solutions, produced by the academic and research community, more accessible to private companies. It is a service for automatically downloading, synchronizing, sorting and displaying information from large scientific platforms such as Academia.edu, Google Scholar, or Researchers Gate to the platform EmpowerHR4Inno. Platform initially focus on priority sectors, food, health tourism, horizontal IT priority and nationally produced solutions with a tendency for further development. The following information can be found:
- Course library with sub-content WoS published, results, other solutions, and digital tools and HR models;
- Set of features that allow sending newsletters to users who sign up as interested in a particular group of news feeds.
MDPI AG
Morphological and Molecular Characterization of Micromeria croatica (Lamiaceae), an Endemic and Potentially Valuable Horticultural Species of the Dinaric Alps
Due to climate extremes and limited natural resources, especially water, we can expect increased demand in the future for species that can better tolerate climate extremes such as drought. One potentially valuable horticultural species is the endemic species of the Dinaride Mountains Micromeria croatica (Pers.) Schott (family Lamiaceae). It grows in the crevices of carbonate rocks, extending from an altitude of 150 m to more than 2000 m. This study aims to provide additional insight into the genetic...
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2023
Ivan Radosavljevic
,
Sven D. Jelaska
,
Zlatko Šatović
,
Zlatko Liber
,
Dalibor Ballian
,
Vesna Židovec
,
Dario Kremer
,
Faruk Bogunić
,
Danijela Stešević
,
Marija Hodja
'Geological Society of London'
Calcareous nannofossil age constraints on Miocene flysch sedimentation in the Outer Dinarides (Slovenia, Croatia, Bosnia-Herzegovina and Montenegro)
Flysch deposits are associated with the Outer Dinaride nappe front. They overlie Eocene platform carbonate to bathyal marl successions that subsequently cover Cretaceous platform carbonates of Apulia and the Dinaride nappes. Planktonic foraminifer biostratigraphy indicates Eocene age of flysch sedimentation. New calcareous nannofossil data reveal that several assemblages are present; besides the dominant Mid-Eocene species, Cretaceous, Paleocene,
Oligocene and Miocene taxa were also identified...
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2008
Šikić
,
Báldi-Beke
,
Marjanac
,
Babić
,
Radoičić
,
Pribičević
,
Varga
,
de Capoa
,
Stradner
,
Bignot
,
... Pogledajte sve
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