Aspects Regarding the Linseed Oil Culture in Romania in the Context of the Ongoing Climate Change

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Nowadays, at global level, the linseed oil culture is more important economically than the linseed cultures for fiber. The world's largest linseed production is the linseed oil, followed by the culture for the consumption of seeds and for fibers. In this context, this study presents the evolution and the main trends in the production of the linseed oil for Romania in the period 2008-2017, the analysis being based on the values of specific indicators, namely the areas cultivated with linseeds and the production of the linseed oil achieved at the national level, macro-regions and development regions, both as a total and in the private sector as well. This analysis will be done in the context of the ongoing climate change also affecting Romania's territory. Analysing the results, one can notice that, although after 1990 the cultivated areas have decreased dramatically, since the integration of Romania into the EU, the linseed oil cultivated areas have started to grow. Thus, in 2017, Romania was the sixth EU linseed oil producer in the EU, with the South-East region holding a significant share of the cultivated areas.

Administrația Națională de Meteorologie, (2018), 100 de recorduri climatice în România, București.

Croitoru Adina Eliza, Piticar A., Sfîcă L., Roșca Cristina-Florina, Tudose T., Horvath C., Minea I., Ciupertea A. F., Scripcă Sabina, Harpa Gabriela Victoria, (2018), Extreme temperature and precipitation events in Romania, Editura Academiei Române.

Doucet M., Doucet Ilaria, (1964), Cultura Inului, Editura Agro-Silvică, București.

Doucet Ilaria, Doucet M., (2007), Rezultatele cercetărilor de ameliorare la inul de ulei și inul de fibre, în România, Genetica și ameliorarea plantelor, INCDA Fundulea Analele Institutului, vol LXXV – Jubiliar.

IPCC, (2018), Global warming of 1.5°C. An IPCC Special Report on the impacts of global warming of 1.5°C above pre-industrial levels and related global greenhouse gas emisson pathways, in the context of strengthening the global response to the threat of climate change, sustainable development, and efforts to eradicate poverty,, accessed on 28.11.2018.

Mateescu Elena, (2016), The Romanian agrometeorological services and products – current status and challenges in the context of climate change, Workshop – Agrometeorologists for farmers in hotter, drier, wetter future, Ljubljana, Slovenia.

Munteanu L.S., Cernea S., Morar G., Duda M., Vârban D., Muntean S., (2008), Fitotehnie, Ed. Academic Pres, Cluj-Napoca.

Prăvălie et al., (2018), Spatio-temporal changes of the climatic water balance in Romania as a response to precipitation and reference evapotranspiration trends during 1961-2013, Catena, 172, p. 295-312, 10.1016/j.catena.2018.08.028.

Ștefan M., Constantinescu Emilia, (2011), Fitothenie III-IV, Editura Universitaria, Craiova.

Tabără V., (2005), Fitotehnie-Plante tehnico-oleaginoase și textile, vol. I., Editura Brumar, Timișoara.

*** (2018), Atelier de lucru desfășurat la sediul MADR priviind „Proteinele vegetale – practici agronomice și beneficii ecologice,, acceseed on 10.10.2018.

*** (2018), Crops,, acceseed on 12.11.2018

*** (2018) European Commission-Agriculture and Rural Development, Cereals, oilseeds and protein crops, rice,, accessed on 28.03.2018

*** (2018) Institutul Național de Statistică (INS), Tempo AGR 108A și Tempo AGR 109A,, accessed on 29.03.2018

*** (2019) Institutul Național de Statistică (INS), Tempo AGR 101A,, accessed on 18.03.2019

*** (2019) Gazeta de Agricultură, Inul pentru ulei, o cultură de care te poți îndrăgosti!,, accessed on 23.03.2019.

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