A) Drava B) Una C) Danube D) Sava
A) Rhine B) Danube C) Seine D) Thames
A) Bosnia and Herzegovina B) Slovenia C) Serbia D) Croatia
A) Slovenia and Austria B) Serbia and Hungary C) Croatia and Bosnia and Herzegovina D) Montenegro and Serbia
A) Josip Broz Tito B) Alija Izetbegović C) Slobodan Milošević D) Franjo Tuđman
A) Saint Vitus B) Saint Sava C) Saint Demetrius D) Saint Nicholas
A) Sarajevo B) Zagreb C) Ljubljana D) Belgrade
A) Battle of Gettysburg B) Battle of Kosovo C) Battle of Stalingrad D) Battle of Trafalgar
A) 966 kilometres (600 miles) B) 945 kilometres (587 miles) C) 950 kilometres (590 miles) D) 990 kilometres (615 miles)
A) 10,000,000 B) 8,176,000 C) 12,500,000 D) 5,000,000
A) Zagreb B) Belgrade C) Sarajevo D) Ljubljana
A) Saos B) Rhône C) Danuvius D) Rhein
A) 105,000 km² B) 97,713 km² C) 75,000 km² D) 85,000 km²
A) The Apennines B) The Pyrenees C) The Carpathian Mountains D) The Dinaric Alps
A) Derived from the Proto-Indo-European root *sewh1- meaning 'to press, push (forth); to take liquid, water' B) From an ancient Slavic word for 'river' C) Named by medieval monks D) Named after a Roman emperor
A) Drina B) Kupa C) The Morava D) Bosna
A) It was the shortest river in Yugoslavia B) It was the longest river lying completely within the country C) It did not flow through any capital cities D) It had no tributaries
A) Rhenus B) Savus C) Danuvius D) Tisia
A) 833 metres (2,733 feet) above sea level B) 132 metres (433 feet) above sea level C) 411 metres (1,348 feet) above sea level D) 261 metres (856 feet) above sea level
A) At Kranjska Gora B) At Žirovnica C) At Jesenice D) At Ljubljana
A) Moste plant B) Medvode power plant C) Mavčiče power plant D) Vrhovo hydroelectric dam
A) 411 metres (1,348 feet) above sea level B) 261 metres (856 feet) above sea level C) 833 metres (2,733 feet) above sea level D) 132 metres (433 feet) above sea level
A) Jesenice B) Žirovnica C) Kranjska Gora D) Ljubljana
A) 411 metres (1,348 feet) above sea level B) 261 metres (856 feet) above sea level C) 833 metres (2,733 feet) above sea level D) 132 metres (433 feet) above sea level
A) The Krško Nuclear Power Plant B) The Medvode power plant C) The Moste plant D) The Mavčiče power plant
A) 261 metres (856 feet) above sea level B) 411 metres (1,348 feet) above sea level C) 132 metres (433 feet) above sea level D) 833 metres (2,733 feet) above sea level
A) 600 kilometers B) 562 kilometers C) 700 kilometers D) 400 kilometers
A) A landslide in 1999 B) A drought in 1975 C) The most destructive flooding in 1964 D) An earthquake in 1986
A) Plitvice Lakes National Park B) Krka National Park C) Kornati National Park D) Lonjsko polje Nature Park
A) Brod B) Gradiška C) Brčko D) Županja
A) 0.7‰ B) 1.0‰ C) 0.4‰ D) 0.5‰
A) Šumadija and Western Serbia B) Central Serbia C) Kosovo and Metohija D) Vojvodina
A) Obedska bara B) Ada Ciganlija C) Great War Island D) Sremska Mitrovica
A) Progar B) Belgrade C) Sremska Mitrovica D) Šabac
A) Ada Ciganlija B) Great War Island C) Lake Sava D) Obedska bara oxbow lake
A) Šabac B) Progar C) Belgrade D) Sremska Mitrovica
A) Bosna B) Drina C) Kupa D) Una
A) Slavonski Brod B) Sremska Mitrovica C) Kranj D) Šabac
A) Upper basin tributaries like Kokra, Kamnik Bistrica, Savinja B) Right bank tributaries like Kupa, Una, Vrbas C) Lower segment left tributaries like Bosna, Brka, Tinja D) Left bank tributaries like Sutla, Krapina, Lonja
A) Via Augusta B) Via Egnatia C) Via Pannonia D) Via Appia
A) Five B) Fourteen C) Eleven D) Seven
A) Vladislaus II of Bohemia and Hungary B) Antun Mihanović C) France Prešeren D) William Shakespeare
A) Paleozoic rocks B) Cenozoic rocks C) Mesozoic rocks D) Neogene rocks
A) 6 B) 4 C) 8 D) 10
A) Dinarides B) Karawanks Range C) Transdanubian Mountains D) Ivanščica–Kalnik–Bilogora–Papuk
A) Franz Kafka B) France Prešeren C) Vladislaus II of Bohemia and Hungary D) Antun Mihanović
A) Plastic debris B) Deforestation C) Agriculture through livestock manure production D) Industrial waste
A) 1,110,517 B) 688,163 C) 1,283,783 D) 802,588
A) Category III B) Class IV C) Category Va D) Category II
A) E75 B) E70 C) E80 D) E61
A) 68% B) 50% C) 25% D) 86%
A) 15 days a year B) 60 days a year C) 30 days a year D) 365 days a year
A) Athens B) Emona C) Carthage D) Rome
A) Serbia B) Croatia C) Bosnia-Herzegovina D) Slovenia
A) Krka B) Adsullata C) Ljubljanica D) Sava
A) 15% B) 10% C) 12% D) 20%
A) Obrenovac B) Kranj C) Gradiška D) Sisak
A) Radovljica Glacier B) Bohinj Glacier C) Sava Dolinka Glacier D) Karawanks Glacier
A) Rainforests. B) Lowland forests. C) Desert forests. D) Mountain forests.
A) E 90 B) E 70 C) E 80-12 D) E 60
A) 2030 B) 2025 C) 2018 D) 2021
A) 20,000 B) 24,568 C) 33,049 D) 35,587
A) 35,587 B) 33,049 C) 20,000 D) 24,568
A) Bosna basin B) Kupa basin C) Drina basin D) Tisza basin
A) 1496 B) 1835 C) 1900 D) 1751
A) 300 m a.s.l. B) 545 m a.s.l. C) 700 m a.s.l. D) 1000 m a.s.l.
A) 30 B) 25 C) 40 D) 15
A) Croatia's B10 B) Bosnia's D8 C) Serbia's M4 D) Slovenia's A2
A) 14 significant groundwater bodies B) 41 identified significant groundwater bodies C) 22 significant groundwater bodies D) 8 significant groundwater bodies
A) Improve air quality B) Increase industrial waste treatment C) Reduce agricultural activities D) Control faecal discharge
A) A sailing regatta. B) A kayaking competition. C) A rowing regatta. D) An open water swimming marathon.
A) Lower segment right tributaries like Bosna, Brka, Tinja B) Left bank tributaries like Sutla, Krapina, Lonja C) Upper basin tributaries like Kokra, Kamnik Bistrica, Savinja D) Right bank tributaries like Kupa, Una, Vrbas
A) 100 megawatts B) 150 megawatts C) 122 megawatts D) 200 megawatts
A) 30000 megawatts B) 41542 megawatts C) 50000 megawatts D) 35000 megawatts
A) 18 B) 25 C) 12 D) 30
A) 25% B) 68% C) 86% D) 50%
A) Serbia's A2 B) Croatia's A3 C) Slovenia's A4 D) Bosnia's B10
A) 265,881 B) 258,873 C) 802,588 D) 688,163
A) Glacial valleys B) Volcanic valleys C) River valleys D) Limestone valleys
A) 5 B) 8 C) 10 D) 12
A) ISRBC B) EU Commission C) UNESCO D) World Bank
A) Commercial fishing B) Aquaculture C) Recreational fishing D) Industrial fishing
A) 2–18 million years old B) 300–350 million years old C) 17–12 Mya D) 5.5 million years
A) Belgrade B) Ljubljana C) Zagreb D) Sarajevo
A) 37,586 B) 53,473 C) 35,587 D) 52,822
A) Supply of drinking water B) Irrigation C) Food production D) Electricity generation
A) E75 B) E80 C) E61 D) E70
A) Cadmium B) Lead C) Arsenic D) Mercury
A) 22 reservoirs B) 8 reservoirs C) 4 reservoirs D) 41 reservoirs
A) 258,873 B) 1,110,517 C) 802,588 D) 688,163
A) 1751 B) 1496 C) 1900 D) 1835 |