Definicija: A thread whose execution is blocked while waiting for a wait function to return.

Definicija: Any one of a class of neutral, usually yellow oily compounds containing the divalent group = NNO.

Definicija: Vse vrste nevtralnih, ponavadi rumenih, oljnih spojin, ki vsebujejo dvovalentno skupino = NNO.

Definicija: A colorless gas that, at room temperature, reacts with oxygen to form nitrogen dioxide; may be used to form other compounds.

Definicija: Brezbarvni plin, ki na sobni temperaturi reagira s kisikom in tvori dušikov dioksid; uporablja se tudi za tvorbo drugih spojin.

Definicija: Any one of a class of usually organic compounds that contain the monovalent group, -NO2 (nitro group or radical) linked to a carbon atom.

Definicija: Vse vrste ponavadi organskih spojin, ki vsebujejo monovalentno skupino -NO2 (nitro skupina ali radikal), povezano z ogljikovim atomom.

Definicija: Any one of a class of usually organic compounds that contain the monovalent group, -NO2 (nitro group or radical) linked to a carbon atom.

Definicija: Vse vrste ponavadi organskih spojin, ki vsebujejo monovalentno skupino -NO2 (nitro skupina ali radikal), povezano z ogljikovim atomom.

Definicija: Any one of a class of usually organic compounds that contain the monovalent group, -NO2 (nitro group or radical) linked to a carbon atom.

Definicija: Vse vrste ponavadi organskih spojin, ki vsebujejo monovalentno skupino -NO2 (nitro skupina ali radikal), povezano z ogljikovim atomom.

Definicija: The process by which ammonia compounds, including man-made fertilizer and the humus provided by organic matter or plant and animal origin, are converted into nitrites and then nitrates, which are then absorbed as a nutrient by crops. Excess nitrate can be leached into surface waters and groundwaters, causing pollution. Excess nitrate may also be converted by microbes back into gaseous nitrogen, which is an important greenhouse gas, and released back into the atmosphere. The ultimate source of nitrogen in the ecosystem is the molecular nitrogen in the atmosphere. To a very limited extent, some dissolves in water. However, none is found in rock.

Definicija: Postopek, s katerim so amonijeve spojine, vključno z umetnimi gnojili in humusom, pridobljenim iz organskih snovi, rastlinskega ali živalskega izvora, spremenjene v nitrite in nitrate, ki jih kasneje kot hranilo vsrka pridelek. Izpiranje presežka nitratov v površinske in podtalne vode povzroči onesnaženje. Presežek nitratov lahko mikrobi spremenijo nazaj v plinasti dušik, ki je pomemben toplogredni plin, in se tako vrnejo v atmosfero. Osnovni vir dušika v ekosistemu je molekularni dušik v atmosferi. V omejenih količinah je nekaj dušika raztopljenega v vodi, v kamninah ni navzoč.

Definicija: The process by which ammonia compounds, including man-made fertilizer and the humus provided by organic matter or plant and animal origin, are converted into nitrites and then nitrates, which are then absorbed as a nutrient by crops. Excess nitrate can be leached into surface waters and groundwaters, causing pollution. Excess nitrate may also be converted by microbes back into gaseous nitrogen, which is an important greenhouse gas, and released back into the atmosphere. The ultimate source of nitrogen in the ecosystem is the molecular nitrogen in the atmosphere. To a very limited extent, some dissolves in water. However, none is found in rock.

Definicija: Postopek, s katerim so amonijeve spojine, vključno z umetnimi gnojili in humusom, pridobljenim iz organskih snovi, rastlinskega ali živalskega izvora, spremenjene v nitrite in nitrate, ki jih kasneje kot hranilo vsrka pridelek. Izpiranje presežka nitratov v površinske in podtalne vode povzroči onesnaženje. Presežek nitratov lahko mikrobi spremenijo nazaj v plinasti dušik, ki je pomemben toplogredni plin, in se tako vrnejo v atmosfero. Osnovni vir dušika v ekosistemu je molekularni dušik v atmosferi. V omejenih količinah je nekaj dušika raztopljenega v vodi, v kamninah ni navzoč.

Definicija: The process by which ammonia compounds, including man-made fertilizer and the humus provided by organic matter or plant and animal origin, are converted into nitrites and then nitrates, which are then absorbed as a nutrient by crops. Excess nitrate can be leached into surface waters and groundwaters, causing pollution. Excess nitrate may also be converted by microbes back into gaseous nitrogen, which is an important greenhouse gas, and released back into the atmosphere. The ultimate source of nitrogen in the ecosystem is the molecular nitrogen in the atmosphere. To a very limited extent, some dissolves in water. However, none is found in rock.

Definicija: Postopek, s katerim so amonijeve spojine, vključno z umetnimi gnojili in humusom, pridobljenim iz organskih snovi, rastlinskega ali živalskega izvora, spremenjene v nitrite in nitrate, ki jih kasneje kot hranilo vsrka pridelek. Izpiranje presežka nitratov v površinske in podtalne vode povzroči onesnaženje. Presežek nitratov lahko mikrobi spremenijo nazaj v plinasti dušik, ki je pomemben toplogredni plin, in se tako vrnejo v atmosfero. Osnovni vir dušika v ekosistemu je molekularni dušik v atmosferi. V omejenih količinah je nekaj dušika raztopljenega v vodi, v kamninah ni navzoč.

Definicija: The process by which ammonia compounds, including man-made fertilizer and the humus provided by organic matter or plant and animal origin, are converted into nitrites and then nitrates, which are then absorbed as a nutrient by crops. Excess nitrate can be leached into surface waters and groundwaters, causing pollution. Excess nitrate may also be converted by microbes back into gaseous nitrogen, which is an important greenhouse gas, and released back into the atmosphere. The ultimate source of nitrogen in the ecosystem is the molecular nitrogen in the atmosphere. To a very limited extent, some dissolves in water. However, none is found in rock.

Definicija: Postopek, s katerim so amonijeve spojine, vključno z umetnimi gnojili in humusom, pridobljenim iz organskih snovi, rastlinskega ali živalskega izvora, spremenjene v nitrite in nitrate, ki jih kasneje kot hranilo vsrka pridelek. Izpiranje presežka nitratov v površinske in podtalne vode povzroči onesnaženje. Presežek nitratov lahko mikrobi spremenijo nazaj v plinasti dušik, ki je pomemben toplogredni plin, in se tako vrnejo v atmosfero. Osnovni vir dušika v ekosistemu je molekularni dušik v atmosferi. V omejenih količinah je nekaj dušika raztopljenega v vodi, v kamninah ni navzoč.

Definicija: The process by which ammonia compounds, including man-made fertilizer and the humus provided by organic matter or plant and animal origin, are converted into nitrites and then nitrates, which are then absorbed as a nutrient by crops. Excess nitrate can be leached into surface waters and groundwaters, causing pollution. Excess nitrate may also be converted by microbes back into gaseous nitrogen, which is an important greenhouse gas, and released back into the atmosphere. The ultimate source of nitrogen in the ecosystem is the molecular nitrogen in the atmosphere. To a very limited extent, some dissolves in water. However, none is found in rock.

Definicija: Postopek, s katerim so amonijeve spojine, vključno z umetnimi gnojili in humusom, pridobljenim iz organskih snovi, rastlinskega ali živalskega izvora, spremenjene v nitrite in nitrate, ki jih kasneje kot hranilo vsrka pridelek. Izpiranje presežka nitratov v površinske in podtalne vode povzroči onesnaženje. Presežek nitratov lahko mikrobi spremenijo nazaj v plinasti dušik, ki je pomemben toplogredni plin, in se tako vrnejo v atmosfero. Osnovni vir dušika v ekosistemu je molekularni dušik v atmosferi. V omejenih količinah je nekaj dušika raztopljenega v vodi, v kamninah ni navzoč.

Definicija: A colorless gas that, at room temperature, reacts with oxygen to form nitrogen dioxide; may be used to form other compounds.

Definicija: Brezbarvni plin, ki na sobni temperaturi reagira s kisikom in tvori dušikov dioksid; uporablja se tudi za tvorbo drugih spojin.

Definicija: Any one of a class of usually organic compounds that contain the monovalent group, -NO2 (nitro group or radical) linked to a carbon atom.

Definicija: Vse vrste ponavadi organskih spojin, ki vsebujejo monovalentno skupino -NO2 (nitro skupina ali radikal), povezano z ogljikovim atomom.

Definicija: The process by which ammonia compounds, including man-made fertilizer and the humus provided by organic matter or plant and animal origin, are converted into nitrites and then nitrates, which are then absorbed as a nutrient by crops. Excess nitrate can be leached into surface waters and groundwaters, causing pollution. Excess nitrate may also be converted by microbes back into gaseous nitrogen, which is an important greenhouse gas, and released back into the atmosphere. The ultimate source of nitrogen in the ecosystem is the molecular nitrogen in the atmosphere. To a very limited extent, some dissolves in water. However, none is found in rock.

Definicija: Postopek, s katerim so amonijeve spojine, vključno z umetnimi gnojili in humusom, pridobljenim iz organskih snovi, rastlinskega ali živalskega izvora, spremenjene v nitrite in nitrate, ki jih kasneje kot hranilo vsrka pridelek. Izpiranje presežka nitratov v površinske in podtalne vode povzroči onesnaženje. Presežek nitratov lahko mikrobi spremenijo nazaj v plinasti dušik, ki je pomemben toplogredni plin, in se tako vrnejo v atmosfero. Osnovni vir dušika v ekosistemu je molekularni dušik v atmosferi. V omejenih količinah je nekaj dušika raztopljenega v vodi, v kamninah ni navzoč.

Definicija: The complex set of processes by which crops acquire the large amount of nitrogen they need to make proteins, nucleic acids and other biochemicals of which they are composed, and how the nitrogen returns to the atmosphere.

Definicija: Zapleten niz postopkov, s katerimi pridelek dobi veliko količino dušika, ki jo potrebuje za izdelavo proteinov, nukleinskih kislin in drugih biokemikalij, iz katerih je sestavljen, in način, kako se dušik vrne v atmosfero.

Definicija: Any one of a class of usually organic compounds that contain the monovalent group, -NO2 (nitro group or radical) linked to a carbon atom.

Definicija: Vse vrste ponavadi organskih spojin, ki vsebujejo monovalentno skupino -NO2 (nitro skupina ali radikal), povezano z ogljikovim atomom.