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Influence of the number of freezing cycles and cooling and thawing rates on frost resistance of spruce

1991

Gross, M. (Hohenheim Univ. (Germany). Inst. fuer Botanik) | Rainer, I. | Tranquillini, W.

AGROVOC Keywords
bewertung chambre de croissance climat de montagne fitotrones frost damage growth chambers measurement mesure mountain climate picea abies resistencia a la temperatura simulation subalpine forests temperature resistance
Bibliographic information
Volume 110 Issue 3 ISSN 0015-8003
Pagination
pp. 207-217
Other Subjects
Austria/ helada; Zyklische gefrierprozesse; (23.07); Frostresistenzgrade; Standardverfahren; Frosteinwirkung; Autriche/ gel; Frostwechselfrequenz; Simulationskuehlung; Laborsimulation; Hochlagen; Tagesablauf; Schadensgrad bestimmung; Clima de montana; Degat du au gel; Pflanzenorgantemperatur; Austria/ frost; Eignung; Auftauprozesse; Folgewirkungen frostempfindlichkeit; Resistance a la temperature; Frosthaertebestimmung; Pflanzenherkuenfte tieflagen; Simulacion; Alpine waldgrenze; Frostbelastung; Gewebebelastung; Danos por la helada; Untersuchung winterschaeden; (436); Bosque subalpino; (234.3); Nadeltemperatur fichte; 174.7 picea abies; Frostresistenzwert ermittlung; Abweichung lufttemperatur; Frostresistenz freilandbaeume; Geschwindigkeit temperaturaenderung gefrierbereich; Medicion; 422.1--012.5; Foret subalpine
Language
German
Note
2 graphs, 3 tables; 20 ref. Summaries (De, En)
Type
Summary
1991-08-15
AGRIS AP
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