zöldár |
green tide (A proliferation of a marine green plankton toxic and often fatal to fish, perhaps stimulated by the addition of nutrients) |
|
zöldhulladék |
green waste |
|
zöldség |
vegetable (Any of various herbaceous plants having parts that are used as food) |
|
zöldség |
green vegetable (A vegetable having the edible parts rich in chlorophyll and forming an important source of vitamins and micronutrients) |
|
zöldségtermesztés |
vegetable cultivation (Cultivation of herbaceous plants that are used as food) |
|
zöldterület |
green space (A plot of vegetated land separating or surrounding areas of intensive residential or industrial use and devoted to recreation or park uses) |
|
zöldtrágya |
green manure (Herbaceous plant material plowed into the soil while still green) |
|
zoonosis/embert is fertőző állatbetegség |
zoonosis (Diseases which are biologically adapted to and normally found in animals but which under some conditions also infect man) |
|
zsilipkapu |
sluice-gate |
|
zsíroldó anyag |
lipophilic substance (unpolar substances, having affinity to fatty (unpolar) substances; Substances having an affinity for lipids) |
|
zsírtalanítás |
degreasing (1. Removing grease from wool with chemicals. 2. Removing grease from hides or skins in tanning by tumbling them in solvents. 3. Removing grease, oil, or fatty material from a metal surface with fumes from a hot solvent) |
|
zúzmó |
lichen (Composite organisms formed by the symbiosis between species of fungi and an algae. They are either crusty patches or bushy growths on tree trunks, stone walls, roofs or garden paths. Because they have no actual roots they get their sustenance from the atmosphere and rainwater. Lichens play an important role in the detection and monitoring of pollution, especially sulphur dioxide, as they are highly sensitive to pollution and different species disappear if pollution reaches specific levels) |
|
zúzmótérkép |
mapping of lichens (Maps of lichens distribution indicating air quality. Fruticose lichens (with branched structures well above the surface) are more susceptible to SO2 damage than foliose lichens (whose leaflike thallus lies nearly flat on surface) and both in turn are more susceptible than crustose lichens (which embed their tissue in the cracks of bark, soil, or rocks). The use of morphological lichen types as indicators of air pollution concentrations is well developed) |
|