poisonous$62017$ - translation to ελληνικό
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poisonous$62017$ - translation to ελληνικό

WIKIMEDIA LIST ARTICLE
Poisonous plant; Poisonous plants; Poisonous Plants; Plants, toxic; Toxic plants; Toxic plant; Examples of poisonous plants
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  • Australia, 1907: Cattlemen survey 700 cattle that were killed overnight by poisonous plants.
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poisonous      
adj. δηλητηριώδης
chemical warfare         
  • Disabled children in [[Vietnam]], most of them impacted by [[Agent Orange]], 2004
  • protection mask]] (''skyddsmask 90'')
  • Israel Defense Forces "Yanshuf" battalion soldiers at chemical warfare defense exercise
  • An American-made [[MC-1]] gas bomb
  • left
  • Aerial photograph of a German gas attack on [[Russia]]n forces circa 1916
  • Dispersion of [[chlorine]] in [[World War I]]
  • Soviet chemical weapons canisters from a stockpile in Albania
TYPE OF WARFARE THAT INVOLVES USING THE TOXIC PROPERTIES OF CHEMICAL SUBSTANCES AS WEAPONS
Potential chemical warfare agent; Biochemical warfare; Chemical Warfare; Gas (chemical warfare); Chemical war; Chemical attack; Gas warfare; Poisonous gas; Gas attack; Gas bomb; Antichemical; Antichemical warfare; Biochemical weapons; Biochemical weapon; War gas; Chemical anti-agriculture weapon
χημικός πόλεμος

Ορισμός

fruit of the poisonous tree
n. in criminal law, the doctrine that evidence discovered due to information found through illegal search or other unconstitutional means (such as a forced confession) may not be introduced by a prosecutor. The theory is that the tree (original illegal evidence) is poisoned and thus taints what grows from it. For example, as part of a coerced admission made without giving a prime suspect the so-called "Miranda warnings" (statement of rights, including the right to remain silent and what he/she says will be used against them), the suspect tells the police the location of stolen property. Since the admission cannot be introduced as evidence in trial, neither can the stolen property. See also: Miranda warning

Βικιπαίδεια

List of poisonous plants

Plants that produce toxins and/or causes irritation on contact are referred to as poisonous plants.

The toxins in poisonous plants affect herbivores, and deter them from consuming the plants. Plants cannot move to escape their predators, so they must have other means of protecting themselves from herbivorous animals. Some plants have physical defenses such as thorns, spines and prickles, but by far the most common type of protection is chemical.

Over millennia, through the process of natural selection, plants have evolved the means to produce a vast and complicated array of chemical compounds to deter herbivores. Tannin, for example, is a defensive compound that emerged relatively early in the evolutionary history of plants, while more complex molecules such as polyacetylenes are found in younger groups of plants such as the Asterales. Many of the known plant defense compounds primarily defend against consumption by insects, though other animals, including humans, that consume such plants may also experience negative effects, ranging from mild discomfort to death.

Many of these poisonous compounds also have important medicinal benefits. The varieties of phytochemical defenses in plants are so numerous that many questions about them remain unanswered, including:

  1. Which plants have which types of defense?
  2. Which herbivores, specifically, are the plants defended against?
  3. What chemical structures and mechanisms of toxicity are involved in the compounds that provide defense?
  4. What are the potential medical uses of these compounds?

These questions and others constitute an active area of research in modern botany, with important implications for understanding plant evolution and medical science.

Below is an extensive, if incomplete, list of plants containing one or more poisonous parts that pose a serious risk of illness, injury, or death to humans or domestic animals. There is significant overlap between plants considered poisonous and those with psychotropic properties, some of which are toxic enough to present serious health risks at recreational doses. There is a distinction between plants that are poisonous because they naturally produce dangerous phytochemicals, and those that may become dangerous for other reasons, including but not limited to infection by bacterial, viral, or fungal parasites; the uptake of toxic compounds through contaminated soil or groundwater; and/or the ordinary processes of decay after the plant has died; this list deals exclusively with plants that produce phytochemicals. Many plants, such as peanuts, produce compounds that are only dangerous to people who have developed an allergic reaction to them, and with a few exceptions, those plants are not included here (see list of allergens instead). Despite the wide variety of plants considered poisonous, human fatalities caused by poisonous plants – especially resulting from accidental ingestion – are rare in the developed world.