| Hint | Answer | % Correct |
|---|---|---|
| Systemic pesticides are _________ and ___________ so they are present in ____ _______. | Absorbed, translocated, plant tissues | 100%
|
| Controls | Application timing | 100%
|
| Controls | Bans | 100%
|
| Biological techniques | Barrier crops | 100%
|
| Impacts of neonicotinoids | Bee toxin | 100%
|
| Impacts of organophosphate chronic exposure | Behavioural changes | 100%
|
| Toxicity factors | Bioaccumulation | 100%
|
| Negative impacts of organochlorines | Bioaccumulation and biomagnification | 100%
|
| Controls | Biological techniques | 100%
|
| Toxicity factors | Biomagnification | 100%
|
| Predator example | Birds of prey | 100%
|
| Biological techniques | Crop rotation | 100%
|
| Why pesticides are unusual pollution | Deliberately dispersed | 100%
|
| Effects of pesticides | Ecosystem services | 100%
|
| Pyrethroids should not be used near... (2) | Fish farms, rivers | 100%
|
| Effects of pesticides | Food chain impacts | 100%
|
| Systemic pesticides protect... | Future growth | 100%
|
| Biological techniques | Genetic modification | 100%
|
| Pyrethroid toxicity (6 words) | High insect and fish, low mammalian | 100%
|
| Organophosphate toxicity | High insect, high mammalian | 100%
|
| Organochlorine toxicity | High insect, low vertebrate | 100%
|
| Neonicotinoid toxicity | High insect, low vertebrate | 100%
|
| Non-lethal doses can cause... | Ill health | 100%
|
| Why pesticides are unusual pollution | Intentionally toxic | 100%
|
| Effects of pesticides | Interspecies relationships | 100%
|
| Negative impacts of organochlorines (4 words) | Kills bees, beetles, butterflies | 100%
|
| Negative impacts of organochlorines | Kills predatory vertebrates | 100%
|
| B+B of DDT caused birds to... | Lay eggs with thin shells | 100%
|
| Benefits of organophosphates (4 words) | Low persistance and liposolubility | 100%
|
| Benefits of pyrethroids (4 words) | Low persistance and liposolubility | 100%
|
| Application timing | Low winds | 100%
|
| MDNF | Maximum Dose Never Fatal | 100%
|
| MDAF | Minimum Dose Always Fatal | 100%
|
| Type of pesticide | Neonicotinoids | 100%
|
| Impacts of organophosphates | Neurotoxin | 100%
|
| Impacts of neonicotinoids | Neurotoxin | 100%
|
| Application timing | Night time | 100%
|
| Controls | Non-persistant | 100%
|
| Specific pesticides avoid harming... | Non target species | 100%
|
| Application timing | Not flowering | 100%
|
| DDT is an | Organochloride | 100%
|
| Type of pesticide | Organochlorides | 100%
|
| Type of pesticide | Organophosphates | 100%
|
| Predator example | Otters | 100%
|
| Toxicity factors | Persistance | 100%
|
| Mobility factors | Persistance | 100%
|
| Introduction of organochlorines for +year | Pests that carry human pathogens 1940s | 100%
|
| Type of pesticide | Pyrethroids | 100%
|
| Controls | Restrictions | 100%
|
| Mobility factors | Solubility | 100%
|
| Controls | Specific | 100%
|
| Toxicity factors | Specificity | 100%
|
| B+B of DDT caused _______ in birds, reducing _______ _______ and bird _________ | Sterility, breeding success, populations | 100%
|
| Features of neonicotinoids | Synergism with fungicides | 100%
|
| Toxicity factors | Synergy | 100%
|
| Controls | Systemic | 100%
|
| Mobility factors | Vaporisation | 100%
|
| Impacts of organophosphates | Damages nerve function | 0%
|
| Impacts of organophosphate chronic exposure | Impaired memory | 0%
|
| Non-lethal doses can... | Inhibit metabolic processes | 0%
|
| Features of Ns (5 words) | May build up in aquifers | 0%
|
| Effects of pesticides | Non-target species | 0%
|
| Features of organochlorines (2) | Persistent, liposoluble | 0%
|
| Features of neonicotinoids | Photochemical degradation | 0%
|
| Impacts of neonicotinoids | Reduced disease immunity | 0%
|
| Impacts of neonicotinoids | Reduced navigation ability | 0%
|
| Features of neonicotinoids | Relatively persistent | 0%
|
| Features of neonicotinoids | Water soluble | 0%
|