Question

Присопособительные функции :комара обычного,комнатной мухи,саранчи перелётной,стрекозы(блестящей красотки),паука-крестовика,майского жука, кузнечика, муравья, пчелы, божьей коровки

Answer 1

1.Комар
Приспособления-ротовой аппарат колюще-сосущего типа и длинные антенны для восприятия запахов
2.Муха
Приспособления-фасеточные глаза,ротовой аппарат лижуще-сосущего типа откладывает при размножении большое количество яиц  и имеет короткие антенны с обонятельной функцией
3.Саранча
Приспособления-хороший слух,приспособительная окраска,большие глаза, широкий ареал обитания
4.Паук крестовик-
Приспособления-хищнические образ жизни+плетение сети и охота с ее помощью
5.Майский жук
Приспособления-Хорошо развиты органы осязания, обоняния и зрения.Покровительственая окраска
6.Кузнечик-
Приспособления-покровительная окраска и сильные конечности.
7.Муравьи-
Приспособления-общественное поведение,развитые инстинкты, широкий ареал распространения
8.Пчела
Приспособления-хорошо развиты органы осязания, обоняния и зрения.Сложно развитый головной мозг
9.Божья коровка-
Приспособления-защитная предупреждающая окраска

Answer 2

Prisposobitelnye Functions of Various Insects and Animals

Mosquito: The adaptive functions of a common mosquito include its ability to locate hosts through the detection of carbon dioxide and body heat, as well as its specialized mouthparts for piercing and sucking blood. Mosquitoes also have a unique ability to lay their eggs in standing water, which provides a suitable environment for their larvae to develop [[1]].

Housefly: The adaptive functions of a housefly include its specialized mouthparts for sponging up liquids, such as food and other substances, and its ability to quickly locate and feed on decaying organic matter. Houseflies also have a rapid reproductive cycle, allowing them to quickly populate areas with suitable conditions for breeding [[2]].

Locust: The migratory locust, also known as the desert locust, exhibits adaptive functions related to its ability to form swarms and migrate over long distances. These functions include the ability to change color and behavior in response to population density and environmental conditions, as well as the capacity for long-distance flight and the ability to consume a wide range of plant species [[3]].

Dragonfly: The adaptive functions of a dragonfly, often referred to as a "dazzling beauty," include its exceptional flying abilities, such as rapid acceleration, high maneuverability, and the ability to hover and glide. Dragonflies also have specialized eyes that provide a wide field of vision and excellent motion detection, aiding in hunting and evading predators [[4]].

Cross Spider: The adaptive functions of a cross spider, or garden spider, include its ability to construct intricate orb webs for capturing prey, as well as its venomous bite for subduing and consuming insects. Cross spiders also exhibit coloration and patterns that aid in camouflage and predator avoidance [[5]].

May Beetle: The adaptive functions of a may beetle, also known as a cockchafer, include its ability to feed on leaves and flowers, as well as its strong flight capabilities for dispersal and mating. May beetles also have a protective exoskeleton and the ability to produce defensive chemicals to deter predators [[6]].

Grasshopper: The adaptive functions of a grasshopper, or locust, include its powerful hind legs for jumping and escaping predators, as well as its specialized mouthparts for chewing and consuming plant material. Grasshoppers also exhibit coloration and body shape that aid in camouflage and predator avoidance [[7]].

Ant: The adaptive functions of an ant include its ability to communicate and coordinate with other members of the colony through chemical signals and physical interactions. Ants also exhibit complex social behaviors, division of labor, and the ability to cultivate fungi and rear aphids for food [[8]].

Bee: The adaptive functions of a bee include its ability to collect nectar and pollen from flowers using specialized mouthparts and body structures, as well as its complex communication system through dance and pheromones. Bees also exhibit cooperative foraging, hive construction, and the production of honey and beeswax [[9]].

Ladybug: The adaptive functions of a ladybug, or ladybird beetle, include its bright coloration, which serves as a warning signal to predators due to the presence of toxic compounds in its body. Ladybugs also have specialized mouthparts for feeding on aphids and other small insects, contributing to pest control in agricultural ecosystems [[10]].

I hope this information is helpful! If you have any more questions or need further details, feel free to ask.