General description about the peafowl reported from Pakistan their habitat,distribution,morphology,breeding,feeding habits,threats and wildlife agencies involved in its conservation.
This document discusses the key characteristics of birds. It notes that birds are endothermic, having feathers, wings, and a lightweight skeleton adapted for flight. Their fast metabolism allows efficient digestion to fuel flight and maintain a high body temperature of 40-44 degrees Celsius. Feathers insulate birds and flight requires adaptations like a strong breastbone and fused collarbone. A bird's beak and feet reflect its diet and habitat, with different shapes for perching, wading, or catching prey.
The document discusses the different types of flight and perching muscles in birds. There are three types of flight muscles - pectoral muscles, accessory muscles, and tensor muscles. Pectoral muscles like the pectoralis major and minor control the downstroke and upstroke of the wings during flight. Accessory muscles like the coraco-brachialis longus and brevis help elevate or depress the wings. Tensor muscles keep the wings stretched during flight. Perching muscles allow birds to flex their toes around perches and include flexor muscles like the gastrocnemius and extensor muscles like the plantoris.
The peacock, or Indian blue peafowl, is a medium-sized bird native to South Asia. Males have extravagant multi-colored trains of iridescent feathers that can span over 1 meter. During mating season, males perform visual displays to attract females, who select mates based on train size and health. Peafowl are omnivorous, eating insects, plants, and small animals. They live solitary or in small groups and communicate through loud calls. Though long-lived in captivity, peafowl face threats in the wild from habitat loss and predation by large cats and wild dogs.
This document provides an overview of birds, including their:
- Adaptations for flight including feathers, lightweight skeletons, and specialized respiratory systems.
- Global distribution in most habitats.
- Varied diets and specialized beaks.
- Reproduction through shelled eggs and parental care of hatchlings.
- Complex social behaviors like mating systems, migration, and nesting.
Study of preserved invertebrate species and theirHafiz M Waseem
The document discusses the classification of invertebrate animals. It describes 10 major phyla: Porifera, Cnidaria, Platyhelminthes, Nematoda, Annelida, Arthropoda, Mollusca, and Protozoa. For each phylum, it provides the key characteristics, examples of common types of animals in the phylum, and their classification into classes and orders. The document also includes images of example species from several of the phyla.
The document discusses the digestive system of mammals. It describes the organs of the digestive tract from mouth to anus. It explains their functions and enzymes involved in digesting food. Accessory organs like liver, pancreas and gallbladder are also discussed. Feeding mechanisms like teeth and tongue are described along with their roles in ingestion and digestion. Herbivorous and carnivorous mammals are compared in terms of their digestive features suited to their diets.
There are several types of flight used by different birds:
1. Gliding flight is used by waterfowl for landing and involves stationary wings and losing altitude.
2. Flapping flight generates the power for flight and is the most common, with variations in wing shapes and flapping patterns between species.
3. Soaring flight allows some birds to remain airborne without expending much energy by using updrafts and air currents, with wings remaining stationary; hawks and vultures soar by circling valleys and gaining altitude with updrafts before gliding downwind.
1. Reptiles originated from primitive labyrinthodont amphibians during the Carboniferous period and underwent two major periods of adaptive radiation - in the Paleozoic and Mesozoic eras.
2. During the Mesozoic era, reptiles dominated land, sea and air, represented by 16 orders, including dinosaurs, pterosaurs, marine reptiles and the ancestors of modern crocodiles and birds.
3. Transitional fossils like Archaeopteryx provide evidence that birds evolved from reptiles with feathers and wishbones evolving among traits shared with modern avians.
This document discusses the key characteristics of birds. It notes that birds are endothermic, having feathers, wings, and a lightweight skeleton adapted for flight. Their fast metabolism allows efficient digestion to fuel flight and maintain a high body temperature of 40-44 degrees Celsius. Feathers insulate birds and flight requires adaptations like a strong breastbone and fused collarbone. A bird's beak and feet reflect its diet and habitat, with different shapes for perching, wading, or catching prey.
The document discusses the different types of flight and perching muscles in birds. There are three types of flight muscles - pectoral muscles, accessory muscles, and tensor muscles. Pectoral muscles like the pectoralis major and minor control the downstroke and upstroke of the wings during flight. Accessory muscles like the coraco-brachialis longus and brevis help elevate or depress the wings. Tensor muscles keep the wings stretched during flight. Perching muscles allow birds to flex their toes around perches and include flexor muscles like the gastrocnemius and extensor muscles like the plantoris.
The peacock, or Indian blue peafowl, is a medium-sized bird native to South Asia. Males have extravagant multi-colored trains of iridescent feathers that can span over 1 meter. During mating season, males perform visual displays to attract females, who select mates based on train size and health. Peafowl are omnivorous, eating insects, plants, and small animals. They live solitary or in small groups and communicate through loud calls. Though long-lived in captivity, peafowl face threats in the wild from habitat loss and predation by large cats and wild dogs.
This document provides an overview of birds, including their:
- Adaptations for flight including feathers, lightweight skeletons, and specialized respiratory systems.
- Global distribution in most habitats.
- Varied diets and specialized beaks.
- Reproduction through shelled eggs and parental care of hatchlings.
- Complex social behaviors like mating systems, migration, and nesting.
Study of preserved invertebrate species and theirHafiz M Waseem
The document discusses the classification of invertebrate animals. It describes 10 major phyla: Porifera, Cnidaria, Platyhelminthes, Nematoda, Annelida, Arthropoda, Mollusca, and Protozoa. For each phylum, it provides the key characteristics, examples of common types of animals in the phylum, and their classification into classes and orders. The document also includes images of example species from several of the phyla.
The document discusses the digestive system of mammals. It describes the organs of the digestive tract from mouth to anus. It explains their functions and enzymes involved in digesting food. Accessory organs like liver, pancreas and gallbladder are also discussed. Feeding mechanisms like teeth and tongue are described along with their roles in ingestion and digestion. Herbivorous and carnivorous mammals are compared in terms of their digestive features suited to their diets.
There are several types of flight used by different birds:
1. Gliding flight is used by waterfowl for landing and involves stationary wings and losing altitude.
2. Flapping flight generates the power for flight and is the most common, with variations in wing shapes and flapping patterns between species.
3. Soaring flight allows some birds to remain airborne without expending much energy by using updrafts and air currents, with wings remaining stationary; hawks and vultures soar by circling valleys and gaining altitude with updrafts before gliding downwind.
1. Reptiles originated from primitive labyrinthodont amphibians during the Carboniferous period and underwent two major periods of adaptive radiation - in the Paleozoic and Mesozoic eras.
2. During the Mesozoic era, reptiles dominated land, sea and air, represented by 16 orders, including dinosaurs, pterosaurs, marine reptiles and the ancestors of modern crocodiles and birds.
3. Transitional fossils like Archaeopteryx provide evidence that birds evolved from reptiles with feathers and wishbones evolving among traits shared with modern avians.
Over 195 species of reptiles are found in Pakistan, including 13 endemic species. Two critically endangered crocodilian species - the mugger crocodile and gharial - live in Pakistan's rivers and wetlands. The mugger occurs primarily in Sindh and Balochistan, while the gharial is now virtually extinct throughout Pakistan. Both species face major threats from habitat loss and overhunting. The government is interested in surveys to assess their status and potential conservation programs, including a captive rearing center, to support restocking efforts.
Bats are flying mammals in the order Chiroptera. They have wings made of skin stretched between their forelimbs and tail, weak hind limbs with five clawed toes and knees that point backwards. Bats have large external ears, small eyes with poor vision, and include species like Pteropus and Pipistrellus. Pteropus is a fruit-eating bat commonly called a "flying fox" found in India, with brown fur, a long snout without a nose leaf, wings, small pinnae and a tail not included in the interfemoral membrane, that feeds on fruits such as guavas, bananas and mangoes.
The document provides a classification of birds based on their anatomical features and behaviors. It discusses the key orders of birds including flightless birds like penguins, ratites, and extinct bird groups. For each order, 1-2 defining characteristics and an example genus are given. The classification aims to group birds based on shared derived characteristics.
The document summarizes a zoology seminar on biodiversity and conservation. It defines biodiversity and describes the different levels of biological diversity. It then discusses threats to biodiversity such as habitat loss and overexploitation. The document advocates for biodiversity conservation and outlines several steps to conserve biodiversity, including protecting ecosystems, sustainable agriculture, and combating climate change.
The document classifies animals into two major groups: invertebrates and vertebrates. Invertebrates lack a backbone and include soft-bodied animals like sponges, jellyfish, worms, insects, mollusks and arthropods. Vertebrates have backbones and include fish, amphibians, reptiles, birds and mammals. The document provides examples of different types of animals from each major group and their distinguishing characteristics.
Adaptive radiation occurs when a single ancestral species diversifies rapidly into several new species with distinct ecological niches. This can happen when a group enters a new environment with unoccupied niches. Examples include Darwin's finches in the Galapagos, which diversified beak shapes to exploit different food sources, and mammals, which radiated into arboreal, aquatic, fossorial and other forms from a common ancestor. Adaptive radiation allows organisms to fill ecological space and drives evolutionary diversification.
This document discusses how God adapted various desert plants and animals to survive in the harsh desert environment. It describes how camels can go long periods without food or water due to stored fat in their hump. Rabbits and birds like owls are well-camouflaged and nocturnal. Lizards can drop their tails and chameleons can change color for protection. Cacti have thick skins and roots to store water. The Bible prohibited eating some animals like rabbits and birds for the Israelites. Overall, the document shows how God gave desert creatures special traits and behaviors to endure the desert's extreme heat, aridity, and lack of resources.
Rotifers are microscopic aquatic animals of the phylum Rotifera. Rotifers can be found in many freshwater environments and in moist soil, where they inhabit the thin films of water that are formed around soil particles.
This document provides information about the classification and characteristics of mammals. It begins with an overview of the infraclass Eutheria, or placental mammals, noting the key role of the placenta in allowing longer gestation. It then details three orders of mammals as examples: Insectivora, Xenarthra, and Chiroptera (bats). For each order, it describes general physical traits, habitat, behavior and other distinguishing characteristics. The document concludes with an overview of the order Primates, their traits and suborders.
- Birds evolved from reptiles and Archaeopteryx possessed both reptilian and avian features. Key avian traits include feathers, hollow lightweight bones, beaks, endothermy, and amniotic eggs.
- Birds have highly specialized organ systems for flight including strong heart and respiratory systems. Their feathers provide insulation and flight abilities.
- There are many orders of birds with varied traits like waterfowl that are aquatic, owls with keen vision and hearing, and songbirds that communicate through song.
This document describes the characteristics of the phylum Chordata, which includes humans and other vertebrate animals. Chordata are defined by having a notochord or backbone during development. The phylum contains five subphyla: Hemichordata, Urochordata, Cephalochordata, and Vertebrata. Vertebrata are further divided into seven classes: Agnatha, Chondrichthyes, Osteichthyes, Amphibia, Reptilia, Aves, and Mammalia. The document provides details on characteristics and examples for each group.
The document describes the fauna found in the Oriental region, which includes South Asia, Southeast Asia, and southern China. It is divided into 4 sub-regions: the Indian, Ceylon, Indo-China, and Indo-Malayan sub-regions. Each sub-region supports different types of fauna, including various mammals, birds, reptiles, amphibians, and fish. In total, the region's fauna includes over 30 mammalian families and 66 bird families, and is dominated by species like carp, catfish, snakes, lizards, monkeys, rhinos, and elephants.
Crustaceans are a large phylum of arthropods including crabs, shrimp, lobsters, barnacles, copepods and krill. They mostly live in water and have a body divided into two parts - a fused head and thorax called the cephalothorax, and an abdomen. They have many specialized jointed appendages including walking legs, swimming legs, and feeding appendages. Crustaceans have a variety of feeding methods from predation to filter feeding. They reproduce sexually with external fertilization and females carry eggs until hatching.
The ppt covers-
1. INTRODUCTION
2. SCIENTIFIC CLASSIFICATION
3. HABITAT AND DISTRIBUTION
4. BODY STRUCTURE
5. BEHAVIOUR AND ECOLOGY
6. INTERACTION WITH HUMANS
7. THREAT AND CONSERVATION
Phylum Annelida - Class Polychaeta, Class Oligochaeta, Class HirudineaMartin Arnaiz
The document summarizes the annelid phylum, focusing on the class Polychaeta. Some key points:
- Polychaeta are segmented marine worms with parapodia used for locomotion and respiration. They display a range of feeding modes from predation to filter feeding.
- They have a distinct head with sensory organs and a retractable pharynx with jaws. Their body segments bear appendages called parapodia with setae.
- Reproduction varies but often involves asexual budding or releasing gametes into the water column in mass spawnings tied to lunar cycles.
- Examples discussed include clam worms, blood worms, fanworms and tubeworms, which may bur
This document provides information about ostrich farming, including the different breeds of ostriches, their habitat and management practices. It discusses brooding and rearing of chicks, breeding management, feeding management including what to feed at different stages, laying management, and incubation of eggs. Key points include the largest breed being the Maasai ostrich, ostriches requiring large open areas to roam, important factors for brooding like temperature and litter, and females beginning egg laying at around 2 years of age and being productive for over 30 years.
"parental care of harvivore animals "seminar by Subrata paul0909091212
This document discusses parental care in herbivorous mammals. It describes how parental care varies between species, with females generally providing most of the care since males contribute little after mating. The types of parental care include maternal, paternal, and biparental care. Examples are given for several species like hippopotamus, giraffe, gorilla, and okapi. Benefits of parental care include improved offspring survival. There can also be conflicts between parents and offspring over the level and duration of care provided.
This document discusses many examples of convergent evolution across different species and environments. Some key examples mentioned include:
- Mimicry complexes that have evolved independently in insects like butterflies and snakes. Mimicry provides protection from predators for palatable species.
- Convergent evolution of traits like wings, flight, body forms adapted for swimming/flying, and defensive adaptations like spines in plants from arid regions.
- Convergent evolution of traits in lizards like burrowing, toe pads for sand, and color patterns as defenses against predators across different continents.
- Convergent camera-like eye structures in vertebrates and cephalopods providing an example of complex traits evolving
There are three main types of metamorphosis in insects: ametabolous, gradual (incomplete), and complete. Ametabolous insects like springtails undergo simple growth without morphological changes between immature and adult stages. Gradually metamorphosing insects like grasshoppers change gradually through nymph stages that resemble adults. Completely metamorphosing insects like butterflies undergo a dramatic transformation through distinct larva and pupa stages before emerging as adults. The production and cessation of juvenile hormone by the corpora allata gland controls whether an insect remains immature or undergoes metamorphosis into an adult form.
Torpedo, commonly known as electric rays, are marine carnivorous fish found on sandy or muddy bottoms from 80-100 meters deep. They are capable of generating electricity through specialized electric organs as a defense and feeding mechanism. The electric organs are composed of hexagonal electroplex cells arranged vertically like prisms that can discharge currents of 50-60 volts. Fishes are immune to their own electric currents due to high insulation of nerve fibers and high excitation thresholds of muscle fibers. The electric organs function to catch prey and as defense and warning mechanisms, and help maintain territories and allow for species recognition.
This document discusses the red-tailed hawk, a common raptor found in Georgia. It provides details on the hawk's physical characteristics such as its size, weight, wingspan, lifespan and speed. It also describes the hawk's habitat in mixed forests and fields, adaptations like its talons and vision, diet of small mammals and other prey, and mating behavior of producing 1-3 eggs each year. Threats to the hawk include other raptors like great horned owls that may attack them or compete for food. The red-tailed hawk population is stable as they are able to find prey and water to survive.
This document provides information about peacocks, including:
- Peacocks are the national bird of India and are known for their colorful tails. They live in forests and eat plants, insects, and small animals.
- Males display their tails to attract mates during breeding season in spring. Females lay 4-8 eggs and raise the chicks. Predators include large birds and animals.
- Peacocks can cause damage to crops like rice and bananas when they feed in large flocks. Farmers use methods like scarecrows and nets to protect their fields. Proper management is needed to balance protecting the national bird and reducing conflicts with agriculture.
Over 195 species of reptiles are found in Pakistan, including 13 endemic species. Two critically endangered crocodilian species - the mugger crocodile and gharial - live in Pakistan's rivers and wetlands. The mugger occurs primarily in Sindh and Balochistan, while the gharial is now virtually extinct throughout Pakistan. Both species face major threats from habitat loss and overhunting. The government is interested in surveys to assess their status and potential conservation programs, including a captive rearing center, to support restocking efforts.
Bats are flying mammals in the order Chiroptera. They have wings made of skin stretched between their forelimbs and tail, weak hind limbs with five clawed toes and knees that point backwards. Bats have large external ears, small eyes with poor vision, and include species like Pteropus and Pipistrellus. Pteropus is a fruit-eating bat commonly called a "flying fox" found in India, with brown fur, a long snout without a nose leaf, wings, small pinnae and a tail not included in the interfemoral membrane, that feeds on fruits such as guavas, bananas and mangoes.
The document provides a classification of birds based on their anatomical features and behaviors. It discusses the key orders of birds including flightless birds like penguins, ratites, and extinct bird groups. For each order, 1-2 defining characteristics and an example genus are given. The classification aims to group birds based on shared derived characteristics.
The document summarizes a zoology seminar on biodiversity and conservation. It defines biodiversity and describes the different levels of biological diversity. It then discusses threats to biodiversity such as habitat loss and overexploitation. The document advocates for biodiversity conservation and outlines several steps to conserve biodiversity, including protecting ecosystems, sustainable agriculture, and combating climate change.
The document classifies animals into two major groups: invertebrates and vertebrates. Invertebrates lack a backbone and include soft-bodied animals like sponges, jellyfish, worms, insects, mollusks and arthropods. Vertebrates have backbones and include fish, amphibians, reptiles, birds and mammals. The document provides examples of different types of animals from each major group and their distinguishing characteristics.
Adaptive radiation occurs when a single ancestral species diversifies rapidly into several new species with distinct ecological niches. This can happen when a group enters a new environment with unoccupied niches. Examples include Darwin's finches in the Galapagos, which diversified beak shapes to exploit different food sources, and mammals, which radiated into arboreal, aquatic, fossorial and other forms from a common ancestor. Adaptive radiation allows organisms to fill ecological space and drives evolutionary diversification.
This document discusses how God adapted various desert plants and animals to survive in the harsh desert environment. It describes how camels can go long periods without food or water due to stored fat in their hump. Rabbits and birds like owls are well-camouflaged and nocturnal. Lizards can drop their tails and chameleons can change color for protection. Cacti have thick skins and roots to store water. The Bible prohibited eating some animals like rabbits and birds for the Israelites. Overall, the document shows how God gave desert creatures special traits and behaviors to endure the desert's extreme heat, aridity, and lack of resources.
Rotifers are microscopic aquatic animals of the phylum Rotifera. Rotifers can be found in many freshwater environments and in moist soil, where they inhabit the thin films of water that are formed around soil particles.
This document provides information about the classification and characteristics of mammals. It begins with an overview of the infraclass Eutheria, or placental mammals, noting the key role of the placenta in allowing longer gestation. It then details three orders of mammals as examples: Insectivora, Xenarthra, and Chiroptera (bats). For each order, it describes general physical traits, habitat, behavior and other distinguishing characteristics. The document concludes with an overview of the order Primates, their traits and suborders.
- Birds evolved from reptiles and Archaeopteryx possessed both reptilian and avian features. Key avian traits include feathers, hollow lightweight bones, beaks, endothermy, and amniotic eggs.
- Birds have highly specialized organ systems for flight including strong heart and respiratory systems. Their feathers provide insulation and flight abilities.
- There are many orders of birds with varied traits like waterfowl that are aquatic, owls with keen vision and hearing, and songbirds that communicate through song.
This document describes the characteristics of the phylum Chordata, which includes humans and other vertebrate animals. Chordata are defined by having a notochord or backbone during development. The phylum contains five subphyla: Hemichordata, Urochordata, Cephalochordata, and Vertebrata. Vertebrata are further divided into seven classes: Agnatha, Chondrichthyes, Osteichthyes, Amphibia, Reptilia, Aves, and Mammalia. The document provides details on characteristics and examples for each group.
The document describes the fauna found in the Oriental region, which includes South Asia, Southeast Asia, and southern China. It is divided into 4 sub-regions: the Indian, Ceylon, Indo-China, and Indo-Malayan sub-regions. Each sub-region supports different types of fauna, including various mammals, birds, reptiles, amphibians, and fish. In total, the region's fauna includes over 30 mammalian families and 66 bird families, and is dominated by species like carp, catfish, snakes, lizards, monkeys, rhinos, and elephants.
Crustaceans are a large phylum of arthropods including crabs, shrimp, lobsters, barnacles, copepods and krill. They mostly live in water and have a body divided into two parts - a fused head and thorax called the cephalothorax, and an abdomen. They have many specialized jointed appendages including walking legs, swimming legs, and feeding appendages. Crustaceans have a variety of feeding methods from predation to filter feeding. They reproduce sexually with external fertilization and females carry eggs until hatching.
The ppt covers-
1. INTRODUCTION
2. SCIENTIFIC CLASSIFICATION
3. HABITAT AND DISTRIBUTION
4. BODY STRUCTURE
5. BEHAVIOUR AND ECOLOGY
6. INTERACTION WITH HUMANS
7. THREAT AND CONSERVATION
Phylum Annelida - Class Polychaeta, Class Oligochaeta, Class HirudineaMartin Arnaiz
The document summarizes the annelid phylum, focusing on the class Polychaeta. Some key points:
- Polychaeta are segmented marine worms with parapodia used for locomotion and respiration. They display a range of feeding modes from predation to filter feeding.
- They have a distinct head with sensory organs and a retractable pharynx with jaws. Their body segments bear appendages called parapodia with setae.
- Reproduction varies but often involves asexual budding or releasing gametes into the water column in mass spawnings tied to lunar cycles.
- Examples discussed include clam worms, blood worms, fanworms and tubeworms, which may bur
This document provides information about ostrich farming, including the different breeds of ostriches, their habitat and management practices. It discusses brooding and rearing of chicks, breeding management, feeding management including what to feed at different stages, laying management, and incubation of eggs. Key points include the largest breed being the Maasai ostrich, ostriches requiring large open areas to roam, important factors for brooding like temperature and litter, and females beginning egg laying at around 2 years of age and being productive for over 30 years.
"parental care of harvivore animals "seminar by Subrata paul0909091212
This document discusses parental care in herbivorous mammals. It describes how parental care varies between species, with females generally providing most of the care since males contribute little after mating. The types of parental care include maternal, paternal, and biparental care. Examples are given for several species like hippopotamus, giraffe, gorilla, and okapi. Benefits of parental care include improved offspring survival. There can also be conflicts between parents and offspring over the level and duration of care provided.
This document discusses many examples of convergent evolution across different species and environments. Some key examples mentioned include:
- Mimicry complexes that have evolved independently in insects like butterflies and snakes. Mimicry provides protection from predators for palatable species.
- Convergent evolution of traits like wings, flight, body forms adapted for swimming/flying, and defensive adaptations like spines in plants from arid regions.
- Convergent evolution of traits in lizards like burrowing, toe pads for sand, and color patterns as defenses against predators across different continents.
- Convergent camera-like eye structures in vertebrates and cephalopods providing an example of complex traits evolving
There are three main types of metamorphosis in insects: ametabolous, gradual (incomplete), and complete. Ametabolous insects like springtails undergo simple growth without morphological changes between immature and adult stages. Gradually metamorphosing insects like grasshoppers change gradually through nymph stages that resemble adults. Completely metamorphosing insects like butterflies undergo a dramatic transformation through distinct larva and pupa stages before emerging as adults. The production and cessation of juvenile hormone by the corpora allata gland controls whether an insect remains immature or undergoes metamorphosis into an adult form.
Torpedo, commonly known as electric rays, are marine carnivorous fish found on sandy or muddy bottoms from 80-100 meters deep. They are capable of generating electricity through specialized electric organs as a defense and feeding mechanism. The electric organs are composed of hexagonal electroplex cells arranged vertically like prisms that can discharge currents of 50-60 volts. Fishes are immune to their own electric currents due to high insulation of nerve fibers and high excitation thresholds of muscle fibers. The electric organs function to catch prey and as defense and warning mechanisms, and help maintain territories and allow for species recognition.
This document discusses the red-tailed hawk, a common raptor found in Georgia. It provides details on the hawk's physical characteristics such as its size, weight, wingspan, lifespan and speed. It also describes the hawk's habitat in mixed forests and fields, adaptations like its talons and vision, diet of small mammals and other prey, and mating behavior of producing 1-3 eggs each year. Threats to the hawk include other raptors like great horned owls that may attack them or compete for food. The red-tailed hawk population is stable as they are able to find prey and water to survive.
This document provides information about peacocks, including:
- Peacocks are the national bird of India and are known for their colorful tails. They live in forests and eat plants, insects, and small animals.
- Males display their tails to attract mates during breeding season in spring. Females lay 4-8 eggs and raise the chicks. Predators include large birds and animals.
- Peacocks can cause damage to crops like rice and bananas when they feed in large flocks. Farmers use methods like scarecrows and nets to protect their fields. Proper management is needed to balance protecting the national bird and reducing conflicts with agriculture.
The document discusses different animal species categorized by their habitat: farm animals, domestic animals, wild animals, sea animals, and endangered species. It provides details on physical characteristics, behaviors, diets, and threats faced by animals such as the vicuña, duck, horse, cat, dog, rabbit, lion, jaguar, tigrillo, starfish, seahorse, octopus, eagle, cock of the rocks, and alpaca. The goal is to raise awareness about protecting endangered species.
This document discusses 5 endangered species found in Pakistan: the Houbara bustard, Snow leopard, Sand cat, Yellow monitor lizard, and Indus River dolphin. It provides information on their classification, physical characteristics, behaviors, reproduction, conservation status, and threats facing each species. The Houbara bustard and Snow leopard are listed as vulnerable and endangered, respectively. The Sand cat, Yellow monitor, and Indus dolphin face threats such as habitat loss, hunting, and pollution, and their populations are declining in Pakistan. Conservation efforts include protected areas, breeding programs, environmental education, and laws to prevent hunting and improve river water quality.
The document provides information about various animals found in different regions of the world. It includes descriptions of 3-4 animals for each of the following regions: North America (alligator, beaver, brown bear, moose), South America (red eyed tree frog, toucan, sloth, squirrel monkey), Africa (African elephant, hippo, lion, zebra), Europe (badger, hedgehog, red squirrel, puffin), Asia (tiger, peacock, snow leopard, black buck), Australia (kookaburra, wombat, kangaroo, koala), Antarctica (arctic tern, weddel seal, emperor penguin, orca), Arctic (polar bear
This document provides descriptions of various animals. It includes 3-4 sentences describing each animal's appearance, habitat, diet, behaviors and other interesting facts. The animals described are ants, bats, cats, dogs, elephants, fish, giraffes, horses, ibex, jerboas, kelpie, lacewings, mice, nightingales, ocelots, pandas, quail, rhinos, saber-toothed beasts, tapirs, unicorns, voles, walruses, xenopus frogs, yaks, zebras and the author concludes by introducing themselves.
The document provides information on various wild animal species found in Pakistan. It discusses the Snow Leopard, describing its unique markings, solitary nature, and habitat between 2000-4000m elevation. It is threatened by prey depletion, illegal trade, and conflict with humans. The document also describes the Striped Hyena, Common Leopard, Sand Dune Cat, Lion, Wild Ass, and Black Bear. For each it provides details on physical characteristics, habitat, distribution, population threats. The Snow Leopard has an estimated population of 3,920-6,390 with the major threats being poaching, conflict with herders, habitat loss, and climate change.
Mammals are characterized by warm-bloodedness, hair or fur, highly developed brains, muscular diaphragms, mammary glands, and parental care. They have four-chambered hearts, skulls with teeth and jaws, and two sets of teeth. Mammals have four limbs adapted for locomotion like walking, running, swimming, flying or burrowing. They maintain a constant body temperature through homeothermy. Their skin has hair and glands. Mammals are classified into monotremes, marsupials, and placental mammals.
This document summarizes information about the tufted deer. It discusses the tufted deer's habitat in mountains of China, Burma, and India. It also describes improvements that could be made to tufted deer habitats in zoos, including making them warmer, providing more hiding spaces and vegetation, and making the area larger. The tufted deer has dark brown fur, males have tusks, and the young have spots. Their physical adaptations allow them to run fast and hide easily. Behaviorally, they are territorial, communicate by barking, travel alone or in pairs, and aggressively defend their territory. Their gestation period is around 180 days and they usually have 1-2 babies per year. The
1. The document provides feeding guidelines for various zoo animals including spotted deer, swamp deer, sambar, blackbuck, chinkara, four-horned antelope, gaur, giraffe, zebra, and Indian wild ass.
2. It recommends basing spotted deer diets on good quality green fodder with small amounts of concentrate, and suggests guidelines for portions and nutrient content.
3. For swamp deer, it recommends a diet high in green fodder without legumes since they are grazers, with concentrate portions based on animal size.
This was made for the web quest project for the SSES -1 section for team reptiles. Imagine my son doing his presentation at 6 years old. Amazing and how technology helps bright and curious children to love science.
He is doing this for Team Reptile for their web quest project. Imagine he is only 6 years old doing this kind of stuff. Amazing Technology works for curious intelligent children.
This document summarizes biological resources and animals from different regions of the world. It discusses animals found in Asia, including bears, otters, wolves and birds. It also describes the Bengal tiger. For Antarctica, it focuses on penguins and their characteristics. Animals from Africa discussed include lions, chimpanzees and giraffes. For South America, it mentions the ñandu bird. It also briefly outlines animals found in Central America like the resplendent quetzal, and in North America such as wild horses.
The document discusses rabbits and their characteristics. Rabbits live underground in burrows and their diet consists of green plants and carrots. They care for their young by finding food once the babies grow larger. Adult rabbits are typically 25 centimeters long and weigh between 4.5-5 kg, with males slightly smaller than females. Rabbits exhibit jumping behavior when happy and are most active at dawn and in the afternoon.
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إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
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تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
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3. • HABITAT
• It is found mainly below an altitude of 1,800 meters
• Found in moist and dry-deciduous forests, but can adapt to
live in cultivated regions .
• They also prefer sites close to water access, often riverbanks
• They prefer scrub patches and open plains.
4. Distribution
• In Pakistan, major portion of its population is now found
only in south-eastern region of Sindh province around
Tharparker.
• Its small populations are also found in north-eastern border
areas of the Punjab province, including border belt in
district narowal, northern Punjab.
• A feral population found in kallar-kahar in Punjab salt range.
5. • PHYSICAL DESCRPTION
• Crown over the head is prominent .
• They weigh in between 2.7-6 kg.
• They vary widely in length from 0.86-2.12 m.
• This species has long, strong, gray legs equipped for running
away for safety.
6. • Male neck and chest are bright blue, golden feathers line
their sides and backs, trains are an arrangement of multiple
colors featuring ocelli .
• When displayed, the male’s train spreads out in a wide fan,
showing off gold, brown, green, and black feathers. Around
30 to 40 of the ocelli around the outer edges of the fan are
not round but v-shaped.
• Females are brown, grey colored. Chicks are usually a light
yellow to brown color.
8. • BREEDING BIOLOGY
• These are polygamous.
• Peafowls usually reach maturity at the age of 2 to 3 years
• The males display in courtship by raising the upper-tail into an
arched fan.
• Wings held half open and bowed and it periodically vibrates the
long feathers.
9. • The peak season is May- June.
• The nest is a shallow in the ground lined with leaves, sticks and
other debris.
• The clutch consists of 4–8 buff white eggs which are incubated
only by the female. The eggs take about 28 days to hatch.
• Chicks follow the mother after hatching.
11. THREATS
• Habitat loss
• Illegal Trade for feathers.
• Hunting for sport and leisure.
• Use of insecticides and pesticides
• Shortage of grains and water
• Droughts
12. • Ecology
• They help regulate the numbers of venomous snakes, lizards
and insects to maintain stable ecosystem.
• Their predators are large cats like tigers and leopards.
• Wild dogs and jackals are also considered to be main
predators.
13. • They are omnivorous :consume insects, worms, lizards, frogs, and
snakes. Termites are their food of choice
• They also feed on tree and flower buds, petals, grain, grass and
bamboo shoots.
• For breakdown of food, they will ingest pebbles which are stored in
their gizzard and help grind up grains.
14. • CONSERVATION STATUS
• Endangered
• AGENCIES
• A nongovernmental organization :the Society for Conservation and Protection of
Environment (SCOPE) – has formed this group of volunteers called the ‘Green Guards’.
• Sindh wildlife department
• World wildlife fund for Pakistan (WWFP)