Venus fly trap
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The Venus flytrap is a carnivorous plant found in damp soil in certain areas. It traps insects to obtain nutrients not available in the soil. The leaves have trigger hairs that cause the trap to snap shut when touched, sealing the insect inside where digestive juices dissolve the soft tissues over 5-12 days to provide nutrients for the plant.
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Venus fly trap
The Venus flytrap is a small carnivorous plant found in wetlands in North and South Carolina. It has modified leaves that form traps to catch insects. The traps have trigger hairs that when touched twice cause the lobes of the trap to rapidly flip from convex to concave, closing to trap prey. Venus flytraps have adaptations like dormancy in winter and different trap types through seasons to survive in their boggy environment with irregular food sources.
The venus flytrap
The Venus flytrap is a carnivorous plant native to North and South Carolina that has adapted to nutrient-poor bog and wet savannah environments by trapping insects with snap-shut leaves in order to gain nitrogen, going dormant in winter, and developing its trap to catch larger prey despite insects making up just 5% of its diet.
Venus fly traps
The Venus fly trap is a carnivorous plant native to wetlands in North and South America. It catches prey using snap-trap leaves with trigger hairs that close when touched, trapping and digesting insects for nutrients. They grow from March to October and require soil mixtures, sunlight, and temperatures suitable to their native habitat. Various types differ in leaf and trap size, with typical Venus fly traps costing $5-20 each.
Carnivorous plant
Carnivorous plants obtain nutrients through trapping and digesting insects and small animals because the soil in their environments is typically low in nutrients. There are several types of carnivorous plants that employ different trapping mechanisms, including pitfall traps like pitcher plants which use a slippery leaf tube to trap prey, snap traps like the Venus flytrap which closes rapidly on triggered hairs, and flypaper traps such as sundews which use sticky mucilage to ensnare insects. Students were assigned to draw their own imaginary carnivorous plant using plant parts to trap and digest prey.
Insectivorous plants
This document discusses insectivorous plants, which are carnivorous plants that trap and digest insects and other small animals. There are over 600 species across 9 types of insectivorous plants that use different trapping mechanisms like pitfall traps, adhesive traps, snap traps, and lobster pot traps to capture prey. These plants typically live in nutrient-poor bog and fen habitats where they obtain nitrogen and other nutrients from their trapped insect prey rather than from the soil. Examples of insectivorous plants and their trapping mechanisms are described.
Carnivorous plants ppt
Carnivorous plants attract insects using scent and traps on their leaves, which snap shut when an insect lands. The plant tests if the trapped prey contains protein, and if so, secretes digestive fluids to dissolve the insect over days, absorbing nutrients while leaving the exoskeleton. Though plants perform photosynthesis, carnivorous plants supplement their diet with caught insects like vitamin tablets, as they grow in nutrient-poor soil.
Duck powerpoint
The Mallard duck has a green head and chestnut breast for males while females are brown. They live near bodies of water across North America, Central America, the Caribbean, and Eurasia. Mallards eat plants, grains, and small animals, and the female lays 8-10 eggs each year. The ducklings can swim and find food on their own within their first month. The primary threat to Mallards is humans.
Carnivorous plants by Trisha rai
An insectivorousplant, also called a carnivorousplant, capturesprey such asinsects,
spiders, crustaceans, mites, and protozoans, asanitrogen source. Many insectivorous
specieslive in freshwater bogs, where nitrogen is not presentin available form, because
the pH ofthe water is extremely acid. The presentation on insectivorous plant will help
the studentsto gain knowledge about thedifferent typesof insectivorous plantspecies
existing on earth aswell astheirmode of nutrition
Recommended
Venus fly trap
The Venus flytrap is a small carnivorous plant found in wetlands in North and South Carolina. It has modified leaves that form traps to catch insects. The traps have trigger hairs that when touched twice cause the lobes of the trap to rapidly flip from convex to concave, closing to trap prey. Venus flytraps have adaptations like dormancy in winter and different trap types through seasons to survive in their boggy environment with irregular food sources.
The venus flytrap
The Venus flytrap is a carnivorous plant native to North and South Carolina that has adapted to nutrient-poor bog and wet savannah environments by trapping insects with snap-shut leaves in order to gain nitrogen, going dormant in winter, and developing its trap to catch larger prey despite insects making up just 5% of its diet.
Venus fly traps
The Venus fly trap is a carnivorous plant native to wetlands in North and South America. It catches prey using snap-trap leaves with trigger hairs that close when touched, trapping and digesting insects for nutrients. They grow from March to October and require soil mixtures, sunlight, and temperatures suitable to their native habitat. Various types differ in leaf and trap size, with typical Venus fly traps costing $5-20 each.
Carnivorous plant
Carnivorous plants obtain nutrients through trapping and digesting insects and small animals because the soil in their environments is typically low in nutrients. There are several types of carnivorous plants that employ different trapping mechanisms, including pitfall traps like pitcher plants which use a slippery leaf tube to trap prey, snap traps like the Venus flytrap which closes rapidly on triggered hairs, and flypaper traps such as sundews which use sticky mucilage to ensnare insects. Students were assigned to draw their own imaginary carnivorous plant using plant parts to trap and digest prey.
Insectivorous plants
This document discusses insectivorous plants, which are carnivorous plants that trap and digest insects and other small animals. There are over 600 species across 9 types of insectivorous plants that use different trapping mechanisms like pitfall traps, adhesive traps, snap traps, and lobster pot traps to capture prey. These plants typically live in nutrient-poor bog and fen habitats where they obtain nitrogen and other nutrients from their trapped insect prey rather than from the soil. Examples of insectivorous plants and their trapping mechanisms are described.
Carnivorous plants ppt
Carnivorous plants attract insects using scent and traps on their leaves, which snap shut when an insect lands. The plant tests if the trapped prey contains protein, and if so, secretes digestive fluids to dissolve the insect over days, absorbing nutrients while leaving the exoskeleton. Though plants perform photosynthesis, carnivorous plants supplement their diet with caught insects like vitamin tablets, as they grow in nutrient-poor soil.
Duck powerpoint
The Mallard duck has a green head and chestnut breast for males while females are brown. They live near bodies of water across North America, Central America, the Caribbean, and Eurasia. Mallards eat plants, grains, and small animals, and the female lays 8-10 eggs each year. The ducklings can swim and find food on their own within their first month. The primary threat to Mallards is humans.
Carnivorous plants by Trisha rai
An insectivorousplant, also called a carnivorousplant, capturesprey such asinsects,
spiders, crustaceans, mites, and protozoans, asanitrogen source. Many insectivorous
specieslive in freshwater bogs, where nitrogen is not presentin available form, because
the pH ofthe water is extremely acid. The presentation on insectivorous plant will help
the studentsto gain knowledge about thedifferent typesof insectivorous plantspecies
existing on earth aswell astheirmode of nutrition
Insectivorous Plants
This document summarizes several carnivorous plant species, including the Venus fly trap, pitcher plant, sundew, and bladderwort. The Venus fly trap lures insects with nectar and traps them using trigger hairs that cause the trap to snap shut. Pitcher plants attract insects with nectar and trap them in fluid-filled pitchers, where they drown and are digested. The sundew and bladderwort also use sticky secretions to trap small insects, which are then digested by the plants. All of these carnivorous plants obtain nutrients from their trapped insect prey.
Carnivorous plants ppt les 3
Here is a drawing of my carnivorous plant using only plant parts:
[DRAWING OF A CARNIVOROUS PLANT USING LEAF SHAPES FOR THE TRAP AND STEM/VINES]
The trap is made of folded heart-shaped leaves. Smaller pointed leaves form the entrance. A long twisting stem holds the trap above the ground on a bed of flat round leaves.
Plant Adaptations
Plants have developed special adaptations that allow them to survive in different environments. These adaptations include physical features of the roots, leaves, and stems. For example, lily pads have roots that grow deep into the water, cacti have thick stems to store water, and ivy uses suction cup stems to cling to surfaces. Certain root structures also serve as adaptations, such as taproots that burrow deep underground or fibrous roots that spread close to the surface. These various adaptations allow plants to thrive in their particular environments, whether wet, dry, hot, or cold.
Carnivorous plant
Plants benefit in many ways from animals; e.g.,
animals play a role as pollinators and as dispersers
of fruits
Types of plants
There are two main types of plants: non-flowering and flowering. Non-flowering plants such as mosses and ferns reproduce using spores rather than flowers and seeds. Spores are tiny organisms that can be dispersed by wind. Flowering plants, also called angiosperms, follow a life cycle from seed to mature plant where they produce flowers and seeds, allowing the cycle to repeat.
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This document discusses various plant adaptations for different environments. It describes structural adaptations like leaves that absorb sunlight and roots that uptake water. It also describes behavioral adaptations such as Venus fly traps trapping insects for food. Specific plant adaptations are provided for different habitats like deserts, grasslands, tundras, rainforests, temperate forests, and bodies of water. Plants have adapted traits like thick waxy skins to hold water in deserts, deep roots to survive prairie fires in grasslands, and small stature and dark flowers to absorb heat in tundras.
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The document provides a grow guide for Venus flytraps. It recommends using distilled water for watering, as tap water contains too many minerals. It suggests the bottom watering method of keeping the potted plant in a tray of distilled water. For soil, it recommends a 1:1 mixture of peat moss and sand. It advises starting the plant in partial shade and gradually increasing sunlight exposure to 6 hours of direct sunlight per day. Alternative lighting can be provided on a 16 hours on, 8 hours off cycle.
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This document provides step-by-step instructions for repotting carnivorous plants. It lists the necessary materials as a pot, soil, sphagnum peat moss, water, and a plant. The instructions then outline a seven step process: 1) placing peat moss in the pot, 2) adding soil on top, 3) watering heavily, 4) poking a hole in the center, 5) inserting the plant roots in the hole, 6) pressing soil around the roots, and 7) adding a final layer of soil.
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Insectivorous Plants
This document summarizes several carnivorous plant species, including the Venus fly trap, pitcher plant, sundew, and bladderwort. The Venus fly trap lures insects with nectar and traps them using trigger hairs that cause the trap to snap shut. Pitcher plants attract insects with nectar and trap them in fluid-filled pitchers, where they drown and are digested. The sundew and bladderwort also use sticky secretions to trap small insects, which are then digested by the plants. All of these carnivorous plants obtain nutrients from their trapped insect prey.
Carnivorous plants ppt les 3
Here is a drawing of my carnivorous plant using only plant parts:
[DRAWING OF A CARNIVOROUS PLANT USING LEAF SHAPES FOR THE TRAP AND STEM/VINES]
The trap is made of folded heart-shaped leaves. Smaller pointed leaves form the entrance. A long twisting stem holds the trap above the ground on a bed of flat round leaves.
Plant Adaptations
Plants have developed special adaptations that allow them to survive in different environments. These adaptations include physical features of the roots, leaves, and stems. For example, lily pads have roots that grow deep into the water, cacti have thick stems to store water, and ivy uses suction cup stems to cling to surfaces. Certain root structures also serve as adaptations, such as taproots that burrow deep underground or fibrous roots that spread close to the surface. These various adaptations allow plants to thrive in their particular environments, whether wet, dry, hot, or cold.
Carnivorous plant
Plants benefit in many ways from animals; e.g.,
animals play a role as pollinators and as dispersers
of fruits
Types of plants
There are two main types of plants: non-flowering and flowering. Non-flowering plants such as mosses and ferns reproduce using spores rather than flowers and seeds. Spores are tiny organisms that can be dispersed by wind. Flowering plants, also called angiosperms, follow a life cycle from seed to mature plant where they produce flowers and seeds, allowing the cycle to repeat.
Citrus caterpillar / Lemon Butterfly
Presentation Made By Ehtisham Ali Hussain
University college of agriculture , university of sargodha
4th Semester
Email Address
shamu.hassan.eh@gmail.com
Reproduction In Animals
This document summarizes reproduction in different types of animals. It explains that mammals like humans and bears give birth to live young that they nourish and care for. Birds lay eggs that parents incubate until the chicks hatch. Frogs lay many eggs that become tadpoles and later frogs. Insects undergo complete metamorphosis from egg to larvae to pupa to adult. Butterflies pass through the stages of egg, caterpillar, pupa and adult. Fish, snakes and turtles lay eggs outside their bodies that hatch into young.
Praying Mantis
The praying mantis is named for its front legs that are bent in a praying position. These formidable predators have triangular heads and large compound eyes that allow them to scan their surroundings. Well camouflaged, mantises lie in ambush and use quick reflexes to snare prey like moths, crickets, and grasshoppers with their spiked front legs. Female mantises are known to sometimes eat their mates before or during mating, though this does not seem to deter males from reproducing.
Mechanisms of seed dispersal
This document summarizes various mechanisms of seed dispersal used by plants, including dispersal by animals, wind, water, and other methods. It provides examples of each type of dispersal. Animals disperse seeds by eating fruits and depositing the seeds later, some plants have seeds that cling to fur, and some animals like squirrels and jays bury seeds. Wind disperses seeds with winged or tumbling fruits. Water floats some seeds, like coconuts. Other methods include seed pods that pop open on maturity and spreading seeds. Overall, seed dispersal helps plants spread seeds far from the parent to ensure future generations.
11 2 Producing Nursery Crops
Clematis is a deciduous vine that grows 10-12 feet tall and produces white, pink, or purple blooms in mid-summer. It needs full sun and support such as a wire to climb on, and its roots should be shaded. Nursery crops are perennial plants grown for the landscape industry and include trees, shrubs, and ground covers. Nurseries can be field grown or container grown. Field grown nurseries plant directly in the ground while container nurseries grow plants in containers that require daily irrigation but allow year-round harvesting. Container nurseries also require less land but more labor than field nurseries.
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Squirrels have brownish and whitish fur with dark and light strips, living in short grass areas, prairies, yards and more across North America. They eat grass, seeds, insects and nuts, giving birth to live young in May after a 28 day gestation who have humans and other predators as enemies.
The parts of a plant and their functions
Plants have five basic parts - leaves, stems, roots, flowers, and fruit - that each serve important functions. Leaves produce oxygen through photosynthesis and release water through transpiration. Stems transport water and nutrients throughout the plant via vessels. Roots take in water and minerals from the soil using root hairs. Flowers function to sexually reproduce the plant species to ensure its continuation. Fruits contain seeds and can either have one seed like mangoes or multiple seeds like guavas.
Plant adaptations
This document discusses various plant adaptations for different environments. It describes structural adaptations like leaves that absorb sunlight and roots that uptake water. It also describes behavioral adaptations such as Venus fly traps trapping insects for food. Specific plant adaptations are provided for different habitats like deserts, grasslands, tundras, rainforests, temperate forests, and bodies of water. Plants have adapted traits like thick waxy skins to hold water in deserts, deep roots to survive prairie fires in grasslands, and small stature and dark flowers to absorb heat in tundras.
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This document discusses different types of animals including their habitats, diets, and characteristics. It notes that animals can live on land, in trees, or in water. It describes herbivores that eat plants, carnivores that eat meat and other animals, and omnivores that eat both plants and meat. Specific animal examples are provided for each dietary category. The document also provides lists of different types of mammals and birds and calls out some of their defining traits.
KOALAS
Koalas are medium-sized, grey and white marsupials that live in trees in Australia. They have small eyes, big noses, and breathe with lungs. Koalas are omnivores that primarily eat eucalyptus leaves, consuming around 1 kg per day. They reproduce through viviparity, with baby koalas developing and nursing in their mother's pouch for the first 6 months. Koalas live throughout various forests and woodlands in Australia, using trees to stay safe from predators by having food and shelter high off the ground.
What do plants & animals need to live
This document discusses the basic needs of plants and animals and different environments where they live. It explains that plants need air, light, water to grow and get these things from the sun, air, and through their roots. Animals need food, water, air and shelter to survive, with different animals eating different types of food and finding shelter from storms and other animals. The document then defines environment as all living and non-living things in one place and provides examples of different environments including dry deserts, wet rainforests, shady swamps, and sunny savannahs.
Snow leopards[1]
Snow leopards are a solitary cat species found in Central and South Asia. They have long grey fur with black spots that helps them camouflage in their mountainous habitat. Snow leopards primarily prey on wild goats, sheep, and deer. They are classified as an endangered species due to habitat loss and poaching for their fur. Zoos aim to simulate their natural habitat with logs, dens, and vegetation to maintain their solitary behaviors.
Wombat
The common wombat is a herbivorous marsupial found in southeastern Australia that lives in forested areas. Adults males are slightly larger than females and have short, strong legs and claws for digging extensive tunnel systems. They eat mainly grass as well as other plant materials and are a protected species in Australia.
Plant classification
The document provides information on plant classification, describing the four main groups that plants are classified into: mosses and liverworts, ferns, conifers, and flowering plants. It then focuses on mosses, providing details on their characteristics, life cycle, and subdivisions. The document also briefly outlines key aspects of ferns, conifers, and the angiosperms.
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This document discusses beneficial insects and their functions. It lists several beneficial insect species, including weaver ants, green lacewings, ladybugs, and honey bees. It then describes how beneficial insects help control other insect populations through predation and parasitism. Additionally, it explains how they contribute to nutrient cycling by decomposing dead plant and animal matter. Many beneficial insects also play important roles in plant pollination, weed management, and producing commercial products like honey, silk, shellac and dyes.
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The document provides a grow guide for Venus flytraps. It recommends using distilled water for watering, as tap water contains too many minerals. It suggests the bottom watering method of keeping the potted plant in a tray of distilled water. For soil, it recommends a 1:1 mixture of peat moss and sand. It advises starting the plant in partial shade and gradually increasing sunlight exposure to 6 hours of direct sunlight per day. Alternative lighting can be provided on a 16 hours on, 8 hours off cycle.
How To Repot Your Carnivorous Plant
This document provides step-by-step instructions for repotting carnivorous plants. It lists the necessary materials as a pot, soil, sphagnum peat moss, water, and a plant. The instructions then outline a seven step process: 1) placing peat moss in the pot, 2) adding soil on top, 3) watering heavily, 4) poking a hole in the center, 5) inserting the plant roots in the hole, 6) pressing soil around the roots, and 7) adding a final layer of soil.
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Chapter 13 Heterotrophic Nutrition 1210745399273844 9
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Carnivorous plants obtain nutrients by trapping and digesting prey, mostly insects. They have evolved diverse trapping mechanisms and are found around the world, especially in nutrient-poor bog environments. Major types of carnivorous plants include pitcher plants, which use pitfall traps formed by modified leaf structures; sundews, which use sticky tentacles on leaves; and Venus flytraps, whose leaves can rapidly close to trap prey.
Creation of god part sustenance
The document summarizes hunting techniques used by various animals to obtain their sustenance, as provided by Allah. It describes how jumping spiders hunt using camouflage and 360-degree vision, how scorpions are well-protected and use venom to subdue prey, how snakes efficiently move on hot sand, and how chameleons skillfully use their long tongues to capture insects. It also discusses plants that attract insects using scent and stickiness to digest them, and fish that shoot pressurized water or use appendages like hooks to hunt. All of these hunting methods demonstrate Allah's precise creation of living things to survive.
Top 10 most dangerous spiders.pdf
Over 43,000 different species of spiders are found in the world. Of these, only a small number are believed to be dangerous and less than 30 have been responsible for human deaths. In this article, we'll take a look at the top 10 most dangerous spiders in the world. 10. Southern Black Widow Spider These Spiders produce durable silk, which they use to create webs for catching prey. To trap their prey, they throw jagged, thin webs, unlike the typical well-constructed webs we see on other spiders. Both types of spiders are usually found in the same places, that is, inside or under objects, where their presence is not always obvious. Previously, most black widow bites (almost all female spider bites) took place outdoors, but Latrodectus bites now occur more often when a spider is trapped in a human skin, or when someone reaches an object where the spider is hiding, or when someone lays on clothes, gloves or shoes containing a spider. Immature male black widows do not have canine teeth large enough to pierce human skin, so the bite is almost entirely due to adult female spiders, especially females, which protect many eggs. Bite reactions can range from no local reactions or symptoms to severe systemic reactions described below. But bites can be fatal, usually for young children, the elderly, or the infirm. Most bites occur when the spider actually touches or sticks to something. Bites can occur, for example, when fingers or toes are stuck in cobwebs. But black widows usually prefer to run away rather than fight back and fend off intruders. 9. Yellow Sac Spider While other species of spider take much longer to build webs, yellow sac spiders can create their pockets much faster than 15 minutes. The yellow pouch spider is a nocturnal hunter that feeds on small insects and possibly other spiders. Clubionidae spiders rarely bite humans, they are aggressive nocturnal and return to their "bag" to rest during the day. They are nocturnal, so during the day they build small "bags" of cobwebs or nests in which they rest. The male ginger mouse spider has two appendages called "pedipalps," a sensory organ, not a penis, that is filled with sperm and inserted by the male into the female reproductive opening of the ginger mouse spider. Hatching spiders include funnel spiders, mouse spiders, whistles and curtain spiders; they are distinguished by a squat body, long palps on the legs and two knee-shaped lobes, to which canines (chelicerae) are attached in front. These small to medium sized trap spiders are common in Australia's suburban gardens. Rat spiders belong to the Actinopodidae family, which consists of one genus-Missulena-and eight described species, including the trapdoor spider family. Rat spiders are found throughout the Australian continent. The three most common species are Eastern Rat spider (Missulena bradleyi, pictured), Red Rat spider (M. occatoria) and Northern Rat spider (M. pruinosa). Rat spiders are part
Critters
This document discusses various dangerous wildlife that may be encountered at surface mines in Central Texas, including snakes, spiders, scorpions, insects, and mosquitoes. It describes the identifying characteristics and dangers of each species. The key points are that these creatures can cause serious harm or death, miners will share the work territory with them, and contact should be avoided. Simple precautions like watching where you step and avoiding disturbing nests can help reduce risks.
COURSE Termites An Uninvited Guest with Pictures.pptx
1) Termites navigate without light using touch and smell. Worker termites are blind but have antennae that allow them to feel their way around and detect odors.
2) Termite eyes depend on their role - workers are blind but reproductives have compound eyes to detect light intensity and swarm toward brighter areas.
3) Termites' mouthparts allow them to chew wood, digest cellulose with gut protozoa, groom each other, construct tunnels, defend the colony, and feed other termites.
COURSE Termites An Uninvited Guests with Pictures.pptx
1) Termites navigate without light using touch and smell. Worker termites are blind but use antennae to feel their way around and navigate using pheromones.
2) Termite eyes depend on their role - workers are blind but reproductives have compound eyes to detect light intensity and be attracted to windows or lights during swarming.
3) Identification of termite species can be determined by structures on their heads like the fontanelle and ocelli.
Termites and uninvited guest.doc.pptx
This document provides information about termite anatomy and senses. It discusses how worker termites navigate without eyes using touch and smell via their antennae. It describes the termite mouthparts' roles in chewing wood, digesting cellulose with gut protozoa, and constructing tunnels. The document also covers termite wing and leg structure, and how their anatomy relates to tasks like foraging, communication and defense of the colony.
Terrifying Creatures
These three documents describe terrifying creatures:
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2) The tarantula hawk wasp, which paralyzes tarantulas and uses them as living hosts for its offspring.
3) The Guinea worm, which infects humans by being consumed in water and emerges painfully through blisters in the skin.
Ch 6notes
This document provides an overview of ecosystem relationships and balances in nature. It describes several examples of predator-prey relationships and symbiotic relationships that help regulate populations and maintain ecosystems, such as the relationship between alligators and other marsh animals, honeyguides and ratels, bats and moths, starfish and barnacles/mussels. It also discusses the impacts of invasive species and provides details on the interaction between great white sharks and elephant seals.
Scorpions Integrated Pest Management
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Cp presentation christophe m af
Carnivorous plants have evolved specialized trapping mechanisms to obtain nutrients from the insects and small animals they capture. There are five main trapping types - pitfall traps like pitcher plants, flypaper traps with sticky secretions, snap traps that rapidly close like Venus flytraps, bladder traps that use suction, and lobster pot traps with inward-pointing hairs. Examples of carnivorous plants from around the world are described for each trap type, with details on their trapping mechanisms and habitats. Specific genera mentioned include Sarracenia, Nepenthes, Drosera, Utricularia, Dionaea, and Genlisea.
How to get rid of Lanternflies
Lanternflies are comparatively small, measuring about an inch in length. They are typically white, red, and black with little black spots along their back. Though they are little, they feed on hard wood, apples, pears, and other kinds of fruit seeds. They may be capable of inducing big wounds from the timber of trees, which makes them exposed to mould and fungus and have been proven to devastate vegetation quickly when introduced into new places. Sometimes, trees which were assaulted by lanternflies may start to generate sap-like substances in a bid to protect themselves, but this sap can attract other pests into the shrub.
For more information visit: http://www.onlinepestcontrol.com/how-to-get-rid-of-lanternflies/
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Funnel Web Spider Nate
Funnel-web spiders are black or grey spiders found along the eastern coast of Australia. They have thick legs, large fangs, and eyes packed close together. They live in silk-lined burrows with funnel-shaped entrances and spread trip lines around the entrance. Female funnel-web spiders can live up to 20 years inside their burrows, only leaving briefly to catch insects, spiders, small lizards and frogs. Their venom is highly toxic and without anti-venom, bites from males of some large species can be lethal within 40 minutes.
Desert Animals
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Online assignment ecology
The ants build elaborate traps using plant fibers and sooty mold to capture insects. They stretch out captured prey on the trap before dismembering it. The ants have a symbiotic relationship with the host plant and fungus, using resources from each to exploit an ecological niche and obtain protein from prey.
University of California Cooperative Extension
Scales are small insects that feed on trees, shrubs, and perennials by inserting their mouthparts into plants and sucking fluids. They can seriously damage plants through sap feeding and by excreting honeydew, which encourages sooty mold. There are different types of scales including armored scales, soft scales, and others. Most scales have one generation per year and overwinter in immature stages or as adult females. Management involves preserving natural enemies through pesticide avoidance and controlling tending ants. Horticultural oil sprays during crawler activity or dormancy can provide control when populations become too high.
ANTS One & Two Node 1 Hr Br 2 Tech.doc.pptx
This document provides information about common ant species found in structures and outdoors. It describes key identifying features of 14 ant species including carpenter ants, Argentine ants, odorous house ants, cornfield ants, velvety tree ants, pavement ants, pharaoh ants, thief ants, red imported fire ants, southern fire ants, and general control strategies. Specifically for carpenter ant, pharaoh ant and odorous house ant control, it outlines methods for locating nests, using baits and sanitation to control colonies, and preventing further infestations.
Citrus Leafminer Integrated Pest Management
Citrus leafminer is a pest that feeds on citrus trees by tunneling in young leaves. Its life cycle includes egg, larva, pupa and adult moth stages. Larvae feed within leaf mines, leaving a frass trail. While young trees can be impacted, mature trees tolerate some damage. Natural enemies like parasitic wasps help control the pest population over time. Management strategies include cultural practices to limit new growth and protect natural enemies, with insecticides reserved for vulnerable young trees if needed.
Funnel Web Spiders Brooke
The Australian funnel-web spider is a very venomous spider found along the east coast of Australia. It lives in damp, sheltered areas under rocks, logs, and in trees. The spider hunts at night using trip lines to detect vibrations of prey like insects and small lizards. If not treated, the painful bite from its large fangs can be deadly to humans, though antivenom has prevented deaths in recent decades.
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COURSE Termites An Uninvited Guest with Pictures.pptx
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Animal tracks and signs study guide jr. varsity 2007
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Foundations distribute building loads to the ground and come in two types - shallow and deep. Deep foundations extend through unsuitable soil to reach stronger soil layers below and can be pile or caisson foundations. Pile foundations transfer loads using end-bearing piles or friction piles driven into the ground. Caisson foundations are formed by excavating shafts that are filled with concrete to bear loads. Foundation choice depends on the structure, soil type and depth to suitable bearing layers.
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Kidney stones form when normally dissolved substances in the urine become highly concentrated and solidify. There are several types of kidney stones including calcium, uric acid, cystine, and struvite stones, which are made of different minerals and chemicals. Symptoms of kidney stones include cramping pain, nausea, vomiting, blood in the urine, and difficulty or urgency urinating. Treatment options for kidney stones include medications to relieve pain or alter urine chemistry, lithotripsy to break up large stones with sound waves, and surgical procedures for removing stones.
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Electromagnetic waves include radio waves, microwaves, infrared, visible light, ultraviolet, X-rays and gamma rays and all travel at the speed of light. They can be described by their wavelength, energy and frequency and are used in technologies like radio, TV and microwaves. The electromagnetic spectrum ranges from long wavelength radio waves to highest frequency gamma rays.
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Concave mirrors are curved mirrors that are bent inward. They reflect light to a single focal point and are used to focus light. Common applications of concave mirrors include vehicle headlights, telescopes, microscopes, and solar power devices. Concave mirrors form different types of images depending on where the object is placed relative to the center of curvature and focal point of the mirror.
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- 2. While the Venus Flytrap is carnivorous, it isn't dangerous to humans and will not bite your finger. The Venus Flytrap is a plant that does not make its own food, but rather feeds on insects.
- 3. Venus Flytrap plants are found in areas with very damp soil that typically doesn't provide the nutrients needed for it to survive. Insects provide the missing nutrients.
- 4. How It Works When anything touches these hairs, the two lobes of the leaves will snap shut in less than a second, trapping whatever is inside. The leaves of Venus' Flytrap open wide and on them are short, stiff hairs called “trigger” or “sensitive hairs”. It lures its victim with sweet- smelling nectar.
- 5. If an insect is too large, it will stick out of the trap. This allows bacteria and molds to grow on the insect. Eventually the trap turns black, rots and falls off. If the object isn't food, e.g., a stone or a nut, the trap will reopen in about twelve hours and 'spit' it out.
- 6. It dissolves the soft, inner parts of the insect, but not the tough, outer part (exoskeleton). The trap compresses tightly around the insect and secretes digestive juices, much like those in your stomach, and an antiseptic juice. This juice purifies and keeps the insect from decaying over the few days it is in the trap.
- 7. At the end of the digestive process, which takes from five to twelve days, the trap reabsorbs the digestive fluid and then reopens. The leftover parts of the insect, the exoskeleton, are blown away by the wind or washed away by rain.