Asian Longhorned Beetle Research Paper

The emerald ash borer, Agrilus planipennis, is a beetle that was first discovered in 2002 in the US near the Detroit area and southeastern portions of Michigan. This beetle is believed to have originated in Asia. The theory is that they arrived in the states in packing material made of wood on cargo ships traveling on the St. Lawrence River, which then leads into the Great Lakes. Since 2002, this beetle has made its way into parts of Canada and now in at least eighteen states in the US (Emerald, n.d.). They are causing major destruction of Ash trees in all of these areas, and Vermont is starting to take precautions to be prepared if and when these beetles show up in The Green Mountain

The government of Canada has decided to implement a 30 year plan, which will cost over 2 billion dollars, it includes using insecticides and traps to eliminate Emerald Ash Borers and further infections in ash trees. Another negative effect is Emerald Ash Borer’s ability to consume white fringe tree, a close relative of ash trees, which is a sign that Emerald Ash Borers might be able to infect different types of tree in the future. Emerald Ash Borer has caused a slowdown in Canada’s forestry industry due to the death of many ash trees, which will mean slower economic growth for Canada, since we rely a lot on forestry products. Emerald Ash Borer has been increasing in population rapidly due to a lack of enough predators. As Emerald Ash Borer continue to threaten our forests, which has provided us with camping grounds, shade, and oxygen for years will be at risk. Ash trees are also an important part in preventing clogged river, streams, and water-treatment plant because of soil slides resulting from rain. Trees normally holds on to the soil to prevent clogged rivers and streams, but with Emerald Ash Borers wiping out million of ash tree and putting billions more at risk, it could disrupt the delicate balance between trees and soil. Researchers expect ash tree mortality rates will have ecological impacts on animals that rely on ash

The Emerald Ash Borer (EAB) is a highly destructive invasive beetle which attacks and kills all species of ash. The emerald ash borer has already killed millions of trees in North America and is on track to kill many more. Emerald Ash Borer was first discovered in North America in 2002. It is thought to have been shipped to Canada in untreated wooden packaging materials. The range of Emerald Ash Borer in Ontario is rapidly expanding through the movement of infested materials.

Laurel Wilt Disease is a scourge here in Florida. The disease affects laurel trees all over the Southeast, with the most notable victim being avocado trees. The beetles also effect sassafras trees, pond spice trees, and swamp bays. The main cause of this disease is a fungus known as Raffaelea Lauricola that is transmitted through a beetle called the red bay ambrosia beetle (Persea Borbonia). Neither of these species are native to the area. It was brought over to the states through wooden shipping containers that had contained the beetle insect. The insect and disease came from countries like India, Japan, Myanmar, and Taiwan. The disease works by having the beetle come into the country, hiding in the wooden crates. Once in America, the beetle enters into the environment and seeks trees to bore into for food and shelter. The beetles contain spores that containing the fungus that kills the host tree. The fungus then grows in the sapwood of the tree, restricting the flow of food, sap, and nutrients around the tree. This results in die back and eventually, a dead tree. The disease is known to highly effect the avocado industry and the natural forests in Florida. Currently, 61 out of 67 counties in Florida contain reports of Laurel Wilt Disease as of 2015. That is an enormous 91%.

What is an invasive species? An invasive species is a species not native to an area, in this case not native to the Great Lakes area. A non-native species is a species that originally was not in a certain location but was brought there and causes a lot of damage. An invasive species also is a great danger to the environment and can cause damage to humans, plants, and animals. In Illinois and the Great Lakes area there are more than 180 invasive and non-native species. That means a lot of damage is made into our environment. One particular invasive species is Agrilus planipennis, more commonly known as emerald ash borer.

Significance: The question of whether or not invasive species impact the environment is an important one. The answer affects everyone. In today’s world, we take the outdoors for granted. People don’t realize how much it does for us. It provides economical resources, areas to relax, and oxygen for us to breathe. Without these simple things our lives would change drastically. Life as we

The Asian and Citrus Longhorned Beetles was accidentally brought to the US from China through solid wood shipments. The movement of lumber and firewood around the continent is also responsible for the rapid spread of the invasive longhorned beetles. These beetles favorite prey are maples, birches, buckeye, elm and willow trees. Longhorned beetles mainly fed on citrus trees in China, but these trees in the US are similar enough to serve as alternative food.

“Hemlock wooly adelgid was first discovered in the eastern United States in Richmond, Virginia in the 1950’s, likely originating from a population in southern Japan”, according to the text “Eastern Hemlock Conservation Plan.” The insect is also invasive because it damages the ecosystem. Hemlocks are a major part of some forest ecosystems and provide some unique benefits, but the Hemlock Wooly Adelgid is killing Hemlocks throughout

In this lab, the class discovered the effects of different substrates and stimuli on red flour beetles. Red flour beetles eat flour and other grains and the female beetle deposits her eggs on flour, cereal, dry pet food, or other similar products. The larvae hatch and then begin to eat the material around them. In the article “Patch exploitation by Tribolium castaneum: Movement patterns, distribution, and oviposition”, it says that most of the activity from red flour beetles is spent in food sources (Campbell and Hagstrum). There are many factors that affect the red flour beetles ability to survive or reproduce, like temperature, food source, stress, and genetics (Biology 159). In “Humidity Reactions of Tribolium Castaneum (Herbst)”, it states that red flour beetles are attracted to different substrates due to their nutritional levels and moisture level of the substrate (Willis and Roth).

The experiment was conducted in Sheboygan County at three locations of varying distance from Lake Michigan, where they were surveyed for the occurrence of the invasive tree species black locust. The first location, Kettle Moraine State Park, is located 20 miles inland west of Lake Michigan. As its name suggests, this location has a combination of kettles and moraines. Kettles are steep side impressions in a landscape while moraines are linear deposits that accumulated at the edge of an ice sheet. This creates a rolling hill landscape that can create quite the diversity of vegetation. This site was dominated by mostly sugar maple with the occasional red oak and birch. There was very little ground coverage, due to the dense shade cast by the

The earliest known presence of the emerald ash borer in America was in 2002, near Detroit and Windsor, Ontario. Since then, it has widely spread throughout the country. The emerald ash borer is a very well-named pest: its larvae bore deep into ash trees to suck their nutrients and when it emerges as an adult, it is a bright emerald

Forests are carbon sinks, they absorb carbon dioxide, a major greenhouse gas, from the atmosphere through photosynthesis and store it in plant biomass and soils belowground. When the trees die, they stop absorbing and storing carbon dioxide, and as they decompose, they release some of the stored carbon dioxide back into the atmosphere (Suzuki & Moola, 2008). The mountain pine beetle (Aendroctonus ponderosae) is a primary agent of forest disturbance, a higher number of outbreaks occur due to favorable forest age and climate patterns (Progar et al., 2014). The mountain pine beetle (MPB) starts its attack when the female finds a pine tree (usually lodgepole) that is at least 80 years old. Upon finding the tree the female bores into it, while releasing a pheromone that attracts the male beetles. When the males arrive they, also release more pheromones to attract more females. The tree tries to defend its self by secreting a toxic resin. But the beetles carry spores of a blue-stain fungus in their mouths which they release as they bore into the tree, the fungus prevents the tree from transporting nutrients and water. The beetles lay eggs under the tree’s bark, and when the larvae hatch, they feed on the blue fungus until they are mature enough to leave the now dead tree (Aukema et al., 2006).

In 1993 Volkswagen had record low sales but by the end of 1997 the VW brand had sold 137,885 cars. That was an increase of 178% from it’s 1993 slump. It is safe to say that the the ’94 relaunch of VW on the American Market was a success. The “Drivers Wanted” campaign, developed by Arnold Communications, I believe was successful as a result of excellent market research and positioning.

God perfectly designed every animal to be fully capable to live their lives just how the need to. Each animal is way too complex to evolved into another form. To proof this, I will show you some amazing animals that God has created. The European Green Woodpecker's tongue comes from the back of the throat, travels from the back of its head, through its nostril, and out of its mouth. Clearly that is way too complex to be evolved, and evolutionist have no idea how because no other animal has that type of tongue. The Bombardier Beetle manufactures chemicals that makes a explosion to protect itself. There's no way that this bug could evolve, it needs all of its parts their all at once or you don't have the animal. God created this bug was created

The Asian hornet is a type of wasp that lives in the dense woodland of Asia. The Asian hornet likes to eat bees, honeybees, wasps, and other insects. The Asian wasp is a mix of black, brown, red, orange, and yellow. The hornet doesn’t have skin though it has a protective shell. The hornets are threatened. And are suffering from habitat loss.