Month: November 2023

My group had a lot of ideas for our Unit 3 assignment. The healthcare industry is one that we felt would be fascinating and had a wealth of resources and data sectors. We considered looking at possible public mandates, like mask or seatbelt use. In addition, we will discuss vaccinations and the debates around them. Since these are quite wide topics, we could always focus on specifics even more.

We also discussed concerned the way gender is addressed in the medical field. This theory developed around the notion that women are less likely than males to receive medical opportunities and may also receive less painkillers or be neglected in such cases. This concept was outlined in public health regulations. Public health requirements have become a hot subject in American politics since they are frequently contentious and vary greatly from person to person.

The need to switch to sustainable technology is more urgent than ever in this age of growing climate concerns. Electric cars are a key component in the movement towards a more environmentally friendly future. Electric cars are significant because they are a dynamic force that has the power to change the course of the global environment, not only for personal mobility. Electricity cars, and as our power systems transition to renewable energy sources, the carbon footprint of EVs gets less. Electric cars improve the environment and the quality of the air, in contrast to conventional internal combustion engines that release greenhouse gases into the atmosphere. Electric motors’ intrinsic efficiency increases their appeal to environmentalists. In contrast to conventional automobiles, which waste a significant proportion of energy during combustion as heat, electric cars use a larger percentage of the grid’s stored energy to propel themselves, which results in lower energy consumption and a less environmental effect overall. The move to electric cars will come down to the essentials: environmental advantages, adaptation, and commercialization.

The growing revolution in renewable energy is coinciding with the emergence of electric automobiles. The environmental advantages of electric vehicles become more significant as our electrical systems become more dependent on renewable energy sources like solar and wind. Adopting EVs puts us in line with a future in which transportation is powered by renewable energy sources and is clean as well. In cities, electric vehicles help to enhance the quality of the air. Conventional automobiles emit harmful pollutants into the air that can harm one’s health, while electric cars, which emit no emissions when in use, are essential to fostering a healthy community. An important factor in the worldwide effort to mitigate climate change is the widespread use of electric vehicles. Reducing the transportation sector’s reliance on fossil fuels can help to mitigate climate change, protect ecosystems, and advance global sustainability objectives. “Driving change, one electric car at a time” is a call to action rather than merely a catchphrase. Driving change entails accepting a future in which our cars serve as agents of good change rather than merely being means of mobility. It entails making sustainability a top priority in our day-to-day decisions and acknowledging the significant environmental effect that every electric vehicle may have.

To sum up, the significance of electric vehicles extends much beyond individual comfort. It emphasizes how urgent it is to combat climate change, cut emissions, and build a more sustainable future. We are part of a larger movement that is making the world greener, cleaner, and more resilient as we shift to electric vehicles. Electric opportunities abound on the path to a sustainable future, but we must travel this path together.

JKrieger CAS 137H Draft Slides For Ted Talk (1).pptx

I was struggling with finding a correct theme for my presentation. The photos only kind of fit the situation I will be presenting on. Some of the photos used seem odd or could be formatted more professionally.

There is no denying that human growth has changed the environments we live in. With the growth of our towns and traffic systems, wildlife frequently finds itself confined to smaller areas of habitat and confronted with a multitude of difficulties. The construction of animal wildlife bridges, which operate as lifelines for several species, is one creative way to lessen the negative effects of human infrastructure on animals. However, have you ever given it any thought as to how these wildlife crossings actually affect our planet? What if, one bridge at a time, we could create the conditions for peaceful cohabitation between animals and humans? Wildlife corridors, sometimes known as animal wildlife crossings, are purposefully constructed areas intended to allow animals to pass safely across roads, highways, and other man-made obstacles. These crossings might be in the shape of a bridge, an underpass, an overpass, or a tunnel. They are essential for maintaining biodiversity, lowering the number of roadkill occurrences, and encouraging animal cooperation with people. The efficiency of wildlife crossings in lowering vehicle-animal collisions is among its most impressive features. The Federal Highway Administration claims that studies have demonstrated a 90% reduction in wildlife-vehicle accidents as a result of these barriers. By offering safe passageways for animals, we safeguard not just the animals but also human drivers who would otherwise be involved in collisions due to unexpected contacts with wildlife while driving. But isn’t it amazing how such amazing outcomes may be obtained from such a basic structure? Wildlife crossings serve as a link between natural protection and human progress, in addition to saving lives. Crossings amongst wildlife also help to preserve the genetic variety of different species. Genetic drift and inbreeding can cause isolated populations to lose their resistance and adaptability. Wildlife crossings contribute to the preservation of these species’ health and the health of their ecosystems by enabling animals to roam freely and interact with other populations. So let’s think about this: Can these crossings serve as the animal kingdom’s genetic highways, guaranteeing their survival in a world that is changing quickly? Furthermore, these structures support the overall preservation of ecosystems. Animals aid in the spread of nutrients, pollen, and seeds when they have access to various regions of their natural habitat. This encourages a healthy ecology and aids in preserving the integrity of plant communities. But have you ever thought about how a bridge or tunnel built with the welfare of all its occupants in mind might be the difference between the survival of an ecosystem and its collapse? Canada’s Banff National Park is an excellent example of how well wildlife crossings work. Along the Trans-Canada Highway, a network of animal crossings, including overpasses and underpasses, has been built. These bridges have reunited scattered animal habitats and drastically decreased accidents between animals and vehicles, especially for species like as elk, wolves, and grizzly bears. Wildlife crossings are becoming more and more important as the globe struggles with issues like habitat loss and climate change. These constructions show how human infrastructure, and the natural environment may coexist together. They demonstrate our ability to adjust and lessen the adverse effects of our growing footprint. To sum up, animal-wildlife crossovers are crucial elements of contemporary conservation initiatives. They maintain genetic variety and the health of ecosystems, lessen the incidence of roadkill, and advance the welfare of both humans and animals. The creation and upkeep of wildlife bridges can guarantee the unhindered migration of animals and the preservation of our natural environment as a dynamic, interwoven web of life. These crossings offer hope for the future of biodiversity on our world by demonstrating how human beings may create solutions that encourage cohabitation and environmental management.