Should Recycling Be Mandatory? Essay

Even though you may think this essay is trash. Please don’t throw it away. Recycle it instead. Did you know that Americans throw away enough aluminum every month to rebuild our entire commercial air fleet. Recycling has been around for many years but the people on the earth are not taking it seriously. The waste on the earth is piling up and keeps accumulating everyday which can be reduced by recycling. With people speaking out about recycling and how the earth is suffering from all the pollution and waste caused by humans there comes a question into mind, should recycling be mandatory? Those who argue that recycling should be mandatory focus on how it helps the earth while those against mandatory recycling focus on the idea that it could not be reinforced and how it actually can be a waste. While some might say recycling wastes resources, recycling should be made mandatory because recycling helps the planet by saving expenses, helping preserve our natural resources, and recycling helps minimize pollution. Recycling can help save our expenses and resources.

Recycling helps by reducing the amount of materials that are wasted and thrown into landfills such as aluminum, glass, paper, and plastic. This allows companies to rely less on raw materials that require more energy to manufacture a new product. While landfill space can appear to be plentiful if a new landfill was made in your community you wouldn’t feel the same. Some people think that by burying trash it will just decompose in the dirt, some breakdown may happen but the lack of water, air, and light in a sealed landfill doesn’t let the trash to decompose fully. Brand new products are used everyday but all that is need to be done is put them in a pin and put them to the road which could make a lot of products to be used again.( By doing this the environment would be helped out and there would be a lot of money saved. If people do not want to recycle then they do not want to save the energy in the planet.

Figure 1: Global Plastic Production use since 1950-2015Saving energy is a big reason for recycling and s is preserving natural resources. When someone thinks of a forest the first thing they relate to it would be trees. Now a forest without trees is unthinkable but it’s becoming a reality. Nearly 4 billion trees are cut down a year for wood and paper products. Saving trees would be done by recycling paper products such as books and newspapers which would allow for more trees to be saved on the planet. From trees to minerals to marine resources recycling products is extremely important so natural resources can be saved. Natural resources are being depleted rapidly mainly caused by the increasing use of disposable products and packaging. 246 million tons of solid waste was generated by Americans in 2005 while there was only 56 million tons of materials being recycled.

Only 9% of the worlds plastic is recycled. Reprocessing used materials to make new products and packaging reduces the consumption of natural resources. By recycling five million tons of steel in 2005, Americans saved over six million tons of iron ore, 2.5 million tons of coal, and 62,500 tons of limestone. By recycling 42 million tons of newsprint, office paper and paperboard, Americans saved 714 million trees and 292,026 million gallons of water. Recycling often produces better products than those made of virgin materials; for instance, the tin in ”tin” cans is more refined (thus more valuable) after being processed for recycling. If we continue to waste our resources, the time might come that they will all be used up and we will end up with nothing.

Along with saving resources recycling also helps the planet by minimizing pollution. When the stars are not visibly seen it’s because of pollution which, according to the World Health Organization, kills about 7 million people worldwide every year. By recycling and reusing garbage pollution can be minimized instead of burning garbage and throwing garbage in the ocean which is deadly to all living creatures. Every time there is a reduction of waste and recycling garbage the earth and millions of lives are saved just by reusing and recycling plastic bottles, disposable cups, and paper. Recycling can really help the environment and help people lessen the impact their garbage has on communities. Making recycling programs mandatory would really show how seriously people are taking the issue of environmentalism, conservation, and climate change. Jimmy Carter spoke about how waste and garbage reflects society. [S]olid wastes are the discarded leftovers of our advanced consumer society. This growing mountain of garbage and trash represents not only an attitude of indifference toward valuable natural resources, but also a serious economic and public health problem.

By the increasing amount of waste that is in the world the attitude people have on natural resources is being shown as neglect. We all need to recycle just to keep the world round. The earth will not be here for long if we do not keep it up. We only have one world, once we lose it we cannot get it back. There are many ways one can start recycling plastic waste. We can start from reduce and reuse first. For reduce example: when we buy something, we should prepare our own bag to put the goods we buy, dispose the waste according to the bin that specially provided for plastic, use a refill bottle for our drink bottle, and prefer a paper bag than plastic bag.

These days, our earth has been filled by a lot of waste. There is a lot of garbage, plastic waste, and electronic waste. We always produce it and dump it when we need the new one. Our waste are piling up and continuously accumulating. Plastic waste is one of the biggest problems for us now. And our solution in this problem is recycling. Mandatory recycling is a way of helping the planet even though some people have strong feelings against it. There has been a push for recycling for a long time now and nobody is really paying much attention to it. Therefore, there is a need for recycling to be mandatory because as the world is right now with 60% to 80% of plastic waste on the sea coming from the land won’t keep the world healthy any longer. There are so many methods of recycling people can do such as having recycling bins available near them, looking for the recycled option in the products they buy, and buy recycling plastics and papers.

Sustainability in South Africa

As population levels and consumption patterns continue to increase the impact on natural resources also increases. Conservation of the natural environment and economic development are slowly being recognized as being on the same side of the coin, rather than representing opposing faces. Development is seen as a way of funding conservation efforts, or as the process through which technology or innovation can be applied responsibly in the interest of improving the environment. Development also supports social welfare, which in turn allows people to escape conditions that trap them in a cycle of poverty and environmentally degrading activities. It should be noted that the wealthy have a much greater environmental footprint than the poor and are on the whole guilty of far more environmentally destructive activities than the poor. At both ends of the scale, human needs and desires need to be sustainably satisfied and a cohesive social network developed to prevent a depletion of natural capital.

Sustainable development has a dimension of fair and equal allocation of natural resources and value. Just as future generations should not be unfairly burdened with a compromised environment, so also should coexisting nations and communities not be unfairly compromising each other. An equitable share of resources and responsibility towards environmental protection should be universally applied.

The interlocking dimensions’ model also fails to sufficiently highlight the interdependency and hierarchy of the three dimensions.

Nested Model of Sustainability

The nested model of sustainability also shows the role of a governance system that can provide leadership and systematic and strategic guidance, as well as sanction when required. This role is necessary in order to ensure fair allocations of responsibility and obligation when it comes to the environmental and developmental spheres.

The idea that individual human welfare (expressed as quality of life in the NDP) is the holy grail of sustainability is strongly premised on the principle that if society collapses, the welfare of the individual will be reduced, that if the economy collapses that society will be significantly weakened, and that if the environment collapses then the economy will be massively damaged. For individual welfare to be maximized, environment, economy and society must be in best possible state without compromising each other.

Environmental sustainability

As a subset of sustainable development, environmental sustainability refers to the ability of the biophysical environment to maintain its functioning within natural parameters and cycles over time, in order to supply environmental goods and services to the economic and social spheres. In the South African context, this is a key issue due to our strong reliance on renewable and non-renewable resources, as well as the goods and services that ecological systems provide. Environmental goods and services are often also referred to as ecosystem services, and include a wide range of benefits that people derive from the natural environment and natural processes. The services, materials and benefits that we derive from the natural environment range from those necessary for basic life, namely air, food and water, to those materials needed for livelihoods and well-being, as well as non-material benefits that enhances life through aesthetic, cultural and spiritual values. Material goods derived from nature provide the basic resources required for subsistence and economic activities. All human activity is dependent on material resources being extracted from the natural environment, whether in the form of raw materials for processing or as organic foodstuffs or for the air that we breathe. This link is most evident in South Africa in rural areas where subsistence livelihoods are derived directly from productive ecosystems. Rural South Africans depend on natural water supply from rivers and other sources, biofuels (such as trees, shrubs and cow dung) for cooking and heating, pollination services from insects and small animals, natural pest control, and marine and coastal resources and wild terrestrial plant and animal products for food and medicines. Natural resource materials are also critical for industry and manufacturing, as well as the successful functioning of our economic system. Our economy in particular is heavily reliant on the extraction and export of raw materials, whilst our primary energy generation is highly dependent on the mining of coal. The agricultural sector needs sufficient supplies of water, management of pests, nutrient cycles, pollination, and the like. Water, specifically, is necessary for most productive activities and the uninterrupted supply of food, water and energy is required to feed the high consumption oriented appetites of our urban areas. Non-material benefits are also essential to keep the wheels of the economy turning and to satisfy recreational, aesthetic and cultural needs. With our abundant wealth in biodiversity and attractive landscapes, nature based tourism forms an important part of our economy, and a vibrant industry has been built on wildlife ranching. All of these activities are absolutely dependent on a healthy and functional biophysical system that can maintain natural cycles, self-renew and repair, and maintain resilience during times of stresses. Ecosystem services therefore include the ability to purify and store water, renew the productivity of soils, clean the air, pollinate crops, prevent topographical instability.

Planetary boundaries and the social foundations

The concern that we as human beings are living beyond the capacity of the natural environment is becoming increasingly pervasive. We are living in a time where anthropogenic climate change is threatening the ability of planetary scale biophysical systems to maintain a natural equilibrium that has been evident for the past 10,000 years. This period of equilibrium in the natural system is known as the Holocene, and marks an interglacial period during which climatic conditions were stable enough at a continental and global level to allow modern humans to invest in the large scale modifications of their natural environment that were necessary for agriculture and complex societies to develop (Rockström et al. 2009). Our ability to alter our environment has, however, now developed to the extent that our activities have become the dominant force determining change in the Earth System (the integrated biophysical and socio-economic processes and interactions taking place on land, in water and in the atmosphere). This period of human dominance is termed the Anthropocene. The risk that we now face is that our ability to modify the environment, through processes such as industrialization and urbanization could outstrip the ability of critical biophysical systems to absorb the changes and remain within the boundaries of what is considered ‘stable’. One particular concern is that the planet’s biophysical systems have finite boundaries or thresholds within which they currently function. Should the systems be forced beyond these thresholds, equilibrium will be lost, and the systems will self-adjust to new levels of equilibrium. Such self-adjustment will necessarily involve drastic and abrupt changes to climatic conditions or productive capacities. It therefore follows that a ‘safe operating space’ can be defined for human activities – a level or form of human activity that does not transgress Earth System parameters (Rockström et al. 2009). The parameters within which the Earth System can remain in balance are termed planetary boundaries as they operate on a planetary scale, and bind all humans to a common fate due to their interconnectedness.

National Framework for Sustainable Development

In response to the sustainable development agenda, South Africa has adopted the National Framework for Sustainable Development (NFSD) (DEA 2008). The purpose is to express the national vision for sustainable development and indicate strategic interventions to re-orientate South Africa’s development path in a more sustainable manner. The growing stress on environmental systems and natural resources from economic growth and development strategies were explicitly acknowledged. The NFSD commits South Africa to a long-term programme of resource and impact decoupling. The vision for a sustainable society is: “South Africa aspires to be a sustainable, economically prosperous and selfreliant nation that safeguards its democracy by meeting the fundamental human needs of its people, by managing its limited ecological resources responsibly for current and future generations, and by advancing efficient and effective integrated planning and governance through national, regional and global collaboration” (DEA 2008). The framework also outlines principles and trends regarding sustainability in the country, as well as a set of implementation measures. Key to the framework is how this can be achieved through partnerships with civil society and entrenching cooperative governance practices.

National Strategy for Sustainable Development

The NSSD identifies five strategic interventions required to achieve the nation’s vision for sustainable development (DEA 2011), as redefined versions of the strategic pathways identified in the 2008 NFSD, namely:

  • Enhancing systems for integrated planning and implementation;
  • Sustaining our ecosystems and using natural resources efficiently;
  • Towards a green economy;
  • Building sustainable communities; and,
  • Responding effectively to climate change.

MEASURING ENVIRONMENTAL SUSTAINABILITY

Being in a position to know how sustainable our human activities and environmental management practices are, is a key step towards identifying and addressing aspects that reduce overall sustainability. Sustainability reporting is thus featuring increasingly on the world leaders’ agenda, especially since by definition sustainability ranks environment, society and economy equally. Sustainability reporting therefore attempts to monitor the success in each sphere of human endeavours and report on their relative performance in a manner that can highlight the tensions between them as well as the trade-offs to be negotiated. In addition, sustainability reporting needs to provide guidance as to which dimensions or relationships need to be addressed in order to improve overall sustainability. Because sustainable development and environmental sustainability are such wide ranging concepts, many different systems for reporting on sustainability exist, each with a slightly different focus area or reporting format.

Some examples include corporate reporting schemes such as the Global Reporting Initiative, popular social well-being indices such as the Happy Planet Index of the New Economics Foundation, and the Ecological Footprint concept promoted by the WWF. In the context of a SoE report, such as the SAEO, it can be expected that the balance of information being collected and reported on will lean towards a description of the biophysical rather than social and economic. The information on its own is therefore intended as a means to provide the reader with an indication of the health of the natural environment. To add further value to the report’s findings though, the environmental report card needs to be interpreted in terms of the relationships between the natural, social and economic spheres. Social and economic information generally tend to function more as informants on the pressures and impacts affecting the natural environment. Such sustainability reporting will thus point out reasons for poor environmental performance, impacts that can be ascribed to the good or bad performance, as well as key aspects of society that can be targeted in order to redress shortcomings.

Ecological footprints

Ecological footprints are a tool that reflects the renewable resources that people consume against bio-capacity (ability for renewable resources to regenerate) (Global Footprint Network 2011). They aggregate calculations for a cropland footprint, grazing footprint, forest footprint, fishing ground footprint, carbon footprint and built-up land. The measurement unit for ecological footprints is the amount of global hectares (g/ha) affected by humans per capita of a country. The world’s average bio-capacity is 1.8 g/ha per person (Global Footprint Network 2011). This means that globally, there is an ecological deficit of 0.9 g/ha per person (6,000 million people on earth in total). If a country has insufficient ecological resources to match the demand of people, then it is an ecological debtor country (high over-consumption).

The Environmental Sustainability Index was designed to track 76 different elements of environmental sustainability, including natural resource endowments, past and present pollution levels, environmental management efforts, contributions to the protection of the global commons and the capacity of a society to improve its environmental performance. South Africa’s Environmental Sustainability Index rank in 2005 was 93rd out of 146 countries (Esty et al. 2005). The score of 46.2 ranks it lower than many of its SADC neighbours. Compared to member countries of the New Partnership for Africa’s Development (NEPAD), South Africa ranked 20th out of 40, with Gabon, the Central African Republic, Namibia, and Botswana in the first four places.

Since 2006, however, the Environmental Sustainability Index was transformed into the Environmental Performance Index that focused even more on the environmental issues for which governments can be held accountable. It aims to measure policy efficacy (i.e. performance) by comparing a country’s actual environmental management status to universal policy targets. The lower the Performance Index score, the further away from policy goals a country would find itself. In total, 22 performance indicators are tracked, which then measure performance in terms of two broad policy outcomes – Environmental Health and Ecosystem Vitality. Environmental Health relates to environmental stresses on human health, and Ecosystem Vitality to natural resource management. This Environmental Performance Index is not comparable to the Environmental Sustainability Index due to differences in data sources, imputations, methodology, framework, target setting, weighting, and aggregation, but both remain equally valid in their own rights.

When considered in terms of the two main categories of policy outcomes, South Africa’s Ecosystem Vitality (environmental management) is classified as poor and declining, whilst the Environmental Health (environmental impacts on human health) is regarded as poor but improving. The poor Environmental Performance score is attributed to practices used to manage the country’s water scarcity, contribution to climate change, air pollution, agricultural practices and poor public health. This echoes the findings of the 2005 Environmental Sustainability Index that highlighted air and water quality, contribution to climate change and human vulnerability as particular problems. South Africa’s relative water scarcity has resulted in many watercourse modifications, which impact on aquatic ecosystems, water security, wetlands and ecological reserves. This leaves the country with a poor overall score for ecosystem-related effects of water use, whilst worryingly the trend analysis of the Environmental Performance Index shows that the trend is still strongly negative. Urgent intervention is therefore necessary to improve the efficiency of water use and overall water resource management, including the management of freshwater ecosystems. In the related field of agricultural practices, the two indicators of agricultural subsidies and pesticide regulation both leave room for improvement, since the absolute score is low, and the trend still downwards. Climate change and air quality are measured in terms of effects on human health and indoor air quality), effects on ecosystems (i.e. sodium dioxide), contributions to greenhouse gases (i.e. carbon dioxide) and renewable energy. South Africa scores low in all of these, indicating that despite there being policy commitment towards climate change mitigation and a reduction in air .The remaining poor performance area is public health, as measured by childhood mortality. Mortality in children below the age of five is greatly influenced by environmental factors, and therefore it can be assumed that most people in South Africa actually live in environments of low quality that place severe stress on living conditions. Ideally, the decline in the environmental index should be addressed in a manner that can support the improving trend in human health albeit of a low base. The Ecological Footprint and Environmental Performance Index represent relative and indicative rather than absolute gauges of environmental performance. Global scale indices are difficult to maintain due to the large amount of uncertainty associated with data collection, reporting, data standards and socio-political challenges. It is therefore necessary to regard such rankings with the necessary circumspection that will compensate for inaccuracies and uncertainties. Nevertheless, broad trends and relative scores do hold value, and should be used as high level warning signs for aspects of environmental management that are deviating from an optimal course. The tools also offer a better understanding of our role in the global system and provide information on which to base our participation in the global debate on the environmentdevelopment interface. In the South African context, there have been initiatives to introduce sustainability indicators through the StatsSA census as this provides a systematic process of acquiring information. These include aspects relating to renewable energy, access to public transport, urbanization patterns and use of natural resources. It is anticipated that the ongoing inclusion of sustainability indicators will provide a more comprehensive picture of key sustainability issues, as well as the performance of South Africa in terms of sustainable development. Government performance of these strategic interventions is intended to be tracked through means of monitoring and reporting on 113 interventions and 20 headline indicators that respond to MDGs and Government Outcome processes.

Conclusion

South Africa has done well in defining sustainability and sustainable development and the adoption of the NFSD commits the country to a long-term programme of resource and impact decoupling. The Framework however, acknowledges that there is growing stress on environmental systems and natural resources from economic growth and development strategies. The country has continued to build on the Framework and several initiatives launched by key role players have adopted the NSSD which redefined strategic pathways and means of implementation. The Strategy is seen to be making a worthy contribution towards the understanding and achievement of sustainable development in the South African context. Furthermore, its five strategic priorities set a high standard for future development and contains numerous indicators which are well formulated and measurable. There is however still significant work to be done to reverse the many prevalent negative trends identified in the measurement of environmental performance. In response, government in partnership with community organizations, business and academia are putting in place structures and strategies to turn the situation around.

Improvement of Forest Practices With Forest Certification

Forest certification is a mechanism by which an independent organization issues a written assurance that a product, service or process meets specific requirements (Auld, Gulbrandsen, & McDermott, 2008). This may be followed by issuance of a symbol on products from certified companies, to easily identify them in the market. The idea of forest certification is aimed at rewarding foresters who promote aspects of sustainable forestry (ecologically appropriate, socially beneficial, and economically viable) (Auld et al., 2008). In the Baltic region, the thirdparty stakeholders that carryout certification include Forest Stewardship Council (FSC) and Program for the Endorsement of Forest Certification (PEFC). However, some countries have come up with their own national certification mechanisms which are based on the international standards. Forest certification follows two major directions: forest management and chain-ofcustody audits. I support certification for the following reasons.

Global definitions of forestry differ from one country to another, hence global uniform standards could be hard to be agreed upon. However, development of national systems of forest certification that are accredited to international ones like FSC and PEFC has been a positive step towards the development of certification, thus enabling it to attain legitimacy through inclusion of stakeholders, cooperation, procedural fairness and transparency of the entire process as well as the results (Niedzia?kowski & Shkaruba, 2018).

Certification plays a fundamental role in the attainment of Sustainable Development Goals. According to (Auld et al., 2008), some states such as Lithuania and Latvia had over 50% of their forests certified. This has enabled these countries follow up on attainment of SDG 8 (decent work and economic growth), SDG 12(responsible consumption and production) and SDG 15(life on land). The underlying requirements to attain certification status such as those in the chain-ofcustody audits that call for responsible harvesting as well as proper working conditions and pay for workers is enabling attainment of the SDGs. The decisions of the various forest administrators in the Baltic states to embrace certification has enabled them to sustain their wood exports from state forests. Certification was originally thought to provide avoid an additional monetary benefit although this hasn’t been entirely realized. However, it is now becoming a requirement for penetration into markets in western Europe as well as America thus enabling them attain economic benefits of international trade (Niedzia?kowski & Shkaruba, 2018).

Adoption of certification at international scales has enhanced protection and enhancement of High Conservation Values in forests although this has led to some conflicts with state administration. The decision by non-governmental organizations to refuse disclosure of location of endangered species (which are targeted by poachers), refusal of removal of deadwood from logging sites, and rejecting use of pesticides, all of which are prerequisites for certification has promoted conservation thus protecting the environment.

Certification is a better alternative compared to labelling which doesn’t involve the participation of a neutral third party but is rather a self-assessment by an individual organization or a group of organizations (Auld et al., 2008). This lowers the likelihood of biasness although this has come at a cost for example foresters in Poland saw the requirements by FSC as being more ecological and social as compared to their economic demands (Niedzia?kowski & Shkaruba, 2018), and the more flexible PEFC was adopted by many European countries because of the less stringent controls (Auld et al., 2008). As part of the ways of gaining legitimacy of certification that are explained by (Niedzia?kowski & Shkaruba, 2018), the FSC in the Baltic states aims towards inclusion of all possible parties, this is seen through acceptance for state authorities in the FSC economic chamber. This practice enables a good relationship with state authorities which is highly essential for the success of FSC initiatives since they are likely to be manipulated and oppressed if their visions differ greatly from those of the state forests. A classic example how FSC Polska was suspended in Poland following appointment of top administrators who were said to have alliances with state forest authorities.

FSC is operating like a safety net and is the final check of the sustainability practices of forest companies in the Baltics and Europe in general. It was introduced to check unsuitable practices and ensure environment conservation is taken as a priority. It was introduced to serve as a substitute for a forest convention that would ultimately be politicized. Without a global certification mechanism, there would be no binding regulation for environmental values in forestry practices and thus conservation of forests would never have been taken seriously by companies.

Certification however hasn’t come without shortcomings. The most common one is the failure to justify the cost of certification in comparison to the additional benefit derived especially for the small private owners. A key aspect of cost examined in (Niedzia?kowski & Shkaruba, 2018) is that costs are incurred by forest enterprises whereas benefits mostly fall to exporting companies. My experience while speaking to forest owners was that they spent money implementing management plans in line with FSC and PEFC guidelines but received no additional prices from export companies for their wood compared to uncertified forests. However, the export companies used the fact that they were certified to their advantage and requested for high offers in the global market thus limiting the benefits to only themselves.

Secondly, when considering Swedish forestry, there has been a failure for it to have a great impact because the monitoring and enforcement mechanisms of forest certification haven’t been tough enough (Villalobos, Coria, & Nordén, 2018). The study indicates that there is only a 3.7% difference in benefits between compliant and non-compliant foresters and this isn’t statistically significant to cause wide spread participation.

Another aspect of the current certification framework that makes it less desirable is the strong push for ecological interests ahead of the others. Right from the creation of FSC in 1993, the ecological and social chambers originally had more power and influence over the economic chambers before it was changed to three chambers each with equal representation and decision making ability (Auld et al., 2008). This needs to be addressed in detail in future certification policies because it leads to conflicts over interests between the various stakeholders, and this isn’t the aim of certification. This was the underlying factor for the creation of competitive schemes as forest owners and companies wanted to develop their own rules.

A significant shortcoming of certification is that it could be used to favor interests of an organization, for example, when the directorate in Poland wanted to certify Bialoweiza National Park in Poland so that they could justify higher harvesting levels, and compliance with international standards of nature conservation in the biodiversity hotspots although this was heavily rejected by environmental NGOs (Niedzia?kowski & Shkaruba, 2018).

In conclusion, certification effectiveness refers to the extent to which it alters on the ground practices so as to promote social, ecological and ecological values such as reduced forest degradation (Auld et al., 2008). The certification sector is now seen as normalized especially because the main benefit is market entry as opposed to higher price for certified commodities. Some companies are known to even not use certification labels on products because consumers still focus on price and quality and not on certification status (Klingberg, T. 2002). This gives the impression that it is a temporary phenomenon that has now reached saturation among the consumers. Certification has greatly improved the image of forestry as a more environmentally responsible sector. However, for it to attain its intended purpose of a price premium, there is need to focus on output legitimacy through: improved coverage (more organizations involved); more relevant rules to national forestry frameworks; and close emphasis on verification of compliance and banning of timber from non-compliant sources (Niedzia?kowski & Shkaruba, 2018).

Global Decline of High Value Large Old Trees and Impacts on Wildlife

Global decline of large old trees from anthropogenic alteration has gained considerable interest globally and could resulted in losses of numerous wildlife species. In recent decades, about 10-40% of the global species are facing critical threat of extinction. Some believe that sixth mass extinction event is perhaps in progress. Ross et al. 20183 described anthropogenic-related habitat loss as the biggest cause of biodiversity loss on a global scale. According to Committee on the Status of Endangered Wildlife in Canada (COSEWIC), “488 species are classified as extinct, extirpated, endangered, threatened, or of special concern, ” with habitat destruction as the most significant factor threatening 84% vulnerable species in Canada. Due to its higher economic value, loss of large old growth tree populations from selective-logging practices is classified as major factor to habitat loss for several endangered species 5. Critical to reverse these losses is to recognize the significance of large old tree habitats, understanding drivers of their decline and its impact on wildlife species relying on them for nesting and feeding. This essay is an outcome of issues/controversy identified during the field visit to Haliburton forest and wildlife reserve and will review empirical literature on high value old-growth large trees and associated wildlife population. The essay will also look at different management policies for the protection of these remaining giant vertical habitats.

One of the oldest and largest living organisms on earth are known to be large oldgrowth trees. These giant keystone vertical structures play a key role in ecological functioning and provide range of ecosystem services such as providing habitats or protective cavities to approximately 30% vertebrates species in some environments, supply sufficient food to large number of animals in the shape of nectar, fruits, flower and foliage, assist in connecting ecosystems by drawing pollinator and seed dispersers and providing nesting to numerous wildlife. These giant trees also sequester massive amount of atmospheric carbon, provide micro-environments to various species and play a vital role in local hydrological functioning. The keystone function of large old trees continue for hundreds of years even after tree death and provide nesting services to numerous species. The mature tree begin to produce number of distinctive physical characteristics such as massive amount of coarse woody debris, organic matter, nesting, den and roosting cavities and dead branches. Formation of large old tree habitat structures require hundreds of years. For instance, it takes 120 to 220 years for the formation of cavities in Eucalyptus tree These cavities/hollows provides key facilities such as feeding, nesting, roosting, escaping from predators or hibernating to significant number of taxonomic groups including vertebrates, invertebrates and mammals.

Large old-growth trees are prone to multiple range of human induced threats such as forest cutting, infrastructure development (highways, roads, residential projects, pipelines construction), clear cutting and selective logging operation, farm land and grazing. Out of around 3. 04 trillion global number of trees, 15 billion trees are cut per year as per the recent estimates, indicating critical reduction of tree population of various genera including old-growth large trees. Interestingly, there could be key interactions between drivers threatening large old tree habitats. For instance, landuse changes like forest fragmentation, clear-cutting or selective-logging can interact to enhance the sensitivity of some habitats to deadly wildfire. Lindenmayer et al 201311, explained that in mid-boreal forest of Sweden, large trees with diameter at breast height (dbh) above 50 centimeters are all almost entirely disappeared despite of their large concentration in the forest a century ago. In North America, less than 1% distribution of large dead Douglas-fir (Pseudotsuga menziesii) with dbh of greater than 63. 5 cm is remaining in the logged areas. In Australia, abundance of large old trees stands in Mountain Ash forest is expected a massive drop in population from mean of 5. 1 of large old trees/hectare at 1998 levels to the mean of 0. 6/hectare in the next five decades. In Amazonian Brazil, studies predicted that 53% of large old trees with dbh greater than 60 cm have died in the past 30 years. In Canada, Red pine (Pinus resinosa) trees found in Wolf Lake forest reserves are the largest old-growth conifers trees in North America and key source of food for songbirds, chipmunks, mice and squirrels. However, pine trees are currently facing looming threat from industrial, mining as well as logging activities, with only 0. 6% of old-growth red and white pine trees are intact and remain in their range prior to the European settlements in North America.

York suggested that removal of large big trees will likely creates long-lasting negative impact especially on wildlife and biodiversity and further argued that in spite of historic exploitation focusing on removal of large trees and their possible long-term damaging effects, cutting of these giants is still widespread in United States. Vaillancourt et al. argued that in boreal conifer forest, present of large tree structures is being threatened by current even-aged silviculture system, hence wildlife dependent on these habitats is also likely to be affected by extensive logging operations. Furthermore, large old tree are threatened by various other natural and unnatural drivers such as wildfire, browsing by herbivores, drifting agricultural pesticides spray, removal of trees in urban environments due to concerns on human safety, several diseases and dieback syndrome.

The association of some wildlife species are so significant that presence of large old tree act as a cost-effective alternate for their existence and abundance. In Australia, 42% of the vertebrates and 28% of reptiles rely on large tree cavities. In USA, John et al. 2017, studied spotted owl (Strix occidentalis) population across territories which experienced massive logging of large trees against unlogged region, and found high extinction rates of owl population when owl territories contained less number of big trees (>61 centimeters dbh) and canopy cover (>70%), whereas increased concentration of big trees leads to decline in extinction rates. Bowman and Robitaille 199713 explained habitat loss as the reason of American martens (Martes americana) local extinction from historic territories in North America. Martens normally like large over mature conifer forests which are being extensively logged in several parts of North America. In Canada’s Vancouver Island, nearly all black bears (Ursus americanus) use dens in trees with mean dbh of >100 centimeters. Large trees such as Douglas-fir (Pseudotsuga menzieseii) are also being used by bats species for roosting. In northwest pacific region, species which use trees with dbh >50 centimeters including Black bear (Ursus americanus), long-eared myotis (Myotis evotis), American marten (Martes americana) and fisher (Pekania pennanti) are categorized as sensitive or at risk.

Old tree stands provide also microclimate and thermal benefits during the winter due to their dense and large crown span as well as multi-layered composition. In British Columbia, Armleder and Waterhouse 199415, studied winter habitat requirements by mule deer (Odocoileus hemionus hemionus), and found high concentration of deer activities in old Douglas-fir stands which provide them good snow protection as well as conifer foliage produced through litter-fall which cater 62- 89% of the mule deer feeding requirements during the winter.

Large old trees are keystone vertical structures and one of the oldest living organism in the world. However, their massive population decline mainly due to anthropocentric activities such as logging, clearing, habitat fragmentation bring them at risk of short-term or even permanent extinction. There is an urgent need for new decision-making and management action to preserve existing large old trees. Lindenmayer et al suggested long-term management of large trees, preservation of the regions where they are most likely to evolve and promotion of recruitment should be included in new conservation policies. Long-term monitoring and documenting detrimental impacts of loss of large old trees and understanding their key ecological role is also critical.

Analytical Essay on Dust Bowl: Economic, Social and Environmental Impacts of Droughts

The Dust Bowl

Question One – What is a drought?

A natural hazard is a natural phenomenon that commonly have a negative effect on flora and fauna or the environment. These consist of earthquakes, tsunamis, droughts, cyclones, hurricanes and more. Natural hazards occur in all biomes in different ways, and at different times. We must always be prepared for these hazards to take place, to prevent or to reduce their impact. Our chosen natural hazard is drought. A drought is an event in which a period of time suffers from a low rate of rainfall and water supply. A drought can last for months or years, or may be declared after a few days. Droughts are listed into just 5 different categories, the meteorological drought, agricultural drought, hydrological drought, socioeconomic drought and an ecological drought. Each of which have different effects on the environment.

  • Meteorological,​ is a combination of weather patterns that send dry weather across for multiple days or even weeks it is measured in the magnitude of precipitation the area gets within a period of time.
  • Agricultural, ​refers to circumstances when soil moisture is lacking and results in the lack of crop growth and production. It concerns itself with short term drought situations. Agriculture can rebound or be impaired within a very short period of time depending upon the strength of drought conditions or precipitation events.
  • Hydrological, ​refers to shortages of water resources, for example, groundwater, reservoir, or stream levels are dramatically reduced. Conditions for hydrologic drought are built over extended periods of time. It takes a longer time for reservoirs or streams to become depleted, which corresponds to longer replenishing periods.
  • Socioeconomic, ​associate the supply and demand of some economic good with elements of meteorological, hydrological, and agricultural drought. … Socioeconomic drought occurs when the demand for an economic good exceeds supply resulting in a significant loss of water.
  • Ecological,​ defined as a period of time in which deficit in soil moisture, or clean water resulting in significant stresses on terrestrial and aquatic ecosystems.

Question Two – Where are droughts likely to occur and why?

Meteorologists predict drought based on precipitation patterns, stream flow, and moisture of soil over long periods of time. Droughts occur in places where water is lacking, such as Australia, India and Pakistan. Droughts can be very severe and have a dramatic effect on a country and its citizens. possible signs of drought include unusually extended periods of sunny weather, reduced water levels in lakes and other water sources, and the yellowing or wilting of plants. Droughts occur in these water starved places because of the reduced soil moisture, fluctuating ocean and land temperatures and climate change. With the unusual periods of dryness this in turn affects the soil moisture which leads to the destruction of agriculture and more freedom for the drought to take form with the lower amounts of moisture. Fluctuating ocean and land temperatures greatly dictate the weather patterns with even the tiniest change can have massive effect

Question Three – What causes droughts?

Droughts start off at being just a dry period with no rain where plants and ground starts to dry out. If this persists for an extended amount of time then it is considered a drought. More in depth reasons of the causes of droughts include things such as land and water temperatures, lack of rain, weather patterns, soil moisture levels, and water demand. If land and water temperatures are unstable and rise too high they can cause increased evaporation as well as drying out the land. This can kill crops due to the dry land as well as not provide enough rain to nourish the land. An issue with this is that the water demand can increase and not be fulfilled.

Another cause of droughts is lack of rain, this also correlated with weather patterns. If the rain/water cycle is unstable and not steady the ground does not have time to properly nourish itself. Because even if there is a big storm and lots of rain comes down, the rain will not absorb fully into the ground. Unlike if there were small amounts of rain each day, were it would all gradually absorb.

Soil moisture levels are extremely important as well. If the evaporation rates are too high the ground will not be fertile and moist leading to crops failing and animals not having the desired food. There are Australian native plants that have adapted to these conditions but imported plants struggle to survive with the harsh sun.

Questions Four – What are the economic, social and environmental impacts of droughts?

The Dustbowl significantly affected economically as the massive dust storms forced farmers out of business, they lost both their livelihoods and their homes. The prices of crops rapidly went up due to the availability and the crops which were damaged from the drought. By 1937, more than one out of five farmers were on federal emergency relief and families migrated to California or cities to find a new job due to losing their job from the drought. The dust bowl also severely affected socially as the cities and countries that endured the bowl, suffered a decrease in population as there was heavy migration to move to a better city where the city or the country was not in danger.

The Dust Bowl was the worst disaster in the United States, still leaving impacts on the country. The biggest aspect in which the drought-affected the country was the environment. In the summer of 1931, the rain stopped coming and drought began to begin and lasted for most of the decade. The crops withered and died, which was the start of the prices rising. Livestock went blind and suffocated, with their stomachs full of fine sand. Farmers, unable to see through the blowing sand, tied themselves to guide ropes to make the walk from their houses to their barns. Families wore respiratory masks and cleaned their homes each morning with shovels and broom to help filter out the dust. Still, children and adults inhaled a lot of sand, coughed up dirt and died of a new epidemic called ‘dust pneumonia’.

Question Five – How did the Government and other groups/services respond to the Dust Bowl and was their response effective?

The dustbowl’s sand was described so thick that when the wind blew they could not even see their own hand in front of their face. Living in the dust bowl became nearly impossible. Dust got everywhere. The people spent much of their time trying to clean the dust in the house and trying to keep it out. The majority of the farmers had to move as they could not survive. Crops could not grow and livestock would often be choked to death by the amount of dust they inhaled. Red Cross workers provided families with respiratory masks to help with the amount of sand they were inhaling and the dirt they were choking up. The federal government implemented programs to help the farmers that stayed in the DustBowl. They taught farmers proper farming practises to help preserve the soil. They also purchased some land to let it regenerate in order to prevent future dust storms. It took some time, but much of the land was recovered by the early 1940s.

In response to the severe drought, groups such as the Soil Conservation Service generated detailed soil maps and took photos of the land from the sky. To create shelterbelts to reduce soil erosion, groups such as the United States Forestry’s Services planted trees on private lands. Finally, groups like the Resettlement Administration, which later became the arm Security Administration encouraged small farm owners to resettle on other lands if they lived in dryer parts of the Plains. To stabilise the prices, the government paid farmers and ordered more than six million pigs to be slaughtered. It paid to have the meat packed and distributed to the poor and hungry. FSRC (Federal Surplus Relief Corporation) was established to regulate crops. The FSRC shared apples, beans, canned beef, flour, and pork products were distributed through local relief channels. Cotton goods were later included for the people who needed these materials.

In 1937, the federal government began an aggressive campaign to encourage farmers in the Dust Bowl to adopt planting methods that conserve the soil. In 1939, after nearly a decade of dirt and dust, the drought finally came to an end when regular rainfall finally returned to the region. The government still encouraged continuing the use of conservation methods to protect the soil and ecology of the Plains. At the end of the drought, the programs and groups which were implemented during the droughts maintained a positive relationship between American farmers and the federal government.

Question Six – What are the current management strategies used to stop/reduce the effects of droughts on communities. Are these effective?

Australia has many different management strategies to help people during drought. Things such as water supply management, water management, water conservation and education, land management and economic and social empowerment. All of these strategies have produced results for communities providing sustainable information about the effectiveness of these strategies

Water supply management:

This strategy is related to the withdrawal of large amounts of water from water supplies and water restrictions placed on households to primarily save water. Water restrictions have multiple levels related to the amount of water in major dams, water restrictions apply to everyone in Sydney, The Blue Mountains, Illawarra, residents and businesses. Water restrictions control the amount of water households can use, specifically it restricts the amount of drinking water. During level 1 restrictions people are allowed to water lawns gardens and new turfs (ONLY if it’s 70m2) before 10am or after 4pm using a handheld hose fitted with a trigger nozzle, watering cans/buckets, drip irrigation systems and automatic watering systems including:

  • Automatic weather adjusters
  • Rain sensor
  • Soil moisture sensor

During level 1 water restrictions people are also able to fill pools/spas with a small amount of drinking water to replace evaporated water and fill new or renovated pools up to 10,000 litres with drinking water without a permit. However people cannot exceed this 10,000 litre cap when filling pools with drinking water without a one-of-pool filling permit and approval pool cover, this permit needs to be permanently attached to the pool. The pool supplier must have a business water exemption permit before they can come to the persons property and work on their pool. The cleaning over hard surfaces specifically paths and driveways are allowed to some extent when in level 1 water restrictions. People are allowed to spot clean specific areas for health and safety reasons with a high pressure hose fitted with a handheld hose fitted with a trigger nozzle. However people are not allowed to clean these hard surfaces apart of general cleaning and leaving hoses/taps running unattended including having water restrictions, which Australian citizens currently have. As well as this, using more native plants that have adapted to this lifestyle and use less water. Capturing runoff from rain and holding it in water tanks and barrels can also be a sustainable source to hydrate. Grouping plants to their specific water needs and then watering them accordingly this strategy allows less water to be wasted while hydrating the environment.

Some more information –

Better monitor and measure water supply and uses nationwide

Reduce indoor water use through more efficient appliances, technologies, and behaviors

Reduce outdoor water efficiency through drought-tolerant landscape design and improved irrigation technologies

Increase recycling and reuse of water, including capturing and reusing stormwater, greywater, and wastewater

Make more strategic use of groundwater

Question Seven – How does climate change affect droughts and what are the future impacts of it?

The relationship between droughts and climate change is one where the effects have gotten worse and worse over the years. The duration and effects of drought are more prolonged and damaging. As well as this, the temperature of the Earth has risen fairly significantly, which has led to an unbalanced water cycle where there is increased evaporation. As well as this, snow is more likely to melt quickly, meaning that in the even warmer weather there is no water/snow to keep the ground hydrated.

Through this, the risk of hydrological and agricultural drought increases as temperatures rise. Such an increase of droughts and the duration of them has led to the original precautions not working as much. If America or any other country was to have another Dustbowl, the effects would be devastating once again. By now the world should be prepared for another disastrous event like this. Some massive impacts of droughts are –

  • A longer duration of drought – We have longer droughts due to the fact that the rain is so irregular and uncommon. This leads to it taking quite a while to regain proper land.
  • Increased evaporation – The Earth is getting a degree hotter every decade. Due to this, an extreme amount of water is getting evaporated. And not just from ponds or such, it includes the moisture from soil. This leads to plants dying and animals not having a food source.
  • Drier ground – The cause of drier ground is due to increased evaporation. As well as this, unstable rain means that it does not get enough moisture to be fertile.

Due to these changes presumably from climate change, we need to invent new ways to handle droughts. Because clearly the other management strategies are not effective enough on droughts. One issue that has quite a bit of solutions is the increased evaporation of water.

Farmers need water to grow their crops and keep their livestock alive. To help with this farmers use farm dams. Yet they keep losing water each day. To assist in this, they build them as deep and slim as possible so that there is less surface area for the heat to take from. They also have different types of covers to put on them as well as providing shade above them. These methods could be used in larger dams on a much bigger scale. If they applied this to places such as Warragamba dam then there would be less evaporation and therefore more water attainable to us.

Bibliography

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  2. Warragamba Dam. [online] Waternsw.com.au. Available at: https://www.waternsw.com.au/supply/visit/warragamba-dam [Accessed 15 Oct. 2019].
  3. Sheepconnectsa.com.au. (2018). ​Controlling Dam Evaporation | Kangaroo Island | Water Security​. [online] Available at: https://www.sheepconnectsa.com.au/water-security/water-sources/controlling-dam-evaporation [Accessed 15 Oct. 2019].
  4. Usgs.gov. (2017). ​What causes drought?​ [online] Available at: http://usgs.gov/faqs/what-causes-drought?qt-news_science_products=0#qt-news_science_products [Accessed 15 Oct. 2019].
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  6. Customer Interaction (2017). ​Water restrictions​. [online] Sydneywater.com.au. Available at: https://www.sydneywater.com.au/SW/water-the-environment/what-we-re-doing/water-restrictions/index.htm
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Poaching of the African Elephant: Analytical Essay

Case Study

The majestic African Elephant is faced with the fight of its life, threatened by poachers all over Africa. Through non-governmental organizations and the support from local communities, there is still hope for the African Elephant to thrive.

“My fascination with and love for elephants began when I first encountered a herd. I was on foot in the forests on the rim of Ngorongoro Crater,” says Jane Goodall, founder of the Jane Goodall Institute and a UN Messenger of Peace.

“On World Elephant Day, we pay tribute to these wise, gentle giants who so perfectly represent the natural wonders of the world. But today is not a time for celebration [1].”

The African Elephant (Loxodonta africana) populations are currently threatened by overhunting through poaching. Poaching is the illegal hunting or capturing of wild animals and is a well-known issue in Africa with subjects being larger animals like the African Elephant and the African Lion. Despite being illegal, poaching is still happening within protected areas and within the law [2].

(Figure 1 – Extant (yellow) and possible extant (purple) regions in which the African Elephant can be found [4]) The African Elephant is found in 37 countries in sub-Saharan Africa ranging in including Central, Eastern, and Southern Africa (Figure 1). This magnificent creature plays an important role in Africa’s savannah and forest regions acting as an ecosystem engineer and creating new ecosystems for amphibians, reptiles, and other species residing in the area [5]. The elephant also plays a major role in Africa’s economy by supporting ecotourism.

Poaching continues to be an issue due to the high demands for ivory from neighboring countries. Poorer local communities lack the incentive to conserve elephant populations because they are seen as a nuisance and the economic benefits are not apparent from ecotourism or through conservation efforts.

The African Elephant is currently listed as vulnerable on the International Union for Conservation of Nature (IUCN) Red List [4] and if the poaching industry continues to grow, the African Elephant may cease to exist in the near future.

Animal Health Concerns

Elephants, the world’s largest land mammals, are important ecosystem engineers of the savannah and forest ecosystems of Africa [6]. By destroying hardy vegetation in an area, they are creating new grassland habitats, inducing succession while also controlling bush encroachment [5]. It was found that areas of heavy damage done by elephants yield higher species richness than plots that have not been altered (Figure 2).

Elephants also act as vectors for seed dispersal through fecal matter as they are unable to digest seeds [5]. This is important for the natural planting of trees.

Figure 2 – Mean herpetofauna species richness based on damage site at Endarakwai Ranch, Tanzania from August 2007-March 2008 (* indicates significant difference at p = 0.05) [5]

The poaching of the African Elephant appears to have pushed forest elephants into the savannah region [7]. This unidirectional movement coincides with higher levels of crop-raiding and destruction in local farms causing the destruction of crops [7].

Along with this furthermore, the killing of matriarchs removes the female herd leader and with that goes with knowledge of scarce water supply sources during droughts REF _Ref21290083 r h [7] and. This can also result in a wider dispersal of the herd in unknown territory, making them more susceptible to poachers or other predators [7].

(Figure 3 – Influence diagram representing factors impacting the African Elephant population.) The detrimental effects of poaching are very apparent in the literature and well documented, but there is still a rise in poaching this activity is still on the rise due to the popular demand for elephant tusks to produce ivory products. From 1930 to 2019, Africa’s elephant population dropped from roughly 10 million to 400,000 [1]. This significant drop is almost entirely the result of poaching to supply the illegal sale of ivory. Elephant populations in Zimbabwe, Gabon, and Mozambique have declined by more than 70% since 2001, 2004, and 2009, respectively while in Northern Botswana, the number of fresh elephant carcasses increased by 593% from 2014 to 2018 [8]. In 2018 alone, 156 elephants were poached for their tusks and an estimated 385 individuals were poached in Botswana in 2017-2018 [8].

The uncontrolled hunting of these animals will result in an eventual decline in genetic diversity as well as disruption to the balance of ecosystems. There are implications for a possible decline in species diversity in the region if the elephant goes extinct. If numbers continue to decline, there will be irreversible effects in terms of success rates as well as a positive feedback loop, causing potential deaths of more individuals with increased hunting of matriarchs.

The Elephant Economy

Elephants play a major role in African eco-tourism within Africa, bringing in about $40 billion according to the World Tourism Council and providing around 6% of the total employment on the continent [2]. It is suggested that poachingPoaching rates may be the highest in poorer regions where financial security is dependent on illegal activities [6].

Poaching is driven by international organized crime syndicates, many of which are members of the military. The revenue from ivory sales benefits these groups while none of the financial benefits goes into the villages or communities [1]. Poaching raises funds to obtain weapons and other materials in order to wage war against African governments [2].

The main driver of elephant poaching is the high demand for ivory in China. China is a major driver of increased poaching based on growth in per capita income, analysis of intercepted ivory shipments and their destinations, and their large economic involvement in Africa [6]. The high demand for ivory in China is due to the increase in the middle-class population. Ivory and rhino horns are an aphrodisiac in the Chinese culture, which is now affordable to a new, large demographic resulting in a boom in the ivory market [2]. Large seizures of ivory were made in Thailand, Malaysia, the Philippines, and Vietnam, implying the industry is growing [6].

The illegal sales of ivory are not terminated as There are legal and illegal sources of ivory, but it is difficult to distinguish what animal the ivory came from between the two. This may result in economic and political downfall by feeding the criminal cartels, increased corruption, and overall chaos within villages and local communities in Africa.

Voices of the Locals

The media often portrays elephant poaching as “ugly” [1] and it’s a large problem that needs to be solved. But However, the voices of locals say otherwise.

The killing of Cecil the Lion back in July 2015 by American big-game hunter Walter Palmer caused a public media uproar, portraying Cecil’s death as “utmost evil” [9]. The locals, on the other hand, were happy with the death of Cecil. “We were very happy to hear the death of Cecil the Lion. We actually wish the shooter had killed more of Cecil’s cousin and brothers because we are suffering in this area,” say members of a Mathuthu village focus group discussion in the Zimbabwe Hwange district.

Wildlife is directly responsible for increased labor strains on locals. Fields must be guarded against small and large grazing animals to ensure they do not interfere with crop growth [9]. The main crop destroyers include elephants, baboons, warthogs, lions, hyenas, and leopards [9].

Many locals have developed a negative perspective toward wildlife and conservation efforts as they see little economic gain and direct negative effects of wildlife. Locals actively participate in wildlife destruction as a method of gaining compensation for negative externalities from the market for ecosystem services, including conservation [9].

Finding a Solution

After Due to a sharp decline in elephant populations in the 1900s, the Convention on International Trade in Endangered Species (CITES) had banned the sale of ivory worldwide in 1989 after then-Kenyan President, Daniel Arap Moi, ignited a 12-tonne pile of elephant tusks to promote change in global policy on ivory exportation [10]. leading This led to rebounds in elephant populations. But, in 1999 and 2008, the ban had been was lifted due to pressure from countries in Asia and Africa allowing and CITES allowed two sanctioned sales of ivory [11], resulting in a further decline in elephant populations.

Suggested solutions moving forward include anti-poaching policies focusing on the effectiveness of law enforcement such as better-resourced rangers patrolling the land [6]. Sport hunting of elephants is only permitted under the legislation of several Range States. Botswana, Cameroon, Gabon, Mozambique, Namibia, South Africa, Tanzania, Zambia, and Zimbabwe have CITES export quotas for elephant trophies [4]. Despite this, poaching continues to be an ongoing issue. The problem with this suggested approach is that commodity prices continue to rise, and law enforcement becomes inadequate when analyzing the numerous examples of thriving illegal markets [6].

Studies have used sirens and low-altitude drones to elicit a flight response in rhinos as an anti-poaching tactic, enabling them to move away from undesirable areas [12]. Conservation reserve managers can also use drones to respond to reports of at-risk animals, including elephants.

CAMPFIRE Program

The most interesting conservation strategy though is actually the controlled hunting of game animals. The Communal Areas Management Program for Indigenous Resources (CAMPFIRE) program in Zimbabwe focuses mainly on elephant conservation through the process of trophy hunting. This strategy is developed around wildlife and habitat management for the benefit of residential communities and is designed to decentralize the management of natural resources in communal areas [9]. The CAMPFIRE program was first implemented in November 1988 with support from U.S. aid, promising financial rewards to locals for the active conservation of wildlife resources [2]. Hunting is done on controlled land that can be used for subsistence or community purposes in partnership with hunting outfitters to come and engage in the hunts [2]. Hunters will pay to partake in the hunting of game animals, encouraging economic growth within these conservation communities. Revenue from the sale of the animal is split between the safari hunters and the community members where community members keep a majority of the revenue, further increasing economic growth. Local communities utilize this revenue for infrastructures like roads, schools, and clinics. Meat from the game is distributed to the locals, providing about 274,000 pounds of meat annually. The desired impact of CAMPFIRE is to create more incentives for conserving elephant populations within the area. Since the implementation of the CAMPFIRE program, elephant populations have doubled within the conservation areas [2].

With the implementation of strategies like CAMPFIRE through non-government organizations (NGOs) and getting the locals involved, the negative perspectives of locals may shift by seeking when they see economic gains within their communities and see recognize the value in conserving elephants, not just through a biological view, but an economic and social view.

Conclusion

Elephant poaching continues to be an issue in Africa and will continue to be an issue unless a holistic approach is taken. Considering stakeholder inclusion, whether it’s hearing the voice of the locals or creating incentives for conservation, the economic viewpoint and the biological aspect of the issue are essential to ensure the elephant population thrives once again.

References

  1. Goodall J. Why hasn’t Ottawa banned the elephant ivory trade? The Globe and Mail [Internet]. The Globe and Mail; 2019Aug12; Available from: https://www.theglobeandmail.com/opinion/article-why-hasnt-canada-banned-the-elephant-ivory-trade/https://www.lib.uwo.ca/cgibin/ ezpauthn.cgi?url=http://search.proquest.com/docview/2271669505?accountid= 15115 Comment by Austin Auyeung: The UWO link doesn’t work unless you are logged in to your account.
  2. Catherine Semcer on Poaching, Preserves, and African Wildlife [Internet]. Econlib. 2019. Available from: https://www.econtalk.org/catherine-semcer-on-poaching-preserves-and-african-wildlife/?fbclid=IwAR2yQ_fNWyBM7Oe9WB-V2iUJc5Sh8Pz9glvt6uHf2eFPC-46BY8rStf8NLE
  3. African Elephant [Internet]. WWF. World Wildlife Fund; Available from: https://www.worldwildlife.org/species/african-elephant
  4. Loxodonta africana (African Elephant) [Internet]. The IUCN Red List of Threatened Species. Available from: https://www.iucnredlist.org/species/12392/3339343
  5. Nasseri NA, Mcbrayer LD, Schulte BA. The impact of tree modification by African elephant (Loxodonta africana) on herpetofaunal species richness in northern Tanzania. African Journal of Ecology. 2010Jun;49(2):133–140.
  6. Hauenstein S, Kshatriya M, Blanc J, Dormann CF, Beale CM. African elephant poaching rates correlate with local poverty, national corruption, and global ivory price. Nature Communications. 2019;10(1):2242.
  7. Wasser SK, Gobush KS. Conservation: Monitoring Elephant Poaching to Prevent a Population Crash. Current Biology. 2019;29(13): R627-R630.
  8. Schlossberg S, Chase MJ, Sutcliffe R. Evidence of a Growing Elephant Poaching Problem in Botswana. Current Biology. 2019;29(13):2222-2228.e4.
  9. Dube N. Voices from the village on trophy hunting in Hwange district, Zimbabwe. Ecological Economics. 2019;159:335–343.
  10. Zane D. Kenya’s ivory inferno: Does burning elephant tusks destroy them? BBC News [Internet]. 2016Apr29; Available from: https://www.bbc.com/news/world-africa-34313745
  11. National Geographic Society. The History of the Ivory Trade [Internet]. National Geographic Society. 2013. Available from: https://www.nationalgeographic.org/media/history-ivory-trade/
  12. Penny SG, White RL, Scott DM, Mactavish L, Pernetta AP. Using drones and sirens to elicit avoidance behavior in white rhinoceros as an anti-poaching tactic. Proceedings of the Royal Society B: Biological Sciences. 2019;286(1907):20191135.

Smokey Bear Campaign to Prevent Forest Fires

Wildlife conservation is a tale as old as time. Who knows, maybe if there had been conservationists 65 million years ago, we would still have dinosaurs roaming the earth today. While the fact that animals go extinct is not old news, do people really understand why wildlife is so important? What steps need to be taken to preserve wildlife? How can one become involved in wildlife conservation? These are all important questions that need to be explored in order to help maintain the delicate ecosystem on Earth. Wildlife plays a vital role in this fragile ecosystem and without humans that care about the preservation of wildlife, any and all species of animals are a possible victim of extinction. It goes without being said that it is impossible for animals to advocate for themselves. This is why awareness and speaking up for what you believe in is imperative, especially when it comes to animal rights. In the image above, you see a variety of animals commonly perceived as wild animals. You can see some animals such as the rhino and elephant are looking beyond the scope of the painting. Perhaps they are looking towards their environment or their herd. However, 5/9 of the animals are looking directly towards the viewer. They are almost asking “and what are YOU doing to help us?”.

This image was found on the African Wildlife Association’s website. This website is an amazing tool for anybody interested in learning about animals and which ones are going extinct and what the public can do about it. On their wildlife conservation page it even says “Protecting an astounding diversity of species. (Humans included. ). . . . Critical to protecting these vital ecosystems are people. Sharing land across the continent, local communities and wildlife often live alongside each other, leading to struggles for space and water. If people and wildlife learn to live together — inside and outside of protected areas — the future for all will thrive. ” (AFA) This form of direct “accusation” is no new idea. Created in 1944, the Smokey Bear Wildfire Prevention campaign is the longest-running public service advertising campaign in U. S. history, educating generations of Americans about their role in preventing wildfires. The scene begins with an all-american family enjoying a nice toasty fire. They haphazardly put out the fire and go to bed. In the blink of an eye, the entire forest is burned down and the animals inhabiting it are nowhere to be seen.

The camera pans over to a wooden post with Smokey Bear’s face on it, reciting their famous slogan. Smokey’s original catchphrase was “Smokey Says – Care Will Prevent 9 out of 10 Forest Fires. ” In 1947, it became “Remember. . . Only YOU Can Prevent Forest Fires. ” In 2001, it was again updated to its current version of “Only You Can Prevent Wildfires”. The wording of these catchphrases places pressure on the people of America to make sure they are conscious of the repercussions their actions have. While this advertisement is known far and wide throughout North America, what most people probably do not know is that Smokey the Bear was, in fact, a real bear. One day in 1950, a fire was spotted by a ranger in a forest in New Mexico. The first crew discovered a huge wildfire sweeping through the forest. Word spread and soon more and more crews were coming to help. Forest rangers, local crews from New Mexico and Texas, and the New Mexico State Game Department set out to gain control of the raging wildfire. While the crew was fighting the fire, they received a report of a lone bear cub seen wandering near the fire line. The firefighters were soon caught directly in the path of the firestorm, along with the bear cub. He managed to get out alive with burns to his paws and legs. The crew rescued him and moved him to safety. The public fell in love with the tiny little bear saved.

In 1952, Steve Nelson and Jack Rollins wrote the popular anthem and started the campaign that’s still running 66 years later. When it comes to animal conservation, some people, like Alexander Kopatz, take a less passive approach. When word arose that there was a growing bear population near a farm in Norway, the locals were quickly spooked. Immediately, the farmers most immediately threatened wanted the bears “taken care of”. While not yet on the endangered species list, brown bears are getting closer and closer. Because they often live in forests surrounding human communities, brown bears have fallen prey to hunting and other conflicts with humans. More specifically, human-bear conflicts occur frequently in the Pasvik Valley, Norway. Kopatz thought there was a better way to investigate this issue further. Him and his team decided they wanted to set up hair traps to detect brown bears moving near human settlements and livestock. They set up 20 hair traps near a farm with frequent bear sightings. The study area had one area near the farm and one adjacent area with no settlements. Based on reports of brown bear observations during the study period, the local wildlife management authority assumed that at least two individuals were roaming in the area around the farm. After discussing and reviewing, the team came to the conclusion the bears seem to favor the neighboring and more pristine forests even though they are in close distance to the farm. It has been reported earlier that brown bears tend to avoid human settlements and structures and its for these reasons that Kopatz and his study convinced local authorities to not euthanize the brown bears in Pasvik Valley, Norway. Not only did he do this, but he found a new, relatively cheap and easy way to track animals in forests surround human settlements. Hair trapping is non-intrusive and non-rewarding for the bears. This makes it easily justified and more ethical than simply removing or killing the bears.

Both of the images mentioned earlier place an accusatory tone upon the reader. The first being more subtle while the second directly telling the reader it is up to them to prevent wildfires which connects to not destroying animal habitats (deforestation). While this photo and advertisement certainly spread a good message, they are few and far between. To most people, wildlife conservation is one of those things commonly put in the “not my job” column of priorities. That being said, there is a community of people who dedicate their lives to protecting the lives of animals everywhere, such as Alexander Kopatz. Without people like this, the animal population on the earth would deteriorate exponentially.

Venezuela International Essay: Analysis of the Role of Simon Bolivar

The lovely country of Venezuela is a sight to see. It deserves to be recognized not only for its stunning landmarks like the Angel Falls and the Orinoco Delta but also for its lovely people. The citizens of Venezuela embody the spirit of resilience and companionship, especially in this time of desperation. Home to some of the most beautiful scenery, dynamic culture, and tasty cuisines, Venezuela is a country full of life and character, making it an inviting travel destination.

You can find Venezuela in the northern section of the South American continent. Its total area amounts to 912,050 square kilometers with a land area of 882, 050 square kilometers. The shape of the country an be compared to an inverted triangle. It borders Guyana on the east, Brazil on the South, Columbia on the west, and the Caribbean Sea in the north. In this Caribbean Sea, just off the coast of the country are 72 offshore islands. The country is roughly two times that California. It has 4,993 km of land boundaries and 2,800 km of coastline. In Venezuela the climate is typically subequatorial, meaning it lies near the equator. Like many countries near the equator, it is hot all year round. Much of the weather relies on seasonal winds and the rainy or dry seasons. The dry season ranges from mid-December to mid-April. The rainy season begins in late April and extends to mid-November. Rainy seasons are usually unpleasant. Although this is the general climate, all of Venezuela’s land barriers and features make for a varying climate throughout the large country. In the rainy season, precipitation may reach 78.7 inches. During summer months, which last from December to April, the weather is humid and hot, but calm. Contrastingly, the winter months which last from May to November are dry, warm, and overall comfortable. However, the country’s temperature still does not fluctuate much. In the spring, March through May, the temperature begins extremely hot and dry, but by April the rain returns. With the rain and hot temperatures, it is rather uncomfortable. In the summer months of June, July, and August, June is traditionally rainy like April and May. July often floods the capital city. In August locals usually have trouble in Los llanos because of swampy conditions forming. In fall, which is, September, October, and November, September and October bring an end to the rainy season. Precipitation and temperature lower until showers finally stop in November. This is ideal travel time for tourists. Winters, specifically December, January, and February, bring warmth and comfort. January and February are great times to visit.

Another reason to visit this wonderful country is its beautiful environment. Unfortunately, however, due to the country’s political unrest, the environment has been suffering severely. Venezuela is plagued with various issues. Their issues range from urbanization to pesticide abuse, waterway pollution, industrial waste, air pollution, gasoline consumption, as well as soil and forest resources exploitation. Because of all these problems, in 1976 the government established the Ministry of Environment and Renewable Natural Resources. The program established the Organic Law of the Environment, this along with many other laws has placed protections over soils, forests, and water supplies. It controls public sanitation and helps prevent the contamination of waterways, these are usually contaminated by oil. Much of the air pollution stems from issues with power plants, industry, and vehicle exhaust. As of 1996, industrial carbon dioxide emissions hit 144.5 million metric tons. The cities of Venezuela produce around 3.6 million tons of solid waste a year. From the years of 1990 to 1995, deforestation has been at an annual rate of 1.1% Efforts to curb deforestation have been put in place. Restrictions on logging are included in these efforts. More recently in 2001, 24 of the country’s mammal species and 22 bird species were added to the endangered species list. 252 types of plants were also endangered. Some specific animals are the red siskin, the giant otter, green sea turtles, and three different species of crocodile. It is predicted that in the time span of 2001 to 2012 Venezuela lost 1.25 million hectares of forest coverage. This an annual rate of 2.1%, beating the previous rate by almost double. The largest forests are in Bolivar and the Amazonas Cattle, ranching plays a large part in the deforestation. Gold mining and logging were also huge factors in the 1980s and 1990s. Logging has since decreased, but gold mining still remains a prevalent issue in the southern region of the country. There have been measures put in place, but loggers and miners have been going in illegally.

Moreover, on the environment, Venezuela has a couple different types of soil. There are alluvial soils and volcanic soils. The soils of Llanos and The Guiana Highlands are pretty much infertile. The more fertile soils are formed by well-drained material from volcanic deposits or alluvial rivers. These alluvial soils are found in the southern parts of the Maracaibo Lowlands, in the northern mountains, and some edges of the Llanos. The Orinoco delta and plains nearby are rich in alluvial soils. Volcanic soils are found in the slopes of northern mountains. However, these soils are usually sabotaged by deforestation, logging, and shifting agriculture. Much of how fertile the soil is depends on the amount of drainage running through that area. The two main drainage systems for Venezuela’s runoff are the Orinoco River and the Tuy River. Collectively, they drain about four-fifths of the country’s surface runoff. The Orinoco makes its journey from its start in the Guiana Highlands, travels northwest, then north, and finally east before ending up in the Orinoco Delta. From here it travels out to the Atlantic Ocean. The only real interior drainage in Venezuela is Lake Valencia. The Caracas Valley is drained by the Tuy River. It runs east to the Caribbean Sea.

Now, as you can probably tell already, Venezuela has many landforms. Being that Venezuela has so many geographic features like the Orinoco River, Angel Falls, the Guiana Highlands, the Maracaibo Lowlands, the Andes Mountains, Lake Guri, Lake Maracaibo, and more it is divided up into several regions. Each region has a different climate than the next. This is what makes these landforms so different. For example, the Guiana Highlands, which are relatively unresearched, form a very tropical climate. It tends to bet hot and humid, very jungle-esque. Located in the Guiana Highlands are the Angel Falls. This is the largest waterfall in the world, at 2,421 feet it is 12 times the height of the Niagara Falls. Along with this Venezuelan water wonder are numerous rivers. Venezuela has over 10,000 rivers, granted they are small. However, the most important river in the country is the Orinoco River. It is one of the largest not only in Venezuela but in the entire continent, falling short to only the Paran and the Amazon. There are three divisions of elevation in the country. There are the lowland plains, the mountains, and the interior forested uplands. The lowland plains’ elevation rises from sea level to 1,650 feet, the mountains soar 16,400 feet above sea level, and the forested uplands are at about 6,550 feet.

With all these different climates and regions, the country’s ecology and biosphere are also diverse. However, like much of the country, the conservation community is struggling. Venezuela is not being funded by the international conservation community and feels abandoned. However, some conservationists were able to discover a bird thought to be gone. This all started when the economic crisis took hold in 2014. Ileana Herrera, a Venezuelan ecologist, had to flee the country to provide for her son and take care of her sick mother. Venezuela is lacking basic resources such as food and medicine. Conditions got so terrible, some ecologists were only making $3 a month as of 2016. Nanette Anzola, a Venezuelan Ecologist, moved to Canada years ago for an internship at the Ecology Campus Network in Canada. Here she noticed many differences from her homeland, Venezuela, and her new country Canada. She noted how small difference in Canada’s attitude toward environmental care made such a large change. Little actions like recycling, environmentally-friendly grocery bags, and reusable water bottles made all the difference. Differences that she noticed Venezuela was lacking. With so many other issues taking precedence, it seems ecological care has fallen to the shadows. Anzola states, “…in my country gas is cheaper than elsewhere in the world at exactly 3 cents a liter. This translates into everyone driving everywhere. Walking, biking and public transportation are seen as secondary forms of transportation.” Air pollution is a huge problem in Venezuela, especially more recently. Garbage is also hardly ever recycled and burning it is often the first way to get rid of it. For obvious reasons, these are not effective ways of keep our environment thriving.It is so important that we change this fact because Venezuela is so full of unique and beautiful flora and fauna. In the country of Venezuela, there are so many different and exotic examples of flora. The plant life is so diverse there are 21,000+ species of plants in this country alone. Some more well-known examples are the Orchids, the Araguaney Tree, the Moriche Palm Tree, and the Andean Frailejon Plant. There are more than 25,000 species of orchids alone in Venezuela. A common orchid is the flor de mayo orchid. This is also the national flower of the country. The Araguaney and Moriche Palm trees are some prevalent trees found in Venezuela. The Araguaney tree is the national tree of Venezuela and can be found in tropical forests not long after the rainy season. It has bright yellow flowers that appear on its branches and is recognized for its resilience. The Moriche Palm Tree is found in the swamps of the Orinoco Delta. It is also called the “Tree of Life”. It can grow as tall as 35 meters. The fruit that grows from it is edible and it is often eaten fresh or made into juices, jams, or wine. The Andean Lupine Flower and the Andean Frailejon Plant are both natives to Venezuela. They also grow at very high altitudes. Lupine grows in moist areas at about 8,000 to 11,000 ft in the air. The Frailejon Plant can be found all the way up to 13,000 feet in the air. It often grows in barren hills, making its bright yellow petals stand out. Not only is Venezuela full of diverse flora, but it is also full of many types of fauna. It is one of the world’s 17 megadiverse countries. Home to over 351 species of animals, 341 species reptiles, 2,000 marine species, and 1,417 bird species, Venezuela has a wealth of animal life. The ecosystem of the country is comprised of the Andes mountain, the Amazon basin, the Llanos plains, the Orinoco River, and he Caribbean coast. Some examples of the animals found in the country are the Orinoco crocodile, the Scarlet Ibis, the Howler Monkey, the Capybara, Giant Anteater, Giant Otter, the White-bellied Spider Monkey, the Crab-eating Fox, the Sloth, and the Jaguar. The Orinoco Crocodile, true its name, claims the Orinoco River as its habitat. They are highly endangered. They can grow up to 6.6 meters in length though there is not much information on their length as they are so endangered. Males are significantly larger than females. The ibis is well-known for its scarlet color. It lives in tropical climate. The Howler monkey are from the New World monkey group. They are highly social and eat mostly leaves, fruit, and nuts. Capybara, also found in Venezuela, is the largest rodent in the world. The giant anteater, also referred to as ant bearearns its name as they are the largest animal in the Myrmecophagidae family. Also, the largest of their kind is the Giant Otter. In all of the Mustelidae (Weasel) family they are the largest at about 1.7 meters. They prefer freshwater and anywhere from 1-5 pups can be born blind. The white-bellied spider monkey is also an endangered species. They are often found jumping from branch to branch. An omnivorous animal named the Crab-eating fox despite their name also eat lizards, rodents, insects, and crustaceans other than crab. The slow-moving sloth is a staple in the rain forests of Venezuela. Funnily enough, they live around 10 years longer in captivity than in the wild, in the wild, they can live for up to 20 years, and in captivity, 30. Last but surely not least, Venezuela is home to jaguars. They camouflage well and are placed at the top of the food chain.

As well as a large amount of plants and animals, there are many people in the country. Venezuela’s population is the 44th largest in the whole world at 32,704,796 as of 2019. They make up 0.42% of the world’s total population and have a population density of 96 people per square mile. Like most countries, these people are represented by a flag. The existing Venezuelan flag was officially claimed on April 20, 1836. It resembles the one Francisco de Maranda, the Venezuelan liberation leader, used. Each primary color has its own meaning, blue means courage, red represents independence from Spain, and yellow symbolizes wealth. Currently, there are seven stars, but at a time there was an eighth star. Each star signifies a province in Venezuela. The eight stars represented Angostura, which is now Guyana. It was taken off in 1905, but Hugo Chavez desired to bring it back. On many flags, the eighth star is still there. The national coat of arms is placed in the upper left-hand corner when the flag is used by the government. While it was Francisco de Miranda who proposed the red, yellow, and blue flag design. However, about 5 years after he suggested a black, yellow, and red design. Even still, the first design was chosen by the government as the national flag. The coat of arms, used by military personnel and the government, includes and white horse, a white sheaf, a group of tools, weapons, flag, two cornucopias, and laurel and palm branches tied with a ribbon. Although the eighth star was removed it was brought back on March 7, 2006. Along with this, the name in the coat of arms was changed to “República Bolivariana de Venezuela”.

In the República Bolivariana de Venezuela, the capital city is Caracas. It is also a key city in the South American continent. The city is a hotspot for urbanization and city life It is the country’s main outlet of industry, commerce, education, as well as culture. Upon being founded in 1567 and officially named Santiago de Léon de Caracas, the city has grown slowly but surely. In the 1940s it grew exponentially. It holds the Capital District and Caracas itself extends into the State of Miranda. Caracas is one of the largest financial districts in all of Latin America. The full name is Santiago de Léon de Caracas. Unfortunately, Caracas had the highest murder rate per capita until it was surpassed by Los Cabos. Even still, it is only by 0.14 people. 3.3 million people live within the 300 square mile area of land. About 5.3 million people live in Greater Caracas. Greater Caracas includes the capital city and the nearby 11 municipalities. In the capital city, population density is much higher than in the more rural areas of the country. The people of Caracas are referred to as Caraquenians. In Caracas, the population density of Caraquenians is 10,900 people per square mile. Some well-known landmarks in the capital are the Caracas Mosque, The National Pantheon, and the University City of Caracas.

Before Caracas grew so quickly and became the hotspot it is today, it was under Spanish rule. In 1797, a movement of Venezuelan Creoles declared the country a Republic free of Spanish rule. The effort did not go successfully, however, it showed Spain that revolutionary actions were coming. Francisco de Miranda, a renowned military figurehead, tried to land on the coast of Venezuela with some hired soldiers from New York City. The plan was unsuccessful, but 4 years later Gran Columbia called him to rule Junta, a political committee. At this meeting, they wrote up a constitution for the newly established free nation. During the war between Spain and Venezuela, Miranda signed an agreement with Spain to cease the use of firearms and military force. Many revolutionary leaders felt this was a step in the wrong direction. As a result, he was sent to the Spaniards. He died in a Spanish prison in 1816. Three years prior to his death the Junta appointed Simon Bolivar. Bolivar was a Creole born in Caracas. The army that was rivaling Bolivar’s was full of llaneros, however many separated from the opposing army and joined the revolutionary force. Support came from many parts of the world including Britain, Ireland, and Haiti. All of these efforts were not in vain, on December 17, 1819, the Republic of Gran Colombia was established. Simon Bolivar was the president of this recently founded republic. The true end to the fighting between Latin Americans and Spain was when Bolivar’s army defeated the main royalist army and the troops at Puerto Cabello surrendered. Venezuelan troops also helped other regions liberate themselves. Places like Peru were aided by the country. Years passed before the regions began to argue and eventually separated. Venezuela left first in 1829 and Ecuador followed suit. Bolivar unable to keep the region together, died in 1830. Even though Spain was busy fighting off the invasion of Napoleon, they still fought with Venezuela over governing power. The war lasted more than 10 years before the country finally earned the right to govern themselves.

After the long battle for freedom, Venezuela had to form its government. This includes everything from writing up constitution to forming political parties to the separation of powers between branches. The Bolivarian Republic of Venezuela is specifically, a Federal Republic. Their current constitution was established in 1999, replacing the older model from 1961. This 1961 constitution had been standing longer than any other in the country’s history. Along with this, it was the first constitution that was chosen by popular vote. The newer document contained changes to the government structure and role, in addition to more human rights being addressed for the country’s citizens. More recently the country has been going through many issues. The state of politics and the economy are poor and at the most dangerous level. There are several branches to the government including the executive branch, the judicial branch, and the legislative branch. The executive branch includes the Chief of state and the head of government. They are elected every 6 years by plurality vote. The judicial branch is responsible for enforcing justice. Last, the legislative branch has the ability to name the Supreme Tribunal of Justice members. They also examine legislation in relation to national affairs. Venezuela had two main political parties between 1948 and 1998. These two parties were the Christian Democrats and Accion Democratic. The fall of the two parties arose after this time because of the country’s suspicions. The parties, having been involved with corrupt governments, were untrustworthy in the eyes of the public. Presently, the president is also being judged by the eyes of the public. On November 23, 1962, Nicolas Maduro Moros, more commonly known as Nicolas Maduro, was born in Caracas, Venezuela. He ran for president in the April 2013 special election. The election was held to vote for a replacement to the late President Hugo Chavez. Nicolas Maduro went into office in 2013. Prior to being Venezuela’s president, Maduro was the right-hand man to the late, former president Hugo Chavez. Chavez had great faith in Maduro and selected him to be his successor. Before Chavez died he selected Maduro to be prime minister. When he eventually died to cancer, there was an election between Nicolas Maduro and Henrique Capriles. Of course, Maduro prevailed, though it was a close race. Since then the country has been in uproar since he was elected. It is not uncommon to find Venezuelans protesting his rule. Many countries have voiced their opinions on his leadership, especially given recent events. The country is riddled with starvation and people are fleeing in hordes.

Before Venezuela even got to this point, they went through many important dates in their history. Sometime between 1498 and 1499 Christopher Columbus sailed alongside Alonso de Ojeda and landed in Venezuela. At this time it was inhabited by the indigenous peoples of the Carib, Arawak, and Chibcha. It was not until about 22 years later Spain started colonizing the land. Two whole centuries passed before the first rebellion attempt occurred. Although it was not successful, just a few years later in 1810, Venezuelans used Napoleon’s invasion of Spain as an advantage.They declare themselves and joined Gran Colombia. This only lasted about two decades before they left Gran Colombia. After years of living under dictators and military rule, in 1945 a coup overthrew the gov’t. However military prowess struck back in 1948 and overthrew the first elected leader, Pres. Romulo Gallegos. He had only had his eighth month in office.

Jimmy Carter Arctic National Wildlife Refuge Essay

Carter calls for the protection of the Arctic Refuge in his foreword to “Arctic National Wildlife Refuge: Seasons of Life and Land, A Photographic Journey.” Carter creates a case for the protection of the Arctic National Wildlife Refuge in order to convince his audience. Jimmy Carter tries to reassure his audience of his position by using pathos, and logos, as well as his position as the 39th president.

Carter starts with a personal anecdote in his article. He talks about his trip to the Arctic refuge with his wife. He exclaims, “One of the most unforgettable and humbling experiences of our lives occurred on the coastal plain. We had hoped to see caribou during our trip, but to our amazement, we witnessed the migration of tens of thousands of caribou with their newborn calves.” Carter places his personal perspective carefully before addressing the threat to the Arctic Refuge. Carter lets the reader better appreciate the elegance and awe that the Arctic Refuge embodies by including his personal experience and demonstrating the magnificent essence of the Arctic Refuge. He then moves a sadder note, “Standing on the coastal plain, I was saddened to think of the tragedy that might occur if this great wilderness was consumed by a web of roads and pipelines, drilling rigs and industrial facilities.” As he states that the planned designs will destroy the wilderness quality of America’s “only” Arctic Refuge, he brings fear and anxiety to his audience. Many with a deep sense of empathy would want to prevent this from happening, promoting Carter’s stance of maintaining the magnificent place.

Logos is another powerful tool Carter employs to strengthen his claim for the protection of the Arctic Refuge. He addresses the potentially dangerous repercussions of losing this wilderness. The loss of habitats’ character, wildlife, and resources are just a few examples. Carter seeks to further persuade the viewer that the Arctic Refuge should be protected in order to escape these repercussions by speaking to their logic. Carter points out there have been many attempts to extract oil in the wilderness’ coastal plain. Now, Carter is able to present a new counterpoint and suggest an alternative. He says that since the Refuge only contains 1% to 2% of the oil consumed by Americans every day, they should secure it. Carter recommends that we can save money by utilizing more fuel-efficient cars and making better use of our energy. This is a good statement because it makes sense to help the Arctic Refuge reserve in order to enhance the reader’s personal profit.

Jimmy’s role as President of the United States is another convincing weapon he uses to make his case. He mentions that long before his administration, many republican and democratic presidents of the United States had accepted the Arctic National Wildlife Refuge. He goes on to state, “ In 1960, President Dwight D. Eisenhower established the original 8.9 million-acre Arctic National Wildlife Range to preserve its unique wildlife, wilderness, and recreational values.” This helps him portray that past presidents express commonality in securing the Arctic Refuge. Carter expresses his commitment to the Arctic Refuge by noting his support for the Conservation Act. “Twenty years later, I signed the Alaska National Interest Lands Conservation Act, monumental legislation that safeguarded more than 100 million acres of national parks, refuges, and forests in Alaska.” The Conservation Act makes it clear that protecting the Arctic Refuge is a primary concern, urging Americans to consider its significance.

Carter asks for the preservation of the Arctic Refuge with a broad range of viewpoints. He does this to extend his audience. To prove his point, Carter builds an argument for the preservation of the Arctic National Wildlife Refuge. Jimmy Carter uses pathos, logos, and his role as the 39th president to convince his audience of his position, which makes him capable of writing a strong argument.

Promotion and Protection of the Rights of Indigenous People: Argumentative Essay

The Social, Cultural, and Humanitarian Affairs Committee (SOCHUM) is one of the six specialized subcommittees of the United Nations General Assembly and is generally referred to as the Third Committee. It was established after the development of the Universal Declaration of Human Rights in 1948.

Year after year, the General Assembly allocates to its Social, Humanitarian, and Cultural Affairs Committee, agenda items relating to a range of social and humanitarian affairs, and human rights issues that affect people all over the world. An important part of the Committee’s work focuses on the examination of human rights questions, including reports of the special procedures of the newly established Human Rights Council. The Committee also discusses the advancement of women, the protection of children, indigenous issues, the treatment of refugees, the promotion of fundamental freedoms through the elimination of racism and racial discrimination, and the promotion of the right to self-determination. It also addresses important social development questions such as issues related to youth, aging, disabled persons, family, crime prevention, criminal justice, and drug control.

Historical background:

The promotion and protection of the rights of indigenous people has been a matter of great debate and concern in the last few decades. These are the groups of people that inhabited a land before colonization. The population of indigenous people worldwide

numbers between 300- 500 million, embodying 80% of the world’s cultural and biological diversity and occupying 20% of the world’s land surface. These groups are characterized by their distinct culture, traditions, language, and essentially their distinct sense of identity. Historically, we have seen these groups segregated and discriminated against by current governments. They live in social isolation, separate from the community that surrounds them. Some governments’ response to the conflict is characterized by ignoring and denying the very existence of these groups.

One such example is Bangladesh, where the government declared that ‘there are no indigenous people in Bangladesh’. This angered not only their own indigenous population but also other groups from across the world. It was seen as yet another move to deny the indigenous people rights and safeguards. The Indonesian government presents another such example, coming out in support of policies aimed at promoting and protecting the rights of indigenous people yet specifying that they did not apply to their country. After years of negotiations, the global community was able to come together and finally take a stand. In 2007, the Declaration on the Rights of Indigenous Peoples was adopted by the United Nations General Assembly. This was able to gain massive support and by 2010, it was supported by all United Nations member states. However, getting here was not easy. This declaration came as a result of years of debate between the oppressed and said oppressors and it was only the first step towards finding a solution. Over the years, this declaration has served as a comprehensive instrument, guiding states towards the formulation and implementation of laws to protect indigenous people. It has also pushed states to incorporate such clauses and efforts in their regional frameworks. Yet the primary problem still remains and governments have failed to develop acceptance and tolerance for these people.

Who are “indigenous people”?

There is no single universal definition of indigenous and tribal peoples. Convention No. 169 provides a set of objective and subjective criteria that may be used to identify these groups. By using the terms “indigenous” and “tribal” peoples and giving both groups the same set of rights, the Convention offers a practical and inclusive approach for identification that also recognizes self-identification as a fundamental criterion. For practical reasons, the present report uses the term “indigenous peoples”, as this is now commonly used at the international level to refer to these groups.

Indigenous peoples are among the first to face the direct consequences of climate change, owing to their dependence upon, and close relationship with the environment and its resources. Climate change exacerbates the difficulties already faced by vulnerable indigenous communities, including political and economic marginalization, loss of land and resources, human rights violations, discrimination, and unemployment.

Problem definition:

Climate change acts as a multiplier of existing vulnerabilities and exacerbates developmental challenges. The poor in developing countries bear the brunt of its consequences, even though they have contributed little to its causes.

Indigenous peoples, most of whom are in developing countries, are overrepresented among the poor and furthermore, whose rights, livelihoods, cultures, identities, and ways of life are already threatened by a range of social, economic, and environmental issues, face an additional layer of threat from climate change. Indigenous peoples share six characteristics that, in combination, are not present in any other group. Thus they are especially vulnerable to the direct impacts of climate change, to the impacts of environmental destruction that leads to climate change, and to mitigation and adaptation measures.

Poverty and Inequality

According to a recent World Bank study, climate change could push nearly 100 million people back into poverty by 2030, posing a grave threat to the progress made in poverty alleviation over the past few decades and to the realization of the Sustainable Development Goals. The impacts of climate change, such as those due to natural disasters, could increase inequality and contribute to a further “decoupling of economic

growth and poverty reduction”. 70–80 percent of the more than 370 million indigenous peoples worldwide are spread across Asia and the Pacific, a region particularly vulnerable to the impacts of climate change. The World Bank estimates that, in East Asia and the Pacific, nearly 13 million people could fall into extreme poverty by 2030 because of climate change, and the lower crop yields and higher food prices that result from it. Such figures are particularly worrying given that, in Asia, the World Bank estimates that, with some exceptions, development indicators for indigenous peoples are already worse than the population averages.

While there is some evidence of declining poverty rates in the emerging economies of Asia, notably in China, India, and Vietnam, indigenous peoples continue to experience a wider poverty gap than non-indigenous peoples and one that is constantly widening. In Latin America – a region that will also be severely affected by climate change – World Bank research shows the persistence of poverty rates for indigenous peoples over time.

Erosion of Nature-Based Livelihood

The majority of indigenous peoples live in rural areas and depend on lands and natural resources for their livelihoods, employment, and subsistence. They play an important role in the rural economy and are engaged in a range of traditional occupations such as agriculture, pastoralism, fishing, handicraft production, and hunting and gathering.

Globally, around 70 million indigenous people are dependent on forests for their livelihoods. Deforestation not only threatens their subsistence but contributes to around 10–12 percent of global carbon emissions.

Due to the lacking recognition of their rights to land, indigenous peoples face land alienation or restrictions to their access to natural resources or territories that they have traditionally occupied. This is mainly because of pressures for natural resource extraction and environmental degradation, and policies regarding environmental conservation that do not take into consideration indigenous peoples’ needs. Moreover, for many indigenous women and men, traditional occupations no longer meet their livelihood needs, while their access to other forms of income generation is impeded by lack of training and skills, weak market linkages, discrimination in the formal and informal economy, limited access to credit, land insecurity, and low incentives for investment. These situations, along with inadequate access to social protection, mean that indigenous women and men increasingly face severe livelihood insecurity and impoverishment in several parts of the world.

Residence in Geographical Areas Exposed to Climate Change

The geographical regions and ecosystems that indigenous peoples tend to inhabit, such as polar regions, humid tropical forests, high mountains, small islands, coastal regions, and arid and semi-arid lands, are especially prone to the effects of climate change. The impacts on poor communities dependent on ecosystem-based livelihoods may be considerable, depleting their subsistence production and removing one of their safety nets. Agriculture, for example, on which many indigenous peoples depend for food security and for meeting their subsistence needs, is one of the sectors most sensitive to climate change. Loss of ecosystems and changing weather patterns also have severe implications for indigenous peoples’ cultures and ways of life, given that a number of such communities share a complex cultural relationship with their surroundings. For instance, in the Arctic, a study by the United Nations Educational, Scientific and Cultural Organization (UNESCO) has noted that indigenous populations are uniquely vulnerable to climate change because of their close relationship with and dependence on the land, sea, and natural resources for their cultural, social, economic and physical well-being.

Migration and Forced Displacement

Migration may be an adaptation strategy, forced upon people by the impacts of climate change; it can also render indigenous women and men more vulnerable to discrimination, loss of identity, exploitation, and other social, economic, and environmental risks in their destination areas, compared to other groups in society, including the poor. Failure to recognize their traditional skills, poor training, and disregard for their cultures and ways of life are among the barriers that they face in securing decent work after the migration. A recent ILO study measuring minimum wage compliance in ten developing economies found evidence that workers from indigenous communities are exposed to greater compliance gaps than other workers, with women within these groups facing compounded disadvantages. Indigenous women and men also tend to have higher rates of unemployment in urban areas. Excessive workplace heat and resulting high body temperatures and dehydration cause heat exhaustion, heat stroke, and, in some instances, even death. Excessive heat also has implications on productivity, economic output, pay, and family income, as workers’ natural reaction is to slow down in their work or limit working hours.

The study suggests that under such circumstances, the loss of labor productivity will be the greatest in the Asia-Pacific region and that this will not only affect workers but also have broader economic consequences. These findings are particularly significant where indigenous peoples are concerned, given that most of them are located in the Asia-Pacific region, vulnerable to social and economic risk factors, increasingly dependent on the informal economy, and concentrated in work settings exposed to excessive heat.

Gender Inequality

Indigenous women and girls play a vital role in traditional and non-traditional livelihoods, unpaid care work, and ensuring food security. With increasing insecurity regarding their livelihoods, however, many are seeking out employment in the informal economy and participating in activities ranging from agricultural wage work in rural areas to domestic work in urban areas. Furthermore, many indigenous women bear the burden of income generation, traditional activities, and household-related work simultaneously. While they make tremendous contributions to the social, economic, and cultural life of communities and society at large, indigenous women often face discrimination from both within and outside their communities. As a result, they are vulnerable to social and economic exclusion, exploitation, marginalization, and gender-based violence.

Lack of Recognition, Rights, and Inclusion in Public Policies

It is important to examine the issue of indigenous peoples and climate change from a human rights perspective, given that, at the international level, the rights of indigenous peoples have been recognized and the links between climate change and human rights have been clearly established. In this context, it is necessary to look both at substantive rights, such as rights to lands, territories, and natural resources, and enabling rights, such as rights to access to timely information, to consultation, participation, and remedy

The explicit recognition of indigenous or tribal peoples, and of their rights, remains absent from the legal, policy, and institutional frameworks of many countries, and also from their practice. There are exceptions, however; various countries have ratified Convention No. 169, while in Bangladesh and India, special legal provisions have been adopted for the protection of certain tribal groups. Even in those countries, while some progress has been made towards securing the rights of the people concerned, implementation remains a major issue. In other countries, the absence of recognition of indigenous peoples has had severe repercussions for the protection of their rights which, in turn, is crucial for tackling structural problems. It is all too often the case that, at the international and national levels, meaningful participation by indigenous peoples in shaping climate action is limited. Their exclusion from the development and implementation of public policies aimed at mitigating, and adapting to, climate change can have serious negative impacts on the enjoyment of their rights, on their interests, and on their well-being. For instance, the International Union for Conservation of Nature (IUCN) has stressed that, if the REDD processes are not carefully designed and implemented through a rights-based approach, “they risk violating their [indigenous peoples’] rights and can increase their socioeconomic and environmental vulnerabilities”. This suggests that, while moving forward, it is crucial to employ a rights-based approach that ensures the meaningful participation of indigenous peoples at all levels of decision-making, and provides for strong mechanisms to secure their access to remedies.

Past Actions:

The issue of the threat to indigenous people due to Climate change dates back to the existence of the League of Nations. In Article 22 of the Covenant of the League of Nations, the members accepted the duty of promoting the well-being and development of the indigenous population. The League used the term “indigenous” to distinguish between colonial powers and people living under colonial domination. When the United Nations was founded in 1945, the Charter of the United Nations included a “Declaration Regarding

Non-Self-Governing Territories” which called upon member states to protect the culture of people living in these territories and help them develop self-governance. In the wake of rising concerns about human rights following World War II, The United Nations (UN) became more involved in protecting the rights of minority groups affected by climate change. The earliest UN involvement in the protection of indigenous peoples dates back

to 1957 when the ILO adopted Convention No. 107, “The Indigenous and Tribal Populations Convention”. The convention categorized indigenous rights to property, employment, education, and health and supported the integration of aboriginal groups into the dominant population rather than allowing them to flourish in their own heritage. Its heavy emphasis on assimilationist goals created the very conditions of impoverishment that the convention intended to prevent. Despite its shortcoming, ILO Convention No. 107 was a significant first attempt to secure indigenous rights. In 1988, the convention was revised and renamed the Indigenous and Tribal Peoples Convention (No. 169). Unlike the previous one, the updated convention refers to Indigenous Populations as Peoples and acknowledges ethnic and cultural diversity. After decades of drafting, the UN officially adopted the UN Declaration on the Rights of Indigenous Peoples in 2007. The declaration is a visionary step towards addressing the rights of Indigenous Peoples. It sets out a framework for states to build and reconcile their relationships with aboriginal groups while ensuring that the past is not repeated. The declaration recognizes the dire need to respect and promote the inherent rights of Indigenous Peoples, which derive from their political, economic, and social configuration, and from their cultures, spiritual custom, philosophies, and their rights to their territories and resources. Although the declaration passed with a majority of 144 countries, Australia, Canada, the United States, and New Zealand – all countries containing a vast population of indigenous people – voted against it, proving that there are still many parts of the world that are reluctant to accept Indigenous Peoples as members of their respective societies.

Countries Opposing the Declaration:

Numerous African countries attempted to alter the Declaration, joining a group of powerful countries that opposed the Declaration with large indigenous populations, including Canada, the US, Russia, New Zealand, Australia, and Colombia. The countries that voted against the Declaration said that they could not support it due to concerns over provisions that addressed issues of self-determination, land, and language rights. It is also important to mention that many of the countries that initially did not support the declaration have since reversed their position.

Countries Supporting the Declaration:

A large variety of countries supported the declaration along with Peru, Argentina, Sweden, Brazil, India, and Indonesia among others, who noted the importance of extending human rights to all individuals, regardless of ethnicity, culture, or language. In particular, many countries with large indigenous populations noted that the General Assembly Adopts the Declaration on Rights of indigenous peoples.

Response to Climate Change:

Research and international collaboration are essential to combat climate change. The IPCC (Intergovernmental Panel on Climate Change) is dedicated to assessing the impact of humans on the climate and proposes possible solutions, whereas global agreements and treaties such as the Conference of the Parties (COP) and the Montreal Protocol establish joint pacts and seek a common framework for acting against climate change.

The Conference of the Parties meets annually to discuss actions member states could take to decarbonize the economy and help developing countries. The Paris Agreement, signed at the end of 2015, represented a turning point in climate negotiations since it was the first time all countries agreed to establish measures to slow down global warming. Yet one of the clearest examples of successful international collaboration in favor of the environment is the Montreal Protocol. It came into force in 1989, serving to eradicate the use of chlorofluorocarbons (CFCs) for refrigeration. Due to this agreement, the hole in the ozone layer has been reduced by more than four million square kilometers over the past 15 years.