Deforestation of the Brazilian Amazon

Author(s):  
Phillip Fearnside

Deforestation in Brazilian Amazonia destroys environmental services that are important for the whole world, and especially for Brazil itself. These services include maintaining biodiversity, avoiding global warming, and recycling water that provides rainfall to Amazonia, to other parts of Brazil, such as São Paulo, and to neighboring countries, such as Argentina. The forest also maintains the human populations and cultures that depend on it. Deforestation rates have gone up and down over the years with major economic cycles. A peak of 27,772 km2/year was reached in 2004, followed by a major decline to 4571 km2/year in 2012, after which the rate trended upward, reaching 7989 km2/year in 2016 (equivalent to about 1.5 hectares per minute). Most (70%) of the decline occurred by 2007, and the slowing in this period is almost entirely explained by declining prices of export commodities such as soy and beef. Government repression measures explain the continued decline from 2008 to 2012, but an important part of the effect of the repression program hinges on a fragile base: a 2008 decision that makes the absence of pending fines a prerequisite for obtaining credit for agriculture and ranching. This could be reversed at the stroke of a pen, and this is a priority for the powerful “ruralist” voting bloc in the National Congress. Massive plans for highways, dams, and other infrastructure in Amazonia, if carried out, will add to forces in the direction of increased deforestation. Deforestation occurs for a wide variety of reasons that vary in different historical periods, in different locations, and in different phases of the process at any given location. Economic cycles, such as recessions and the ups and downs of commodity markets, are one influence. The traditional economic logic, where people deforest to make a profit by producing products from agriculture and ranching, is important but only a part of the story. Ulterior motives also drive deforestation. Land speculation is critical in many circumstances, where the increase in land values (bid up, for example, as a safe haven to protect money from hyperinflation) can yield much higher returns than anything produced by the land. Even without the hyperinflation that came under control in 1994, highway projects can yield speculative fortunes to those who are lucky or shrewd enough to have holdings along the highway route. The practical way to secure land holdings is to deforest for cattle pasture. This is also critical to obtaining and defending legal title to the land. In the past, it has also been the key to large ranches gaining generous fiscal incentives from the government. Money laundering also makes deforestation attractive, allowing funds from drug trafficking, tax evasion, and corruption to be converted to “legal” money. Deforestation receives impulses from logging, mining, and, especially, road construction. Soybeans and cattle ranching are the main replacements for forest, and recently expanded export markets are giving strength to these drivers. Population growth and household dynamics are important for areas dominated by small farmers. Extreme degradation, where tree mortality from logging and successive droughts and forest fires replace forest with open nonforest vegetation, is increasing as a kind of deforestation, and is likely to increase much more in the future. Controlling deforestation requires addressing its multiple causes. Repression through fines and other command-and-control measures is essential to avoid a presumption of impunity, but these controls must be part of a broader program that addresses underlying causes. The many forms of government subsidies for deforestation must be removed or redirected, and the various ulterior motives must be combated. Industry agreements restricting commodity purchases from properties with illegal deforestation (or from areas cleared after a specified cutoff) have a place in efforts to contain forest loss, despite some problems. A “soy moratorium” has been in effect since 2006, and a “cattle agreement” since 2009. Creation and defense of protected areas is an important part of deforestation control, including both indigenous lands and a variety of kinds of “conservation units.” Containing infrastructure projects is essential if deforestation is to be held in check: once roads are built, much of what happens is outside the government’s control. The notion that the 2005–2012 deforestation slowdown means that the process is under control and that infrastructure projects can be built at will is extremely dangerous. One must also abandon myths that divert efforts to contain deforestation; these include “sustainable logging” and the use of “green” funds for expensive programs to reforest degraded lands rather than retain areas of remaining natural forests. Finally, one must provide alternatives to support the rural population of small farmers. Large investors, on the other hand, can fend for themselves. Tapping the value of the environmental services of the forest has been proposed as an alternative basis for sustaining both the rural population and the forest. Despite some progress, a variety of challenges remain. One thing is clear: most of Brazil’s Amazonian deforestation is not “development.” Trading the forest for a vast expanse of extensive cattle pasture does little to secure the well-being of the region’s rural population, is not sustainable, and sacrifices Amazonia’s most valuable resources.

Author(s):  
Natalia Kovalisko ◽  
Serhii Makeev

Socio-economic trajectories of Poland and Ukraine have been considerably diverging since the last decade of the 20th century. The former has been advancing and catching up with Western European countries in terms of the quality of life — whereas in Ukraine, the 1990s recession gave way to unsustainable economic growth, which interrupted in the second half of the 2000s and in the 2010s. The comparison of official statistics, along with the data of household surveys and public opinion polls, makes it possible to conclude that a progressive and sustainable transition from a command economy to free market, as exemplified by Poland, is accompanied by moderate deepening of economic inequality. However, an abnormal transition (deviating from the “Polish rule”) entails excessive concentration of wealth and gives rise to corruption as a mechanism of income redistribution among different categories of population. This also results in a more noticeable stratification of opportunies for meeting vital and existential needs. Owing to a large proportion of shadow economy and undeclared work, Ukrainians remain a source of cheap labour in both the domestic and international labour markets; in addition, a persistent subculture of tax evasion is being formed in this country.


2014 ◽  
Vol 1 (1) ◽  
pp. 175-178
Author(s):  
Ilie Banu ◽  
Ioana Madalina Butiuc

AbstractRegarding the economic crises and the slow recovery that still continues, we believe that a solution can be improving the capacity to research and innovate in order to achieve sustainable development. Another key issue of the paper is about developing the cooperation between academia and business. The challenge of this development is how to increase the amount to finance research and innovation that can be implemented in the economy. As a global solution, to this problem we can recommend, for example, reducing tax evasion and by fiscal education. Also particular sources have to be found in order to develop innovation on SME level. It is essential for innovation to make quality research in order to be better prepared and increase adaptability to economic cycles. The aim of the paper is to find out how service innovation and cooperation between academia and business can enhance sustainable development indicators. The conclusions of the paper are structured in particular proposals and recommendations.


2020 ◽  
Vol 10 (4) ◽  
pp. 699-711
Author(s):  
M.A. Volokhova ◽  

Modern conditions for the development of market relations leave a significant imprint on all main aspects of rural life. The socio-economic situation of rural households is dangerously dependent on the fluctuations of various institutions, be it the labor institution, the food market or the production system. Under these conditions, increasing attention is being paid to the development of targeted programs to improve the living standard and the socio-economic situation of the population in rural settlements. The article discusses a methodological approach to assess the living standards of rural settlements in the context of municipal districts of the Saratov region, in particular, the Samoilovsky municipality. Basing on the participatory approach, categories of the rural population are determined by income level and a direct correlation dependence of the demographic situation (birth rate, mortality, migration rate) and the level of rural household income are revealed. The parameters of the resource of patience and the boundaries of the passive expectation for the poor and impoverished layers of the rural population, as well as the prerequisites for the passivity of the able-bodied population to participate in the processes of increasing their own well-being and well-being of others are determined. The conditions and parameters of the property status compelling the activation of the use of internal material and social sources of income are revealed. Three levels of decision-making strategies for improving the financial situation of the family are distinguished: employees, employers (agricultural enterprises and K(F)X), authorities (district administration). As a result, a concept of a decision-making strategy was developed to improve the material situation of households in rural settlements of the Saratov region. The economic factor (the size of wages) has one of the decisive effects on all the demographic processes taking place in society.


Author(s):  
Thomas K. Budge ◽  
Arian Pregenzer

As biodiversity, ecosystem function, and ecosystem services become more closely linked with human well-being at all scales, the study of ecology takes on increasing social, economic, and political importance. However, when compared with other disciplines long linked with human well-being, such as medicine, chemistry, and physics, the technical tools and instruments of the ecologist have generally lagged behind those of the others. This disparity is beginning to be overcome with the increasing use of biotelemetric techniques, microtechnologies, satellite and airborne imagery, geographic information systems (GIS), and both regional and global data networks. We believe that the value and efficiency of ecosystem studies can advance significantly with more widespread use of existing technologies, and with the adaptation of technologies currently used in other disciplines to ecosystem studies. More importantly, the broader use of these technologies is critical for contributing to the preservation of biodiversity and the development of sustainable natural resource use by humans. The concept of human management of biodiversity and natural systems is a contentious one. However, we assert that as human population and resource consumption continue to increase, biodiversity and resource sustainability will only be preserved by increasing management efforts—if not of the biodiversity and resources themselves, then of human impacts on them. The technologies described in this chapter will help enable better management efforts. In this context, biodiversity refers not only to numbers of species (i.e., richness) in an arbitrarily defined area, but also to species abundances within that area. Sustainability refers to the maintenance of natural systems, biodiversity, and resources for the benefit of future generations. Arid-land grazing systems support human social systems and economies in regions all over the world, and can be expected to play increasingly critical roles as human populations increase. Further, grazing systems represent a nexus of natural and domesticated systems. In these systems, native biodiversity exists side by side with introduced species and populations, and in fact can benefit from them.


Author(s):  
Dorothy N. Gamble

This entry describes how the viability of long-term human social systems is inextricably linked to human behavior, environmental resources, the health of the biosphere, and human relationships with all living species. New ways of thinking and acting in our engagement with the biosphere are explored, with attention to new ways of measuring well-being to understand the global relationships among human settlements, food security, human population growth, and especially alternative economic efforts based on prosperity rather than on growth. The challenge of social work is to engage in socioecological activities that will prevent and slow additional damage to the biosphere while at the same time helping human populations to develop the cultural adaptation and resilience required to confront increasing weather disasters; displacement resulting from rising seas; drought conditions that severely affect food supplies; the loss of biodiversity, soils, forests, fisheries, and clean air; and other challenges to human social organizations.


Author(s):  
Gian Luigi Mangiapane ◽  
Sergio De Iasio ◽  
Marilena Girotti ◽  
Rosa Boano ◽  
Gilles Boëtsch

Although biodemography prefers to focus on isolated human populations, in our analysis we have considered an opened community, neither culturally nor geographically separated from the nearby communities. The aim of the present study was to reconstruct the degree of consanguinity and assess the level of openness of a certain French population through the observation of its people’s matrimonial behavior. Marriages and, in general, the choice of the partner, are often affected by culture and society which affect, in the end, the community’s genic pool.


2017 ◽  
Vol 372 (1735) ◽  
pp. 20160415 ◽  
Author(s):  
V. P. Weinberger ◽  
C. Quiñinao ◽  
P. A. Marquet

Biodiversity is sustained by and is essential to the services that ecosystems provide. Different species would use these services in different ways, or adaptive strategies, which are sustained in time by continuous innovations. Using this framework, we postulate a model for a biological species ( Homo sapiens ) in a finite world where innovations, aimed at increasing the flux of ecosystem services (a measure of habitat quality), increase with population size, and have positive effects on the generation of new innovations (positive feedback) as well as costs in terms of negatively affecting the provision of ecosystem services. We applied this model to human populations, where technological innovations are driven by cumulative cultural evolution. Our model shows that depending on the net impact of a technology on the provision of ecosystem services ( θ ), and the strength of technological feedback ( ξ ), different regimes can result. Among them, the human population can fill the entire planet while maximizing their well-being, but not exhaust ecosystem services. However, this outcome requires positive or green technologies that increase the provision of ecosystem services with few negative externalities or environmental costs, and that have a strong positive feedback in generating new technologies of the same kind. If the feedback is small, then the technological stock can collapse together with the human population. Scenarios where technological innovations generate net negative impacts may be associated with a limited technological stock as well as a limited human population at equilibrium and the potential for collapse. The only way to fill the planet with humans under this scenario of negative technologies is by reducing the technological stock to a minimum. Otherwise, the only feasible equilibrium is associated with population collapse. Our model points out that technological innovations per se may not help humans to grow and dominate the planet. Instead, different possibilities unfold for our future depending on their impact on the environment and on further innovation. This article is part of the themed issue ‘Process and pattern in innovations from cells to societies’.


2021 ◽  
Vol 3 ◽  
pp. 162-171
Author(s):  
A. Т. Tleuberdinova ◽  
◽  
R. M. Ruzanov ◽  
X. Kulik ◽  
◽  
...  

The study was carried out within the framework of targeted funding of the Science Committee of the Ministry of Education and Science of the Republic of Kazakhstan "Development of the concept and mechanisms of balanced territorial development of the economy and society of Kazakhstan." Methods - abstract-logical, monographic, graphical, comparative and cluster analysis. Results - in order to compare the living standards of rural areas of the country's regions, grouping of regions was carried out with justification of such indicators as growth rate of the number of rural residents; the share of the employed and self-employed in the total rural population; villagers' income; proportion of residents whose material well-being is below the subsistence level; share of expenses for food products and paid services. The results of the conducted cluster analysis are presented and groups of regions with similar living conditions, social security and characteristic problems are identified, which makes it possible to determine the main directions of regional policy for improving living standards in the countryside for each of them. Conclusions - the authors have developed recommendations for the implementation of measures aimed at increasing the level of livelihoods in rural areas that are of interest to regional and local government agencies, labor and social protection authorities in Kazakhstan, preparation of policy documents to improve the socioeconomic situation of rural residents.


2021 ◽  
Author(s):  
◽  
Maddison Cooper

<p>How might communication design be utilised to raise awareness about the sustained well-being of Wellington City’s honey bee populations?  Human concern and intervention has been pivotal in maintaining the well-being of bee populations in Wellington City. Through the applied knowledge of bee keepers, the health of local beehives has been sustained. This status, however, is increasingly challenged. Without human interactions, bee colonies are now unable to survive due to a number of external interferences, including climate change and the growing urbanisation of the natural habitat. Within this context, support for the care-taking practices of our bees requires prioritisation. Supported by Wellington’s inclusion in the 100 Resilient Cities (2017) initiative pioneered by the Rockefeller Foundation, the cultivation of resilience in regards to contemporary physical, social and economic challenges is imperative in the 21st Century. The motivation to protect Wellington’s honey bee populations reflects global concerns about declining bee populations that are the result of changing ecological impacts. Through the development of communication platforms that function to raise awareness and appreciation about the important role of bees in sustaining Wellington's native flora, honey production, and environment at large, this valuable natural resource and cohabitant will ideally see increased support. With the considered application of communication design, the importance of Wellington's urban honey bee populations can be reinforced and existing knowledge can be shared throughout the community, including the next generation of bee keepers.  Currently, no quantitative information exists that enables an insight into the perception of relationships with bees as cohabitants alongside human populations and environments, and there is little in the way of campaigns that promote positive interactions with the bees that live amongst us. Positive relationships with nature are needed to enhance resilience, and to confront, and change the negative climatic influences. Regardless of whether these challenges are man-made or naturally occurring, Wellington City has the potential to embrace positive and sustainable transformation and prosperity. A literature review pursued as part of this research revealed three key themes: sustainable environments; honey bee populations; and the potential value of communication design to promote awareness and to invite action. Quantitative research addresses a professional perspective and this is pursued through semi-structured interviews with experts who have a stake in the well-being of Wellington’s honey bee industries.   The objective of this research entails the application of communication design in the development of a campaign that has the ability to communicate a movement across multiple platforms, provoking positive environmental influences and behaviours amongst Wellington City’s young adult population. This research aims to connect passionate individuals in communities who have an interest in supporting the sustainability of our local honey bee ecologies with new-comers who are open to learning sustainable bee practices. Through providing a holistic presentation of current practices and bee populations within Wellington, and information regarding the potential threats these populations face, this campaign will enable this generation of Wellingtonians to be prepared to protect this vital species. This research aims to examine ways that communication design might be utilised through different platforms to raise awareness of the value local honey bees have within our environments. The campaign goal is to include educational tools that interact with Wellington residents, specifically young adults, to encourage a sustained support towards honey bee well-being.</p>


Author(s):  
M. Zalewski

Abstract. The recent high rate of environmental degradation due to unsustainable use of water and other natural resources and mismanagement, is, in many cases, the result of a dominant sectoral approach, limited communication between different users and agencies, and lack of knowledge transfer between different disciplines, and especially lack of dialogue between environmental scientists and engineers. There is no doubt that the genuine improvement of human well-being has to be based on understanding the complexity of interactions between abiotic, biotic and socio-economic systems. The major drivers of biogeosphere evolution and function have been the cycles of water and nutrients in a complex array of differing climates and catchment geomorphologies. In the face of global climate change and unequally distributed human populations, the recent sectoral mechanistic approach in natural resources management has to be replaced by an evolutionary systems approach based on well-integrated problem-solving and policy-oriented environmental science. Thus the principles of ecohydrology should be the basis for further integration of ecology, hydrology, engineering, biotechnology and other environmental sciences. Examples from UNESCO IHP VII show how the integration of these will not only increase the efficiency of measures to harmonize ecosystem potentials with societal needs, but also significantly reduce the costs of sustainable environmental management.


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