Large-scale land acquisition (LaSLA) in developing countries is discussed controversially in both the media as well as academia: Opponents point to negative social and environmental consequences. By contrast, proponents conceive of LaSLA as much needed investment into the formerly neglected agricultural sector. This contribution aims at analyzing LaSLA’s environmental dimension against the background of strong sustainability. To this end, I will first introduce sustainable development as a normative concept based on claims for intra- and intergenerational justice. Subsequently, I will argue (...) in favor of a conception of strong sustainability and employ this conception in developing guidelines for the sustainable handling of natural capital. By outlining the main drivers and consequences of LaSLA, the contribution hopes to demonstrate that proponents conceive of LaSLA as a potential solution to several sustainability problems, notably answering growing worldwide demand for agricultural commodities by increasing agricultural yields, substituting agrofuels for fossil fuels and providing acreage for offsetting carbon emissions. Against this background I argue that if LaSLA causes environmental externalities, it actually increases the problems it is supposed to resolve. Thereby, I develop sustainability criteria in regard to LaSLA’s environmental consequences. (shrink)

In the first decade of the twenty-first century, biofuels were recognized as an important element in the overall strategy to reduce climate-forcing greenhouse gases, especially carbon dioxide. Yet scientific research to more fully realize the potential of agricultural crops for liquid transportation fuel requires the coordination of many separate projects housed in different disciplines. Studies predicting and documenting adverse social impacts of plant-based ethanol and biodiesel led to the inclusion of social science components within research teams seeking to develop biofuels. (...) A 2008 rise in global food prices became a centerpiece of this research, leading to a search for non-food crops that could serve as energy feedstocks. Although coordinated scientific research teams have made significant strides toward incorporating social dimensions and broader impacts into what was originally a purely biophysical research effort, a simplistic diagnosis of the tension between agricultural production for food use and agricultural production intended for energy production continues to prevail. Some of the hard questions in the global development of the agricultural sector have been obscured as a result. (shrink)

Chile needs to diversify its energy supply, and should establish policies that encourage the production and use of biofuels. The demand for energy resources increases with population growth and industrial development, making it urgent to find green alternatives to minimize the impacts of greenhouse gas emissions of traditional fuels. However, it is required that sophisticated strategies consider all externalities from the production of biofuels and should be established on the basis of protecting the environment, reducing GHG emissions and to avoid (...) violating human rights. This article presents the Chilean reality, based on ethical principles that should be guarded to regulate the bioenergy market. These principles are: human rights, environmental sustainability, climate change mitigation, right to a fair reward, and equitable distribution. It is concluded that in Chile the concentration of land and water for the development of extractive industries; and for agricultural and forestry purposes, contradicts the principle of human rights. The unequal distribution of income is also highlighted as part of a cycle of social injustice, with a high Gini coefficient . However, the policy of biofuels can be strengthened with the early use of second generation feedstock, the introduction of fair trade and regulation by the state to encourage participation of small farmers, and allows a position for Chile at the forefront of bioenergy production. (shrink)

Demographic growth is a major element that hampers the sustainable future and at the same time it is proportionally associated with the human suffering. The demographic control is a way to promote the well-being, reduce the human suffering and make our planet more sustainable. In this paper we analyze from the ethical point of view the human decisions associated with the procreation, birth control, adoption and anti-natalism.

Certification for biofuels has been developed to ensure that biofuel production methods adhere to social and environmental sustainability standards. As such, requiring biofuel production to be certified has become part of EU policy through the 2009 renewable energy directive, that aims to promote energy security, reduce emissions and promote rural development. According to the EU RED, in 2020 10 % of our transport energy should come from renewable sources, most of which are expected to be biofuels. In this paper I (...) examine what biofuel certificates are, what they can achieve and what their limitations are. Methodologically, I will evaluate them using the standards of instrumental, practical and communicative rationality. With regard to instrumental rationality, I conclude that the EU RED makes an important but unjustified assumption in demanding certified biofuels for its target: that if biofuel production is sustainable, then biofuel use is too. I also argue that, where the EU assumes that biofuel certification is a sufficient means to achieve the EU RED’s goals, it is at best an insufficient means and at worst not a means at all towards achieving these goals. With regard to practical rationality, I argue that more attention needs to be paid to trade-offs between different goals in the EU RED, particularly with regard to providing investor security and not capping transport energy consumption. With regard to communicative rationality, I argue that the policy-making process of the EU RED has been seriously flawed, and that certification development processes also can improve significantly. (shrink)

A new trend in the production technology of solid biof uels has appeared. There is a wide consensus that most solid biofuels will be produced according to the new production methods within a few years. Numerous samples were manufactured from agro-residues according to conventional methods as well as new methods. Robust analyses that reviewed the hygienic, environmental, financial and ethical aspects were performed. The hygienic and environmental aspect was assessed by robust chemical and technical analyses. The financial aspect was assessed (...) by energy cost breakdown. The ethical point of view was built on the above stated findings, the survey questionnaire and critical discussion with the literature. It is concluded that the new production methods are significantly favourable from both the hygienic and environmental points of view. Financial indicators do not allow the expressing of any preference. Regarding the ethical aspect, it is concluded that the new methods are beneficial in terms of environmental responsibility. However, it showed that most of the customers that took part in the survey are price oriented and therefore they tend to prefer the cheaper—conventional alternative. In the long term it can be assumed that expansion of the new technology and competition among manufacturers will reduce the costs. (shrink)