Climate Injustice in Haiti and the Case for Reparations

We are pleased to post excerpts from this report to our working-group blog. Global Justice Clinic at NYU School of Law and The Promise Institute for Human Rights at UCLA School of Law have succeeded in exposing to view the connections among racism, colonialism, extraction, in/justice, and the state of Haiti’s ecosystems. Among other achievements, the report draws from the lived experience of Haitians on the ground in Haiti, and it lists nineteen organizations with which the authors collaborated, all of them developing strategies for adaptation and survival. The authors likewise consulted thinkers outside of Haiti, notably the philosopher Olúfémi O. Táíwò, a leading voice on reparative justice. We cannot separate ecology from reparative justice, and we believe that this report makes a powerful call for reparations to Haiti.

Edikasyon pou anviwònman nan Lakou Kajou

Problèm anviwònman nan peyi d Ayiti se yon pwoblèm grav ki gen anpil aspè. Nan konsyans pa m, premye fwa pwoblèm anviwònman peyi m te frape m, se lè Jacques Cousteau te vin fè rechèch ann Ayiti.  Anpil pami nou te pran chòk lè li te montre jan debwazman peyi nou te afekte lanmè peyi a. Nou te wè foto ak fim (Haiti :Waters of Sorrow, 1986) ki te montre ki jan debwazman Ayiti te dekale mòn yo epi te lage twòp tè nan lanmè a. Malgre nou te aprann lekòl, sou jan agrikilti nan mòn ka lakòz degradasyon sòl la, malgre nou konn wè dlo k ap desann ak labou lè gen lapli, se imaj Cousteau yo ki mete pwoblèm nan klè pou mwen. Tande ak wè se de (2).

Microplastics and Environmental Health: Identification of the Environmental Hazards in Haiti

Over the past several decades, various studies have highlighted the impact of microplastics (MP) on living organisms. By definition, MP refers to all plastic particles with a size less than 5 mm in diameter according to the National Oceanographic and Atmospheric Agency of the United States (NOAA). They are themselves pollutants and act as vectors for the transport of various types of chemicals in natural ecosystems. Depending on their characteristics, they are easily introduced into the environment by wind and heavy rains and persist there due to their low solubility. They can be found in: seawater, freshwater, agroecosystems, atmospheric, food and aquatic environments, drinking water, natural biota as well as other remote locations (Lambert et al., 2014).

Dappiyanp sou Tè: Seizure of Land, Rights, and Sustainability in Haiti

The month of May in Haiti has customarily celebrated the worker, and until very recent times people understood “worker” as one who tilled the soil. The month kicks off with Labor Day conflated with May Day, the former rooted in labor organizing and the latter in rural festivals marking the start of summer. Practitioners of Haitian Vodou salute Azaka Mede, spirit of the earth and farmers, throughout the month.

The Energy Potential of Marine Macroalgae in Haiti

Haiti, like most Caribbean countries, faces a growing energy crisis due to the increasing costs of fossil fuels and the lack of indigenous domestic energy supplies. Biofuels are increasingly considered as alternatives to fossil fuels to power modern societies, but they carry their own negative environmental impacts and limitations. In order for biofuels to make a more positive impact on the energy economy of Haiti, three conditions must be met: (i) a new source of millions of tons of sustainably sourced biomass must be discovered with fewer negative environmental impacts than fuel wood; (ii) the biomass must be safely and efficiently transformed into a useful fuel to serve the needs of homes and industries; and (iii) an entire transportation and distribution network has to be created to place this new energy supply in the hands of the end users. Today, we will discuss our research into turning sargassum seaweed into useful biogas energy.

SOIL Haiti - A Circular Economy Model for Urban Sanitation in Vulnerable Communities

Sustainable Organic Integrated Livelihoods (SOIL) is a Haiti-based non-profit social enterprise that is setting a global example for how to affordably and sustainably provide safely managed sanitation in rapidly growing urban communities. Since 2006, SOIL has been working to provide access to in-home sanitation through its EkoLakay toilet service. Its circular economy approach includes providing in-home toilets, the collection and treatment of wastes, and the transformation of that waste into rich, organic compost. SOIL’s work sits at the intersection of human rights, environmental justice, and economic development, and we are proud of our long-term commitment to Haiti.