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  • Women in the mountain village of Marpak, Nepal, show the results of water quality tests they carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-39.jpg
  • A woman in the mountain village of Marpak, Nepal, shows the results of water quality tests she and other women in the community carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-24.jpg
  • A woman in the mountain village of Marpak, Nepal, examines the results of water quality tests she and other women in the community carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-21.jpg
  • Women in the mountain village of Marpak, Nepal, show the results of water quality tests they carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-40.jpg
  • A woman in the mountain village of Marpak, Nepal, shows the results of water quality tests she and other women in the community carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-23.jpg
  • A woman in the mountain village of Marpak, Nepal, shows the results of water quality tests she and other women in the community carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-22.jpg
  • A woman in the mountain village of Marpak, Nepal, shows the results of water quality tests she and other women in the community carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-20.jpg
  • A woman in the mountain village of Marpak, Nepal, shows the results of water quality tests she and other women in the community carried out. By collecting and analyzing water from local water sources, they can identify problems which they can then organize to solve. The women are assisted in the process by a United Methodist missionary assigned to United Mission to Nepal.
    nepal-2016-jeffrey-women-water-19.jpg
  • A woman in the mountain village of Marpak, Nepal, uses a pipette to process a sample of water from a local water source. With help from a United Methodist missionary, the women here sampled and analyzed their local water sources in order to improve their families' quality of life.
    nepal-2016-jeffrey-women-water-18.jpg
  • Katherine Parker (right), a United Methodist missionary, helps women in the mountain village of Marpak, Nepal, to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-17.jpg
  • Katherine Parker (right), a United Methodist missionary, helps women in the mountain village of Marpak, Nepal, to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-16.jpg
  • Katherine Parker (right), a United Methodist missionary, helps women in the mountain village of Marpak, Nepal, to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-12.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-34.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-33.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-31.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with Sita Adahikari in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-32.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-29.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-26.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-27.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-25.jpg
  • Katherine Parker (right), a United Methodist missionary, helps women in the mountain village of Marpak, Nepal, to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-15.jpg
  • Katherine Parker (right), a United Methodist missionary, helps women in the mountain village of Marpak, Nepal, to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-13.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-28.jpg
  • Katherine Parker (right), a United Methodist missionary, reviews microbiology results with a woman in the mountain village of Marpak, Nepal. Parker works with rural women to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-30.jpg
  • Katherine Parker (right), a United Methodist missionary, helps women in the mountain village of Marpak, Nepal, to collect and analyze local water samples.
    nepal-2016-jeffrey-women-water-14.jpg
  • Katherine Parker (left), a United Methodist missionary, teaches a group of women in the mountain village of Marpak, Nepal, how to sample and analyze the water sources in their community.
    nepal-2016-jeffrey-women-water-05.jpg
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality in a lake below the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B284.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality in a lake below the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B288.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality downstream from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B275.JPG
  • Carlos Rojas, a student assistant, takes notes as Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality outside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B270.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos (right), a local miner, and Carlos Rojas, a student assistant who takes notes.
    bolivia_2015_jeffrey_potosi_B242.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B246.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B244.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B237.JPG
  • Carlos Rojas, a student assistant, takes notes as Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B235.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos (right), a local miner, and Carlos Rojas, a student assistant who takes notes.
    bolivia_2015_jeffrey_potosi_B219.JPG
  • Carlos Rojas, a student assistant, takes notes as Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B232.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B181.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B166.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B159.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality outside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B096.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B149.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality outside the Kumurana Mine near Caiza D, Bolivia. Taking notes is Carlos Rojas, a student assistant. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B103.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B121.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition--including Engineers in Action and the United Methodist Church--that's working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B117.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality outside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B269.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner, and Carlos Rojas, a university student who is taking notes.
    bolivia_2015_jeffrey_potosi_B224.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos (right), a local miner, and Carlos Rojas, a student assistant who takes notes.
    bolivia_2015_jeffrey_potosi_B205.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B180.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B157.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, reads a meter as he samples water quality inside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff. Helping Llanos is Policarpio Montesinos, a local miner.
    bolivia_2015_jeffrey_potosi_B137.JPG
  • Carlos Rojas, a student assistant, collects contaminated water as Freddy Llanos, a professor of mining engineering at Tomas Frias University, watches outside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B254.JPG
  • Ignacio Martinez is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B006.JPG
  • Albertina Sota is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B043.JPG
  • A young miner is working with his neighbors to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B262.JPG
  • This woman is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B072.JPG
  • This woman is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B074.JPG
  • Policarpio Montesinos is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B055.JPG
  • This woman is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B073.JPG
  • Manuel Aguilar is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B052.JPG
  • Juan Guillanos is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B049.JPG
  • Guadalupe Llanos is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B037.JPG
  • Damian Koloque Mendez is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B027.JPG
  • Paulina Quispe is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B021.JPG
  • Apolinario Arnof is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B022.JPG
  • Manuel Aguilar is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B025.JPG
  • Policarpio Montesinos is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B017.JPG
  • Juan Guillanos is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine. Guillanos clothing designates him as a local authority.
    bolivia_2015_jeffrey_potosi_B015.JPG
  • Zacarias Choque is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B010.JPG
  • Paulino Bautista is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B005.JPG
  • Teodora Martinez Mamani is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B030.JPG
  • This woman is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B080.JPG
  • A young miner is working with his neighbors to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B044.JPG
  • Maximo Valderde is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B007.JPG
  • Juan Guillanos is a local community member working to clean up toxic acid runoff from the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly polluted water that negatively impacts the farms and lives of people living downstream. An international coalition of engineers is working with local miners and farmers to clean up the mine.
    bolivia_2015_jeffrey_potosi_B012.JPG
  • Freddy Llanos (center, in black coat), a professor of mining engineering at Tomas Frias University, poses with local residents outside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B256.JPG
  • Local community members pose by a polluted lake below the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Residents are working with an international coalition of scientists and activists to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B300.JPG
  • Freddy Llanos, a professor of mining engineering at Tomas Frias University, talks with local residents outside the Kumurana Mine near Caiza D, Bolivia. The mine, which is closed, produces highly toxic acid runoff that negatively impacts the farms and lives of people living downstream. Llanos is working with an international coalition that is working with local miners and farmers to clean up the mine's runoff.
    bolivia_2015_jeffrey_potosi_B304.JPG
  • Aeration lagoon at the Cascade Pacific Pulp mill near Halsey, Oregon. The mill produces 200,000 tons per year of high-grade pulp for use in a variety of applications including tissue, printing and writing grades, liner board, and fiber cement board. The pulp is manufactured from lumber production residuals.
    united-states-2021-jeffrey-drone-16.JPG
  • Aeration lagoons at the Cascade Pacific Pulp mill near Halsey, Oregon. The mill produces 200,000 tons per year of high-grade pulp for use in a variety of applications including tissue, printing and writing grades, liner board, and fiber cement board. The pulp is manufactured from lumber production residuals.
    united-states-2021-jeffrey-drone-14.JPG
  • Aeration lagoon at the Cascade Pacific Pulp mill near Halsey, Oregon. The mill produces 200,000 tons per year of high-grade pulp for use in a variety of applications including tissue, printing and writing grades, liner board, and fiber cement board. The pulp is manufactured from lumber production residuals.
    united-states-2021-jeffrey-drone-15.JPG
  • Aeration lagoon at the Cascade Pacific Pulp mill near Halsey, Oregon. The mill produces 200,000 tons per year of high-grade pulp for use in a variety of applications including tissue, printing and writing grades, liner board, and fiber cement board. The pulp is manufactured from lumber production residuals.
    united-states-2021-jeffrey-drone-13.JPG
  • Round ponds for waste treatment at the Cascade Pacific Pulp mill near Halsey, Oregon. The mill produces 200,000 tons per year of high-grade pulp for use in a variety of applications including tissue, printing and writing grades, liner board, and fiber cement board. The pulp is manufactured from lumber production residuals.
    united-states-2021-jeffrey-drone-12.JPG
  • Round ponds in a sewage treatment plant in Eugene, Oregon.
    united-states-2021-jeffrey-drone-10.JPG
  • Round ponds in a sewage treatment plant in Eugene, Oregon.
    united-states-2021-jeffrey-drone-11.JPG
  • Sita Adahikari collects a water sample from a spring in the mountain village of Marpak, Nepal. Women here organized to collect and analyze their water in order to improve their families' quality of life. Her daughter Sanju looks on.
    nepal-2016-jeffrey-women-water-11.jpg
  • Sita Adahikari collects a water sample from a spring in the mountain village of Marpak, Nepal. Women here organized to collect and analyze their water in order to improve their families' quality of life. Helping her is Katherine Parker, a United Methodist missionary, while her daughter Sanju looks on.
    nepal-2016-jeffrey-women-water-09.jpg
  • Sita Adahikari checks a water sample she has collected in the mountain village of Marpak, Nepal. Women here organized to collect and analyze their water in order to improve their families' quality of life.
    nepal-2016-jeffrey-women-water-03.jpg
  • Sita Adahikari leads Katherine Parker, a United Methodist missionary, and her daughter Sanju through the countryside near Marpak, Nepal. With Parker's help, women here organized to collect and analyze their water in order to improve their families' quality of life.
    nepal-2016-jeffrey-women-water-10.jpg
  • Sita Adahikari leads Katherine Parker, a United Methodist missionary, and her daughter Sanju through the countryside near Marpak, Nepal. With Parker's help, women here organized to collect and analyze their water in order to improve their families' quality of life.
    nepal-2016-jeffrey-women-water-04.jpg
  • Sita Adahikari leads Katherine Parker, a United Methodist missionary, through the countryside near Marpak, Nepal. With Parker's help, women here organized to collect and analyze their water in order to improve their families' quality of life.
    nepal-2016-jeffrey-women-water-02.jpg
  • Students drink from a water system in the playground of a Fairtrade-supported school in Rapar district, Gujarat, India. The water system was also supported by Fairtrade premium.<br />
<br />
Fairtrade Australia and New Zealand support cotton producer groups in India. Fairtrade-certified groups benefit from Fairtrade through guaranteed prices for their produce, technical assistance to improve quality and output, and the Fairtrade premium which the producer groups decide what to do with, often using it for education and health care for their members' communities.<br />
<br />
RDFC (formerly Agrocel) is a Fairtrade-certified group of thousands of farmers who grow cotton in the Rapar, Kutch region of Gujarat in western India.
    India_Hawkey_Gujarat_20170110_598.jpg
  • Asmitaben carried three water containers to her house. The local water system was supported by Fairtrade premium.<br />
<br />
Fairtrade Australia and New Zealand support cotton producer groups in India. Fairtrade-certified groups benefit from Fairtrade through guaranteed prices for their produce, technical assistance to improve quality and output, and the Fairtrade premium which the producer groups decide what to do with, often using it for education and health care for their members' communities.<br />
<br />
RDFC (formerly Agrocel) is a Fairtrade-certified group of thousands of farmers who grow cotton in the Rapar, Kutch region of Gujarat in western India.
    India_Hawkey_Gujarat_20170110_256-2.jpg
  • Students drink from a water system in the playground of a Fairtrade-supported school in Rapar district, Gujarat, India. The water system was also supported by Fairtrade premium.<br />
<br />
Fairtrade Australia and New Zealand support cotton producer groups in India. Fairtrade-certified groups benefit from Fairtrade through guaranteed prices for their produce, technical assistance to improve quality and output, and the Fairtrade premium which the producer groups decide what to do with, often using it for education and health care for their members' communities.<br />
<br />
RDFC (formerly Agrocel) is a Fairtrade-certified group of thousands of farmers who grow cotton in the Rapar, Kutch region of Gujarat in western India.
    India_Hawkey_Gujarat_20170110_026-2.jpg
  • 30 May 2019, Mokolo, Cameroon: 80-year-old Kyelu Yakubu from Chi Gashia, Nigeria, fetches water at one of the distribution ramps for drinking water in Minawao. Yakubu suffers from a skin disease, and as access to quality healthcare is a challenge for the refugees, she has not been able to obtain effective medicine, despite a visit to the nearest hospital. The Minawao camp for Nigerian refugees, located in the Far North region of Cameroon, hosts some 58,000 refugees from North East Nigeria. The refugees are supported by the Lutheran World Federation, together with a range of partners. [Image captured on assignment for the Lutheran World Federation, whose member churches and partners can use it free of charge to report about the LWF’s work, with credit to ’LWF/Albin Hillert’ upon publication.]
    PhotoByAlbinHillert_20190530_AH1_251...jpg
  • Sok Sovann (standing in the water), a rural farmer in Cambodia, harvesting small fish that he sells to other farmers who raise them in ponds to later eat. Sovann has added the fish raising enterprise and improved the quality of his crops since he began working with a network of local farmers that receives technical support from Catholic Relief Services.
    cambodia-2005-jeffrey-rural-050.jpg
  • Samy Abu Khater harvests tomatoes in a greenhouse in Al Fukari, Gaza. He grows vegetables in several greenhouses, using water from a rain water catchment system to fill a giant pond. That water he mixes with increasingly saline groundwater from a well. The system allows him to produce a greater quantity of more lucrative crops, at greater profit because he has to buy less water. Khater and several other farmers in the community received assistance in building the system from Diakonie Katastrophenhilfe, a member of the ACT Alliance. In the wake of the devastating 2014 war, ACT Alliance members are supporting health care, vocational training, rehabilitation of housing and water systems, psycho-social care, and other humanitarian actions throughout the besieged Palestinian territory. Quality water is growing increasingly scarce in Gaza, as Israel drains the aquifer for its own development, pulling salt water into the aquifer from the west.
    palestine-2015-jeffrey-gaza-064.jpg
  • Eight-year old Awad Samy Khater harvests tomatoes in his family's greenhouse in Al Fukari, Gaza. The family grows crops in several greenhouses, using water from a rain water catchment system to fill a giant pond. That water is mixed with increasingly saline groundwater from a well. The system allows them to produce a greater quantity of more lucrative crops, at greater profit because they have to buy less water. The boy's family received assistance in building the system from Diakonie Katastrophenhilfe, a member of the ACT Alliance. In the wake of the devastating 2014 war, ACT Alliance members are supporting health care, vocational training, rehabilitation of housing and water systems, psycho-social care, and other humanitarian actions throughout the besieged Palestinian territory. Quality water is growing increasingly scarce in Gaza, as Israel drains the underground aquifer for its own development, pulling salt water into the aquifer from the west.<br />
<br />
Parental consent obtained.
    palestine-2015-jeffrey-gaza-063.jpg
  • Khaled Abu Khater harvests tomatoes in a greenhouse in Al Fukari, Gaza. He grows vegetables in several greenhouses, using water from a rain water catchment system to fill a giant pond. That water he mixes with increasingly saline groundwater from a well. The system allows him to produce a greater quantity of more lucrative crops, at greater profit because he has to buy less water. Khater and several other farmers in the community received assistance in building the system from Diakonie Katastrophenhilfe, a member of the ACT Alliance. In the wake of the devastating 2014 war, ACT Alliance members are supporting health care, vocational training, rehabilitation of housing and water systems, psycho-social care, and other humanitarian actions throughout the besieged Palestinian territory. Quality water is growing increasingly scarce in Gaza, as Israel drains the aquifer for its own development, pulling salt water into the aquifer from the west.
    palestine-2015-jeffrey-gaza-062.jpg
  • Samy Abu Khater harvests tomatoes in a greenhouse in Al Fukari, Gaza. He grows vegetables in several greenhouses, using water from a rain water catchment system to fill a giant pond. That water he mixes with increasingly saline groundwater from a well. The system allows him to produce a greater quantity of more lucrative crops, at greater profit because he has to buy less water. Khater and several other farmers in the community received assistance in building the system from Diakonie Katastrophenhilfe, a member of the ACT Alliance. In the wake of the devastating 2014 war, ACT Alliance members are supporting health care, vocational training, rehabilitation of housing and water systems, psycho-social care, and other humanitarian actions throughout the besieged Palestinian territory. Quality water is growing increasingly scarce in Gaza, as Israel drains the aquifer for its own development, pulling salt water into the aquifer from the west.
    palestine-2015-jeffrey-gaza-050.jpg
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