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  • Coffee samples at an Andes Coop laboratory are kept from every batch to assist with the quality control, and in case of a problem, the original samples can be referred to.<br />
<br />
The Fairtrade Premium is used by the Andes Coop for quality control equipment, laboratories, staff and training.
    Colombia_Hawkey_FT_Antioquia_2017090...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
  • 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, 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, 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
  • 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, 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, 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
  • Rodolfo Cruz García, in charge of quality control at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_502.jpg
  • Rodolfo Cruz García, in charge of quality control at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_522.jpg
  • Tanya Juliana Gonzalez García, assistant for quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_525.jpg
  • Rodolfo Cruz García and Tanya Juliana Gonzalez García, working on quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_515.jpg
  • Rodolfo Cruz García and Tanya Juliana Gonzalez García, working on quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_509.jpg
  • Rodolfo Cruz García and Tanya Juliana Gonzalez García, working on quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_507.jpg
  • Tanya Juliana Gonzalez García, assistant for quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_503.jpg
  • Rodolfo Cruz García and Tanya Juliana Gonzalez García, working on quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_501.jpg
  • Rodolfo Cruz García and Tanya Juliana Gonzalez García, working on quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_497.jpg
  • In the coffee testing and tasting laboratory in NORANDINO de Café, batches of coffee are tested to detect quality.
    Peru_Hawkey_bananas_20161013_492.jpg
  • Tanya Juliana Gonzalez García, assistant for quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_482.jpg
  • Tanya Juliana Gonzalez García, assistant for quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_481.jpg
  • Rodolfo Cruz García and Tanya Juliana Gonzalez García, working on quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_474.jpg
  • Tanya Juliana Gonzalez García, assistant for quality control and tasting at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_471.jpg
  • Iván Vásquez, coffee cupper or coffee taster and quality control officer for RAOS testing coffee in the laboratory. RAOS, Cooperativa Regional Mixta de Agricultores Orgánicos de la Sierra, is a Fairtrade-certified coffee producer based in Marcala, La Paz, Honduras.
    Honduras_Hawkey_RAOS_20120206_161.jpg
  • Diana Gallego Vargas, part of the technical team for Andes Coop. The team of 14 agronomists that visit the 3500 farmers, is paid for using Fairtrade Premium. Diana has a degree in agriculture and is much loved by the farmers she visits, teaching them techniques to reduce costs, improved quality and volume of output and maximise their incomes.<br />
<br />
Here Diana gives a course to farmers on identifying defects in coffee.
    Colombia_Hawkey_FT_Antioquia_2017090...jpg
  • Diana Gallego Vargas, part of the technical team for Andes Coop. The team of 14 agronomists that visit the 3500 farmers, is paid for using Fairtrade Premium. Diana has a degree in agriculture and is much loved by the farmers she visits, teaching them techniques to reduce costs, improved quality and volume of output and maximise their incomes.<br />
<br />
Here Diana gives a course to farmers on identifying defects in coffee.
    Colombia_Hawkey_FT_Antioquia_2017090...jpg
  • Iván Vásquez, coffee cupper or coffee taster and quality control officer for RAOS testing coffee in the laboratory. RAOS, Cooperativa Regional Mixta de Agricultores Orgánicos de la Sierra, is a Fairtrade-certified coffee producer based in Marcala, La Paz, Honduras.
    Honduras_Hawkey_RAOS_20120206_132.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
  • 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, 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 (right), a local miner, and Carlos Rojas, a student assistant who takes notes.
    bolivia_2015_jeffrey_potosi_B219.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 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 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
  • 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 (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_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, a local miner, and Carlos Rojas, a university student who is taking notes.
    bolivia_2015_jeffrey_potosi_B224.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. 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_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_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_B159.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
  • 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
  • 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-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, 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-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, 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-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-14.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
  • 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
  • Round ponds in a sewage treatment plant in Eugene, Oregon.
    united-states-2021-jeffrey-drone-10.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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • Santiago Orozco Jiménez, Cocoa Analyst at NORANDINO de Café, Piura, Peru
    Peru_Hawkey_bananas_20161013_532.jpg
  • Pure tablets of 100% cocoa at the cocoa testing lab at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_530.jpg
  • Inside the cold cabinet at the cocoa testing lab at NORANDINO de Café, Piura, Peru.
    Peru_Hawkey_bananas_20161013_528.jpg
  • Coffee being tested in the RAOS laboratory. RAOS, Cooperativa Regional Mixta de Agricultores Orgánicos de la Sierra, is a Fairtrade-certified coffee producer based in Marcala, La Paz, Honduras.
    Honduras_Hawkey_RAOS_20120206_147.jpg
  • Miguel Angel Rivera, does a final selection of coffee grown by Olga Alvarado before roasting it. Miguel is a prize-winning coffee cupper at the COAQUIL cooperative in Quiragüira, Intibucá, Honduras.
    Honduras_Hawkey_Fairtrade_20190215_7...jpg
  • Alexander Contreras is one of the Andes Coop's coffee cuppers. He is the son of a coop member and coffee farmer and has studied and trained for the job over a period of years. A good cupper is essential for rooting out any defects in coffee and for identifying special coffees with valuable profiles, making sure that the maximum value for the coffee is reached, and that buyers are never disappointed. Alexander works in the four tasting laboratories that the coop has in Antioquia.<br />
<br />
Here Alexander is testing the fragrance of the ground coffee.<br />
<br />
Speciality coffee and coffees with a prized cupping profile can reach much higher prices. Coffee with defects reaches a lower price, often on the national market only.
    Colombia_Hawkey_FT_Antioquia_2017090...jpg
  • Alexander Contreras is one of the Andes Coop's coffee cuppers. He is the son of a coop member and coffee farmer and has studied and trained for the job over a period of years. A good cupper is essential for rooting out any defects in coffee and for identifying special coffees with valuable profiles, making sure that the maximum value for the coffee is reached, and that buyers are never disappointed. Alexander works in the four tasting laboratories that the coop has in Antioquia.<br />
<br />
Here Alexander is testing the fragrance of the ground coffee.<br />
<br />
Speciality coffee and coffees with a prized cupping profile can reach much higher prices. Coffee with defects reaches a lower price, often on the national market only.
    Colombia_Hawkey_FT_Antioquia_2017090...jpg
  • In a coffee cupping session in the Andes Coop, a batch of coffee is roasted and ready to be prepared for a tasting session.<br />
<br />
The coffee cupping is an essential process to identify any defects in coffee and to make sure that the coffee properties are correctly identified to maximise the price it can achieve on the market.<br />
<br />
Speciality coffee and coffees with a prized cupping profile can reach much higher prices. Coffee with defects reaches a lower price, often on the national market only.
    Colombia_Hawkey_FT_Antioquia_2017090...jpg
  • Alexander Contreras is one of the Andes Coop's coffee cuppers. He is the son of a coop member and coffee farmer and has studied and trained for the job over a period of years. A good cupper is essential for rooting out any defects in coffee and for identifying special coffees with valuable profiles, making sure that the maximum value for the coffee is reached, and that buyers are never disappointed. Alexander works in the four tasting laboratories that the coop has in Antioquia.<br />
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Here Alexander is testing the fragrance of the ground coffee.<br />
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Speciality coffee and coffees with a prized cupping profile can reach much higher prices. Coffee with defects reaches a lower price, often on the national market only.
    Colombia_Hawkey_FT_Antioquia_2017090...jpg
  • Alexander Contreras is one of the Andes Coop's coffee cuppers. He is the son of a coop member and coffee farmer and has studied and trained for the job over a period of years. A good cupper is essential for rooting out any defects in coffee and for identifying special coffees with valuable profiles, making sure that the maximum value for the coffee is reached, and that buyers are never disappointed. Alexander works in the four tasting laboratories that the coop has in Antioquia.
    Colombia_Hawkey_FT_Antioquia_2017090...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-11.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
  • 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
  • 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
  • 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
  • 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
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