Robert Harding
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Cathedral of the Franconian Forest, St. Laurentius Church at Buchbach, architect Gerhard Mantke, Steinbach am Wald municipality, Kronach district, Upper Franconia, Bavaria, Germany, Europe https://images.robertharding.com/zoom/RF/RH_RF/HORIZONTAL/832-401969.jpg832-401969https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/832-401969/cathedral-franconian-forest-st-laurentius-church-buchbach-architect/
832-401969 - Cathedral of the Franconian Forest, St. Laurentius Church at Buchbach, architect Gerhard Mantke, Steinbach am Wald municipality, Kronach district, Upper Franconia, Bavaria, Germany, Europe
Cathedral of the Franconian Forest, St. Laurentius Church at Buchbach, architect Gerhard Mantke, Steinbach am Wald municipality, Kronach district, Upper Franconia, Bavaria, Germany, Europe https://images.robertharding.com/zoom/RF/RH_RF/VERTICAL/832-401968.jpg832-401968https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/832-401968/cathedral-franconian-forest-st-laurentius-church-buchbach-architect/
832-401968 - Cathedral of the Franconian Forest, St. Laurentius Church at Buchbach, architect Gerhard Mantke, Steinbach am Wald municipality, Kronach district, Upper Franconia, Bavaria, Germany, Europe
Salt dump, potash mining, railway tracks, Kolonnenweg, Lochplattenweg, Gruenes Band, border trail, former German-German border, Philipsthal, Werratal, Hersfeld-Rotenburg district, Hesse, Germany, Europe https://images.robertharding.com/zoom/RF/RH_RF/HORIZONTAL/832-393312.jpg832-393312https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/832-393312/salt-dump-potash-mining-railway-tracks-kolonnenweg-lochplattenweg/
832-393312 - Salt dump, potash mining, railway tracks, Kolonnenweg, Lochplattenweg, Gruenes Band, border trail, former German-German border, Philipsthal, Werratal, Hersfeld-Rotenburg district, Hesse, Germany, Europe
France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth but much more expansive than lead. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-290371.jpg860-290371https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-290371/france-hunting-european-commission-adopted-january-ban-lead/
860-290371 - France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth but much more expansive than lead.
France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. So far in France, the ban is only 30m. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-290373.jpg860-290373https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-290373/france-hunting-european-commission-adopted-january-ban-lead/
860-290373 - France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. So far in France, the ban is only 30m. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth.
France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth but much more expansive than lead. https://images.robertharding.com/zoom/RM/RH/VERTICAL/860-290372.jpg860-290372https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-290372/france-hunting-european-commission-adopted-january-ban-lead/
860-290372 - France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth but much more expansive than lead.
France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. So far in France, the ban is only 30m. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-290368.jpg860-290368https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-290368/france-hunting-european-commission-adopted-january-ban-lead/
860-290368 - France. Hunting. The European commission has adopted in january 2021 a ban on using lead 100m around any wetland in Europe. So far in France, the ban is only 30m. In the future, the lead will be totally banned as 6000 tons of lead is put into nature by hunters every year. There is already new anmunitions with zinc, steel, tungsten and bismuth.
Clay loaded with iron oxides and dried out, Rio Tinto, Andalusia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-288801.jpg860-288801https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-288801/clay-loaded-iron-oxides-dried-out-rio-tinto/
860-288801 - Clay loaded with iron oxides and dried out, Rio Tinto, Andalusia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA.
Reflections on Rio Tinto, near its source, Andalusia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-288798.jpg860-288798https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-288798/reflections-rio-tinto-near-source-andalusia-spain-local/
860-288798 - Reflections on Rio Tinto, near its source, Andalusia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA.
R?o Tinto, Andalucia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-288800.jpg860-288800https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-288800/ro-tinto-andalucia-spain-local-ro-tinto-red/
860-288800 - R?o Tinto, Andalucia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA.
R?o Tinto, Andalucia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA. https://images.robertharding.com/zoom/RM/RH/VERTICAL/860-288799.jpg860-288799https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-288799/ro-tinto-andalucia-spain-local-ro-tinto-red/
860-288799 - R?o Tinto, Andalucia, Spain *** Local Caption *** R?o Tinto ("Red River") is very acidic (Ph 2) and has a deep reddish hue due to iron dissolved in water. The acidity of the watercourse is linked to the drainage of pyrite, which is very present in the subsoil. Extremophilic and endemic bacteria and algae colonize the river bed, forming a fragile biofilm that evokes the hot springs of Yellowstone Park in the USA.
Saint Rochus of Montpelier, patron saint against plague, holding model of the church St. Sebald, statue under canopy made of copper with verdigris at the corner of the house Egidienplatz and Theresienplatz, Nuremberg, Middle Franconia, Franconia, Bavaria, Germany, Europe https://images.robertharding.com/zoom/RF/RH_RF/VERTICAL/832-388832.jpg832-388832https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/832-388832/saint-rochus-montpelier-patron-saint-plague-holding-model/
832-388832 - Saint Rochus of Montpelier, patron saint against plague, holding model of the church St. Sebald, statue under canopy made of copper with verdigris at the corner of the house Egidienplatz and Theresienplatz, Nuremberg, Middle Franconia, Franconia, Bavaria, Germany, Europe
Toxic pond formed from runoff of mine tailings at an abandoned copper mine in the Prescott National Forest near Perkinsville, Arizona, United States of America, North America https://images.robertharding.com/zoom/RF/RH_RF/HORIZONTAL/1311-250.jpg1311-250https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/1311-250/toxic-pond-formed-runoff-mine-tailings-abandoned-copper/
1311-250 - Toxic pond formed from runoff of mine tailings at an abandoned copper mine in the Prescott National Forest near Perkinsville, Arizona, United States of America, North America
Toxic pond formed from runoff of mine tailings at an abandoned copper mine in the Prescott National Forest near Perkinsville, Arizona, United States of America, North America https://images.robertharding.com/zoom/RF/RH_RF/HORIZONTAL/1311-251.jpg1311-251https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/1311-251/toxic-pond-formed-runoff-mine-tailings-abandoned-copper/
1311-251 - Toxic pond formed from runoff of mine tailings at an abandoned copper mine in the Prescott National Forest near Perkinsville, Arizona, United States of America, North America