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  • Environmental Education Centre, in Hiriya, Israel, (a former waste dump located southeast of Tel Aviv). It is operated by the local municipalities, the Dan Association of Towns.
    IR_60085.jpg
  • Environmental concept Drought Desert Landscape. Cracked dry earth in an arid area. Photographed in Wadi Rum, Jordan in April Photographed in the Northern Negev desert, Israel
    SL_f_mud_LS2_5617.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    EZ_f_drought_3148.jpg
  • environmental concept, leaf at sunset digitally altered blue background
    SV_0910_branch_fs.jpg
  • environmental concept, leaf at sunset digitally altered red background
    SV_0910_branch3_fs.jpg
  • Hydraulic mining is a form of mining that uses high-pressure jets of water to dislodge rock material or move sediment.[1] In the placer mining of gold or tin, the resulting water-sediment slurry is directed through sluice boxes to remove the gold. It is also used in mining kaolin and coal. Hydraulic mining developed from ancient Roman techniques that used water to excavate soft underground deposits. Its modern form, using pressurized water jets produced by a nozzle called a "monitor", came about in the 1850s during the California Gold Rush in the United States. Though successful in extracting gold-rich minerals, the widespread use of the process resulted in extensive environmental damage, such as increased flooding and erosion, and sediment blocking waterways and covering farm fields. These problems led to its legal regulation. Hydraulic mining has been used in various forms around the world.
    IR_f_Pacific-coast-guide_0207.jpg
  • environmental concept, Water shortage and drought Dry cracked mud with a water faucet
    BT_Environment_EB1452.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    BT_Environment_EB1451.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    BT_Environment_EB1448.jpg
  • environmental concept, Water shortage and drought Dry cracked mud with a water faucet
    BT_Environment_EB1449.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    BT_Environment_EB1447.jpg
  • environmental concept, Water shortage and drought. Dry cracked mud
    SL_Drought_LS2_0293.jpg
  • environmental concept, Water shortage and drought. Dry cracked mud
    SL_Drought_LS2_0292.jpg
  • environmental concept, Water shortage and drought. Dry cracked mud
    SL_Drought_LS2_0290.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Dead Sea area, Israel
    HS_Dead-sea_416.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Dead Sea area, Israel
    HS_Dead-sea_409.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Dead Sea area, Israel
    HS_Dead-sea_374.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    SL_20160312_105323.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    GE_f_Desert_0881.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    BT_Drought_EB1354.JPG
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    BT_Drought_EB1352.JPG
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    BT_Drought_EB1351.JPG
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    BT_Drought_EB1349.JPG
  • environmental concept, Water shortage and drought Dry cracked mud
    SL_Hai-Bar_0883.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    BM_IMG_1204_1_g.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    CL_F080104CL44.jpg
  • environmental concept, Water shortage and drought Dry cracked mud
    SV_0910_cracks2_fs.jpg
  • A music performance and demonstration by a musician who uses recycled trash and garbage to manufacture his musical instruments. A group of children trying out the home made instruments  to raise environmental awareness
    IR_30252_fs_PSh.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    AMS_f_Desert_AmiSiano_0049.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    AMS_f_Desert_AmiSiano_0046.jpg
  • environmental concept, Water shortage and drought footprint in dry mud
    SV_0910_foorprint_fs.jpg
  • A music performance and demonstration by a musician who uses recycled trash and garbage to manufacture his musical instruments to raise environmental awareness
    IR_30237_fs_PSh.jpg
  • Shoal of blue tilapia (Oreochromis aureus). The blue tilapia is a species of tilapia, a fish in the family Cichlidae, Native to Northern and Western Africa, and the Middle East, through introductions it is now also established elsewhere, including parts of the United States, where it has been declared an invasive species and has caused significant environmental damage. Photographed in Ein Feshka (Einot Tzukim) nature reserve, Israel
    BT_f_tilapia_EYL01401.jpg
  • Shoal of blue tilapia (Oreochromis aureus). The blue tilapia is a species of tilapia, a fish in the family Cichlidae, Native to Northern and Western Africa, and the Middle East, through introductions it is now also established elsewhere, including parts of the United States, where it has been declared an invasive species and has caused significant environmental damage. Photographed in Ein Feshka (Einot Tzukim) nature reserve, Israel
    BT_f_tilapia_EYL01426.jpg
  • Shoal of blue tilapia (Oreochromis aureus). The blue tilapia is a species of tilapia, a fish in the family Cichlidae, Native to Northern and Western Africa, and the Middle East, through introductions it is now also established elsewhere, including parts of the United States, where it has been declared an invasive species and has caused significant environmental damage. Photographed in Ein Feshka (Einot Tzukim) nature reserve, Israel
    BT_f_tilapia_EYL01435.jpg
  • Shoal of blue tilapia (Oreochromis aureus). The blue tilapia is a species of tilapia, a fish in the family Cichlidae, Native to Northern and Western Africa, and the Middle East, through introductions it is now also established elsewhere, including parts of the United States, where it has been declared an invasive species and has caused significant environmental damage. Photographed in Ein Feshka (Einot Tzukim) nature reserve, Israel
    BT_f_tilapia_EYL01440.jpg
  • Shoal of blue tilapia (Oreochromis aureus). The blue tilapia is a species of tilapia, a fish in the family Cichlidae, Native to Northern and Western Africa, and the Middle East, through introductions it is now also established elsewhere, including parts of the United States, where it has been declared an invasive species and has caused significant environmental damage. Photographed in Ein Feshka (Einot Tzukim) nature reserve, Israel
    BT_f_tilapia_EYL01413.jpg
  • Shoal of blue tilapia (Oreochromis aureus). The blue tilapia is a species of tilapia, a fish in the family Cichlidae, Native to Northern and Western Africa, and the Middle East, through introductions it is now also established elsewhere, including parts of the United States, where it has been declared an invasive species and has caused significant environmental damage. Photographed in Ein Feshka (Einot Tzukim) nature reserve, Israel
    BT_f_tilapia_EYL01409.jpg
  • European Association of Environmental and Resource Economists. EAERE 2011 conference at the University of Rome Tor Vergata campus.
    SL_Rome_SL4_5544.jpg
  • European Association of Environmental and Resource Economists. EAERE 2011 conference at the University of Rome Tor Vergata campus.
    SL_Rome_SL4_5541.jpg
  • European Association of Environmental and Resource Economists. EAERE 2011 conference at the University of Rome Tor Vergata campus.
    SL_Rome_SL4_5537.jpg
  • Marine Pollution - Dead fish
    BT_Environment_EB1468.jpg
  • Eroded coastal cliff. Photographed on the Mediterranean coast, Israel
    BT_Coastal-Plains_IA8A7165.jpg
  • Energy saving light bulb
    IR_53773_fs.jpg
  • Close up Solar water heater collectors on lawn. Photographed in Israel
    SL_20180523_120008.jpg
  • Israel Solar water heating device on a roof of a housing project
    IR_32334_New.jpg
  • Israel Solar water heating device on a roof of a housing project
    IR_32332_New.jpg
  • Garbage and waste left by holiday makers on a beach. Photographed in Israel
    BT_Environment_EB1483.jpg
  • Garbage and waste left by holiday makers on a beach. Photographed in Israel
    BT_Environment_EB1481.jpg
  • Garbage and waste left by hikers out in nature
    BT_Environment_EB1477.jpg
  • Rooftop solar powered water heaters. Photographed in Israel
    SL_Solar_171.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A8875.jpg
  • water pumps at the Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2578.jpg
  • Sewerage treatment facility First Phase: separating solid waste and sludge from the liquid. The solid waste is then removed to a dumping ground
    BT_f_Water-treatment_IA8A2533.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0126.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0081.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0002.jpg
  • Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel Israel, <br />
sludge treatment pool. Agitating and airing the water to improve biological breakdown of the sludge
    HN_sewerage_HGI_7728.jpg
  • Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel Israel, <br />
sludge treatment pool. Agitating and airing the water to improve biological breakdown of the sludge
    HN_sewerage_HGI_4516.jpg
  • Domestic waste treatment centre. The waste dumped here after collection is sorted and processed using a specially designed mechanical biological treatment process. This process was designed by Israeli sanitation engineers, and this waste transfer station, in Hiriya, Israel, is the largest in the Middle East. It is operated by the local municipality, the Dan Association of Towns. Photographed at Hiriya waste dump located southeast of Tel Aviv, Israel.
    VA_Hiria_DSC00172.jpg
  • Industrial Zone in Linz Austria. The Danube river in the foreground Digitally Enhanced
    IR_f_Danube_D3398-hot.jpg
  • Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel. final stage the clear water is aerated and exposed to oxygen with floating diffuser units to allow biological activities
    HN_Sewerage_HGI_9229.jpg
  • Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel Israel, <br />
sludge treatment pool. Agitating and airing the water to improve biological breakdown of the sludge
    HN_sewerage_HGI_4616.jpg
  • Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel <br />
Secondary sedimentation pools the sludge is removed to the sludge treatment
    HN_sewerage_HGI_4552.jpg
  • Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel Israel, <br />
sludge treatment pool. Agitating and airing the water to improve biological breakdown of the sludge
    HN_sewerage_HGI_4524.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A8878.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A8876.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A8872.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2723.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A8871.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A7056.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A7047.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2727.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A27071.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2697.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A26911.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2646.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A26321.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2631.jpg
  • Secondary sedimentation pools the sludge is removed to the sludge treatment. Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2619.jpg
  • water pumps at the Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2594.jpg
  • Sewerage treatment facility First Phase: separating solid waste and sludge from the liquid. The solid waste is then removed to a dumping ground
    BT_f_Water-treatment_IA8A2537.jpg
  • water pumps at the Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_IA8A2589.jpg
  • Sewerage treatment facility First Phase: separating solid waste and sludge from the liquid. The solid waste is then removed to a dumping ground
    BT_f_Water-treatment_IA8A2526.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0130.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0125.JPG
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0117.JPG
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0115.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0104.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0097.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0090.jpg
  • Aerial view of Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_DJI_0070.jpg
  • Aerial view of Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_DJI_0067.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0062.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0057.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0038.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0036.jpg
  • Aerial photography of a sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed, Israel
    BT_f_Water-treatment_DJI_0035.jpg
  • Aerial view of Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_DJI_0026.jpg
  • Aerial view of Sewerage treatment facility. The treated water is then used for irrigation and agricultural use. Photographed near Hadera, Israel
    BT_f_Water-treatment_DJI_0015.jpg
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