Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury: It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.

Climate Change


Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury (in a flowing text): It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.

Climate Change


Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury (in a flowing text with an umbrella sentence, a main part and a conclusion): It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.

Climate Change


Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury (in flow text style with an umbrella sentence, a main part and a conclusion): It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.

Climate Change


Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury (in flow text style, easy english, with an umbrella sentence, a main part and a conclusion): It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.

Climate Change


Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury (in text style, simple english, with an umbrella sentence, a main part and a conclusion): It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.

Climate Change


Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury (in text style, simple english, with an umbrella sentence, a main part and a conclusion): It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.Outline the effects of plastic rubbsih on nature as well as the initiative to reduce it taken in the town of Modbury (in text style, simple english, with an umbrella sentence, a main part and a conclusion): It was the birds that finally made me break down and weep. The Hawaiian island of Midway is the main breeding ground for the Laysan albatross, as beautiful a seabird as you will ever see. But standing on a Midway beach, I was surrounded by thousands of dead and dying albatross chicks. I could not move without standing on dead birds. I was filming a Natural World documentary for the BBC about the environmental crisis facing the region's marine wildlife. But this was beyond a crisis - this was an apocalypse. Adult albatrosses fly out over the sea for thousands of miles looking for brightly coloured squid to feed on. However, today there is so much colourful plastic in the water that they pick this up instead. They fly back and feed their chicks with it. It fills up the chicks' stomachs so they die. Two years ago I thought I was environmentally aware. I was born on a South Devon farm where my father instilled in me the importance of thinking green. And I work as a camerawoman for the BBC Natural History Unit. But I was just sleepwalking then. I had no idea how desperate our situation really is. My wake-up call started 18 months ago on the island chain of Hawaii at the start of my wildlife documentary. We had heard that in the North Pacific the ocean currents move in a huge circular motion, sucking in all the rubbish from the continents into the centre, where Hawaii is. We had learned that 80 per cent of all marine litter comes from land and that 90 per cent of it is plastic, but what we didn't know was the scale of the problem. Our ignorance became clear when we interviewed researcher Charles Moore. Charlie said: "Guys, let me take you to the dirtiest beach in the world." Kamilo beach was five miles long but wasn't the golden sand you would expect of a Hawaiian beach. It was multi-coloured as far as the eye could see. Cups, keyboards, DVDs, plates, combs, knives, forks, toys, TVs, drink bottles, sandwich wrappers, lipsticks, hair brushes, pens, shoes, plugs, clocks - every plastic item you would find in a typical house was on that beach. "Welcome to consumer throwaway living," said Charlie. He pointed to the sand - it wasn't sand, it was tiny fragments of plastic, small enough to be eaten by animals at the bottom of the food chain. This plastic carries dangerous toxins that ascend the food chain right up to the top. Guess where we are in that food chain. Charlie's last words to us that day haunted me. "Plastic lasts for at least 400 years and each year it's getting worse." Four centuries to clear up the mess - and that's if we start today. Over the following months we watched a whale rescue team untangling a whale from plastic ropes; I came across an old turtle and her throat was full of plastic packaging; we talked to seal scientists who told us they regularly have to rescue animals from plastic; dolphins were using a plastic bag as a football, unaware of the danger; and on Midway, the albatrosses moved me to tears. I knew I had to do something, anything. Back home in South Devon, I wondered how on earth I was going to get people to understand what we are doing to the planet. By March this year our documentary was finished and I lent a copy to a friend, Adam, who runs a delicatessen in my home town of Modbury. The next evening he told me he wanted to stop using plastic bags in his shop. I lent the film to another friend, Sue, who owns an art gallery. Her response was the same. Suddenly the penny dropped - two traders, same reaction. Why not get all the town's traders to watch the film? Sue offered her gallery as a venue and so the Modbury campaign began. Of the town's 43 traders, 37 turned up and after the film I told them the facts and figures about marine plastic. I told them how bits of plastic act like sponges for many of the nasty chemicals we have been pouring into the oceans. These chemicals move up the food chain and end up in us. Many of these chemicals cause cancer. When I had finished, the room was silent. Everyone looked shocked. Simon, our local butcher, whispered to me to take a vote on the proposed bag ban. Every hand went up. Over the following month, half the world's press seemed to descend on our town. Modbury wasn't just the first town in Britain to ban plastic bags, it was the first town in Europe to do so. Other towns followed our lead. Then e-mails came in from Sweden, from America, from China. They all wanted to ban plastic bags. Six months on and in Modbury our ban has been a huge success. Trade has not suffered and the traders have saved half a million bags. They now sell reusable cotton bags and biodegradable bags. I'm thrilled with the campaign, but walking on my local beaches provides a nasty reality check. There is throwaway plastic still littering the sand. Water covers seven-tenths of the Earth. The oceans are the lungs of the world, providing far more oxygen than all the rainforests. We are polluting them at a terrifying rate and politicians are doing practically nothing about it. It takes nature 300 million years to form oil. We use much of the plastic made from that oil for just a few moments before discarding it. It then takes another 400 to 1,000 years for that plastic to degrade. Is that not madness? What a waste of our planet.

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Advanced planetary temperature formula

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Give advanced planetary temperature, including calculation example (Kelvin and Celsius). 1. Stellar luminosity-Distance 2. Planetary bond ultraviolet 3. Greenhouse effect 4. Radioactivity (Presence of radioactivity keeps rogue continental planet habitable without parent stars)

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Give advanced planetary temperature, INCLUDING calculation example equal to Earth's temperature (288 Kelvin and 15 Celsius), factors are stellar luminosity-distance, planetary bond ultraviolet, greenhouse effect, radioactivity (Presence of radioactivity keeps rogue continental planet habitable without parent stars)

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Give advanced planetary temperature, give calculation is equation to Earth's temperature (288 Kelvin and 15 Celsius), factors are stellar luminosity-distance, planetary bond ultraviolet, greenhouse effect, radioactivity (Presence of radioactivity keeps rogue continental planet habitable without parent stars)

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Earth Temperature: 288 Kelvin (15 Celsius) Greenhouse effect: ? Radioactivity: ?

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Earth Temperature: 288 Kelvin (15 Celsius) Greenhouse effect: Give number and unit Radioactivity: Give number and unit

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Solarism Internationalist eco-socialism; intersectional feminism mixed with technogaianism*; the product of academia facing the realities of climate change. *the belief that environmentalism can be be achieved via technological and transhumanist means. What would this look like in practice?

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климатические зоныы севернйо америки

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Write an article in Arabic about global warming

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¿Qué importancia tiene la metodología ecológica al momento de llegar a conclusiones de los procesos bio-ecológicos que pueden estar ocurriendo en un hábitat determinado?

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Table of Contents, 8. Minimalism and Sustainability, minimalist tone

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If Earth was flat planet as artifact

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2. Fonctionnement de la pompe à chaleur : Principe de fonctionnement (utilisation de l’énergie renouvelable et du cycle thermodynamique) Le principe de fonctionnement d’une pompe à chaleur repose sur l’utilisation de l’énergie renouvelable présente dans l’environnement, telle que la chaleur de l’air, du sol ou de l’eau, et sur le cycle thermodynamique de compression et de détente d’un fluide frigorigène. Voici les étapes clés du fonctionnement d’une pompe à chaleur : 1. Captation de la chaleur : La pompe à chaleur capte la chaleur de l’environnement (air extérieur, sol ou eau) à l’aide d’un évaporateur. L’énergie renouvelable ainsi prélevée est transférée au fluide frigorigène à basse température, provoquant son évaporation. 2. Compression du fluide frigorigène : Le fluide frigorigène évaporé est aspiré par un compresseur, qui élève sa pression et sa température. La compression du gaz augmente son niveau d’énergie thermique et permet de le transporter vers le condenseur. 3. Dégagement de la chaleur : Dans le condenseur, le fluide frigorigène sous pression libère la chaleur captée précédemment dans l’environnement, transférant ainsi cette chaleur vers le système de chauffage ou de climatisation du bâtiment. Le gaz se condense en liquide à haute pression. 4. Détente du fluide frigorigène : Le fluide frigorigène liquide passe ensuite par un détendeur, où sa pression est abaissée brusquement. Cette détente provoque une baisse de température du fluide, le préparant à revenir vers l’évaporateur pour un nouveau cycle. 5. Répétition du cycle : Le fluide frigorigène, désormais à basse pression et basse température, retourne à l’évaporateur pour capter à nouveau la chaleur de l’environnement et démarrer un nouveau cycle thermodynamique. Ce processus se répète de manière continue pour assurer le chauffage ou la climatisation du bâtiment. En résumé, le fonctionnement d’une pompe à chaleur repose sur l’utilisation de l’énergie renouvelable de l’environnement et sur un cycle thermodynamique de compression et de détente du fluide frigorigène. Cette technologie permet de transférer la chaleur d’une source à basse température vers un espace intérieur, offrant ainsi un chauffage ou une climatisation efficace, économique et respectueuse de l’environnement. Différents types de pompe à chaleur (aérothermie, géothermie, eau-eau) Les différents types de pompes à chaleur en mettant l’accent sur les principes de fonctionnement et les caractéristiques spécifiques de chaque type : 1. Aérothermie : - La pompe à chaleur aérothermique utilise l’air extérieur comme source de chaleur pour chauffer un espace intérieur. - Un évaporateur extrait la chaleur de l’air extérieur et la transfère à un fluide frigorigène, qui est comprimé par un compresseur. - La chaleur est alors libérée à l’intérieur du bâtiment via un échangeur thermique pour assurer le chauffage. - La pompe à chaleur aérothermique est simple à installer et convient aux applications résidentielles et commerciales de petite et moyenne taille. 2. Géothermie : - La pompe à chaleur géothermique utilise la chaleur du sol ou de l’eau souterraine comme source de chaleur pour chauffer un bâtiment. - Des capteurs géothermiques enterrés dans le sol ou placés dans une nappe phréatique captent la chaleur naturelle. - Cette chaleur est ensuite transférée au système de chauffage central du bâtiment pour assurer le chauffage. - La pompe à chaleur géothermique offre une haute efficacité énergétique et est adaptée aux projets de grande envergure, mais nécessite des travaux d’installation complexes. 3. Eau-eau : - La pompe à chaleur eau-eau utilise l’eau souterraine comme source de chaleur pour chauffer un bâtiment. - Des capteurs immergés dans un puits ou un système de captage d’eau souterraine récupèrent la chaleur de l’eau. - La chaleur est ensuite transférée au système de chauffage central du bâtiment pour assurer le chauffage. - La pompe à chaleur eau-eau est souvent utilisée dans des projets de plus grande envergure, tels que les complexes résidentiels ou les bâtiments industriels. En résumé, les différents types de pompes à chaleur (aérothermie, géothermie, eau-eau) utilisent des sources de chaleur différentes pour assurer le chauffage d’un bâtiment. Chaque type présente des avantages et des inconvénients en fonction de la disponibilité des ressources et des besoins spécifiques du projet. Il est essentiel de choisir le type de pompe à chaleur le mieux adapté pour garantir un chauffage efficace, écologique et économique. Comparaison avec d’autres systèmes de chauffage traditionnels Comparaison de la pompe à chaleur avec d’autres systèmes de chauffage traditionnels : 1. Système de chauffage au fioul ou au gaz : - Avantages : Les systèmes de chauffage au fioul ou au gaz sont souvent moins coûteux à l’installation que les pompes à chaleur, et peuvent offrir une chaleur instantanée et constante. - Inconvénients : Ces systèmes sont plus polluants que les pompes à chaleur en raison de l’utilisation de combustibles fossiles. Ils ont généralement une efficacité énergétique inférieure et des coûts de fonctionnement plus élevés. 2. Système de chauffage électrique : - Avantages : Les radiateurs électriques sont simples à installer et n’impliquent pas de stockage de combustible. Ils peuvent être utilisés pour le chauffage ponctuel de pièces spécifiques. - Inconvénients : Ils sont généralement plus coûteux à l’utilisation que les pompes à chaleur en raison du coût élevé de l’électricité. Ils ont également une efficacité énergétique moindre, ce qui les rend moins écologiques. 3. Système de chauffage au bois : - Avantages : Les poêles ou chaudières à bois utilisent une source de chaleur renouvelable et peu coûteuse. Ils sont populaires pour leur aspect écologique et leur ambiance chaleureuse. - Inconvénients : Ils nécessitent un stockage de combustible et un entretien régulier. Ils peuvent générer des émissions polluantes et nécessitent une surveillance constante de la combustion. 4. Système de chauffage solaire : - Avantages : Les systèmes de chauffage solaire utilisent une énergie renouvelable gratuite et abondante. Ils sont écologiques et peuvent contribuer à réduire la consommation énergétique. - Inconvénients : Ils dépendent de l’ensoleillement, ce qui peut entraîner une variabilité de la production de chaleur. Ils sont souvent associés à un coût d’installation plus élevé que les pompes à chaleur. En comparaison avec les autres systèmes de chauffage traditionnels, les pompes à chaleur se démarquent par leur efficacité énergétique élevée, leur faible impact environnemental et leurs économies à long terme sur les coûts de chauffage. Elles offrent un confort thermique optimal tout en contribuant à la réduction des émissions de gaz à effet de serre, ce qui en fait une option attrayante pour le chauffage des bâtiments tant du point de vue technique qu’environnemental.

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Describe world under softest scenario

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Describe world under deepest scenario

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create 6 image text and this is a promotion we are running with the Australian government It’s a rebate If they have gas ducted heating We can supply and install an all electric heating and cooling system from $5000 Here is content info regarding services- Revolutionize Your Comfort with Carrier Splitable Duct System - Installation Simplified!” 2. “Carrier’s Latest Innovation - Effortless Install, Superior Safety. Discover 42QSH170D8S Now!” 3. “Experience Next-Level Convenience - Carrier Split Design for Easy Indoor Access!” 4. “Elevate Your Space - Quick Install Carrier Duct System. Modernize Effortlessly!” 5. “Safety Meets Comfort - Carrier’s Safer Design Ensures Long-lasting Performance!” 6. “No More Bending Over - Carrier’s Easy Wiring Simplifies Your Life!”

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光伏产业如何有效破解区域发展不平衡,实现产业的东西部均衡发展。

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Территориально-транспортные концепции Ответ 1 Вопрос 3 Углерод-нейтральный город Концепции городского метаболизма Ответ 2 Вопрос 3 Экогород Р. Регистера Концепции устойчивых «зеленых» городов Ответ 3 Вопрос 3 Экогород Р. Регистера Индустриальный город Ответ 4 Вопрос 3 «Лучезарный город»

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I need a checklist to perform an energy usage assessment for multiple building

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If Earth has reducing atmosphere instead of oxidizing atmosphere, will civilizations begin?

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What's the latest news in renewable energy and climate technology?

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Quelles sont les conséquences positives à utiliser des éco-couleurs pour sa communication imprimée ?

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Describe ecoformed land-sea planet with oceans of sulfuric acid

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Idea for planet that humanity take caution, including name

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How much faster would the earth need to spin for humans to feel its spin

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Describe greenhouse planet

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Describe Earth became graveyard planet after controversial future

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Propose moi le nom de mon entreprise en anglais avec leur singification en francais qui pour but de : installer le climatiseur, réparé le climatiseur, faire leur entretien

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A customer purchases a new phone from an online store. Although the customer did not create the phone themselves, there are still carbon emissions that result from producing the phone in a factory and shipping it overseas to the customer. Which type of emissions are described in this example? Scope Zero Scope One Scope Two Scope Three

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How kan AI work against global warming happening?

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role of aim of the sustainability plan in the different stages of the planning for sustainable tourism and hospitality operations in simple words only in 120 words

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Какой из представленных ниже видов транспорта, относится к основным источникам загрязнения воздуха: Вопрос 1Выберите один ответ: водный воздушный автомобильный

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Leaders must empower individual initiative by providing ________, ________, and ________ mission orders in a climate of mutual trust and understanding.

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Is Willie Soon considered a reliable source for climate info?

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“Rusty’s Recycling Ramble: A Robot’s Eco-Expedition” write the story outline with two scence in each chapter image prompt also of a every scence

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turn this to a IELTS speaking part 2 topic (Give me several option to choose): AN ENVIRONMENTAL GROUP You are interested in joining a group of students at the university who work to protect the environment.

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Pada tahun 1997 terjalin kerja sama internasional yang berlangsung di Jepang dengan tujuan menyukseskan pengurangan gas-gas rumah kaca. Kerja sama yang dimaksud adalah

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Salah satu upaya untuk menurunkan emisi gas rumah kaca sebagai penyebab terjadinya pencemaran lingkungan adalah...A.membentuk Protokol KyotoB.setiap negara tidak diperbolehkan menggunakan bahan bakar fosilC.membatasi ekspor atau import batu macanD.melagerakan menanam pohon antar negaraE.PBB membatasi pembangunan gedung bertingkat di setiap negara

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write a 30 word essay on global warming

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short it Welcome to the eco-friendly adventure of Rusty, a little robot with a heart as big as his ambition. “Rusty’s Recycling Ramble: A Robot’s Eco-Expedition” is more than just a story; it’s a journey into the importance of taking care of our planet through recycling and sustainability. This book takes young readers into Rusty’s world, where they will learn alongside him about the different types of recycling, the impact of waste on our environment, and the power each individual has to make a difference, even if they’re as small as a robot discarded in a dump. As Rusty learns about his purpose and the importance of his mission, readers are invited to embark on this enlightening adventure, sparking conversations about nature, technology, and the small steps we can all take to keep our Earth clean and beautiful. Prepare to be swept into a world where trash is treasure and where one little robot’s quest can change the way we view our planet. Let’s join Rusty on his ramble and be inspired to create a greener tomorrow!

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how long does it take to install environmental protection measures such as silt fencing and spill protection

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我本科是财经211金融,可以去昆山杜克读国际环境政策硕士(IMEP),2年,可以继续读博士也可以就业,怎么考虑?应该吗

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short it Join Rusty, the plucky robot hero, on a heartwarming adventure in “Rusty’s Recycling Ramble”! 🤖🌎 Learn about recycling and saving the planet through Rusty’s curious eyes. A perfect tale for young eco-warriors eager to make a difference. Get your copy and inspire a greener future today! 📚♻ #KidsEcoAdventure

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A multinational apparel company is trying to reduce their carbon footprint. They are interested in employing solar power cells to power their manufacturing plants. Which stage of maturity do you think this organization is in? Leading Emerging Established Ultimate

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Przedstaw zróżnicowanie klimatyczne 2 wybranych miast jedno z nigerii przez siebie na kuli ziemskiej(miejsca) o tej samej szerokośći geograficznej ( maksymalnie roznica 1 stopien ) a różniące się istotnym elementami klimatu. daj przyklady miejsc nieoczywistych. wyciągnij wnioski

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Describe Earth becomes Gaian planet after graveyard planet

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Describe Earth becomes controversial planet

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Politiques et réglementations environnementales

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Instruments de gestion environnementale

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How many CO2 does it take to store 1gb of data in the cloud, latest researches

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Jaki klimat ma Rzym a jaki Chicago

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Describe Earth became graveyard planet

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Les changements climatiques et leurs impacts sur la société humaines

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Le réchauffement climatique et ses conséquences sur les conditions environnementales et socio économique des populations

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Describe Earth became grave-rich world

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bana çevresel baskı olmadığında evrim olmadığını gösteren örnekler ver

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Строительство ГЭС приводит к: Вопрос 2Выберите один ответ: загрязнению атмосферы изменению атмосферы и обрушению берега загрязнению литосферы обрушению берега из-за эрозии, изменению температурного режима и влажности; затоплению плодородных земель; изменению экосистем.

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Выбросы в атмосферу загрязняющих веществ будут наибольшими при развитии этого вида экономической деятельности: Вопрос 1Выберите один ответ: обработка древесины и производство изделий из дерева производство электроэнергии на ТЭС с использованием угля производство транспортных средств и оборудования

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Пиши только ответы. Углеродный след – это вклад отдельного человека в выбросы со2. Перечисленные шаги по уменьшению выбросов считаются экологами наиболее эффективными. Какой сильнее всего снижает выбросы? Вопрос 5Выберите один ответ: Использовать зеленые источники энергии Придерживаться растительной диеты Сократить количество дальних перелетов Отказаться от личного автомобиля

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При всеобщем потеплении возможно: Вопрос 5Выберите один или несколько ответов: загрязнение воды в прибрежных очистительных системах, быстрая смена экосистем поднятие уровня Мирового океана, разрушение сооружений, вымирание отдельных видов биоты засоление прибрежных акваторий, учащение аномальных природных явлений

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generate more comprehensive details and examples on, 10. Sustaining the GreenZen Way, minimalist tone

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generate more comprehensive details and examples on, 11. Sustainable Practices for Minimalist Living, minimalist tone

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현재 지구온난화, 탄소배출축소, 플라스틱 규제 등 지구를 살리기 위해 각 나라에서 는 국정과제로 친환경 정책을 추진하고 있다. 각 나라에서 추진중인 친환경 정부 정 책 2가지를 제시 후 자세히 설명하고, 대한민국이 나아가야 할 친환경 정책 방향에 대한 자신의 생각을 500자 ±50 내외로 쓰시오.

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How do i create an eco-friendly DIY bag using a plastic bag? Be very specific with measurements and equipments for the expirement

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How do I create an eco-friendly DIY plastic bags using cassava? Be very specific with the instructions, measurements and equipment needed for the expirement

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придумай концепцию экологичной студии растяжки

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PART I: Industrialization Evidence Collection & Claim FOCUS QUESTION: Do the benefits of industrialization outweigh the negative consequences? State your position: The benefits of industrialization do / do not outweigh the costs. (highlight one) Choose 3 strongest points of evidence for your position: Evidence (briefly summarized in your own words and ready to build into your claim)

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Elabora un comic relacionado al cambio climatico, de 6 paneles, incluyendo personajes y los dialogos cortos en pixton

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атомная энергетика и её влияние на окружающую среду

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generate more comprehensive details and examples on, 8. Sustainable Practices, minimalist tone

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Effortlessly Market Your Eco-Conscious Brand with Green Balance Digital Strategies, minimalist tone, only table of contents

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Effortlessly Market Your Eco-Conscious Brand with Green Balance Digital Strategies, minimalist tone, generate SEO's, tips, how you can sell, strategies, platform to use to sell like stan store, keywords for instagram

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generate more comprehensive details and examples on, 10. Leveraging Eco-Influencers & Partnerships, minimalist tone

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generate more comprehensive details and examples on, 11. Analytics & Measuring Eco-Marketing Impact, minimalist tone

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generate more comprehensive details and examples on, 2. Core Principles of Eco-Conscious Branding, minimalist tone

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generate more comprehensive details and examples on, 6. Eco-Friendly Content Creation & Messaging, minimalist tone

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generate more comprehensive details and examples on, 13. Continually Adapting to a Greener Digital Future, minimalist tone

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how can i be more green

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Диалог:USER: Составьте схему классификации технических средств информатизацииASSISTANT: Классификация технических средств информатизации (ТСИ) может быть выполнена по различным критериям, таким как назначение, принцип действия, уровень автоматизации и т.п. Ниже приведен один из примеров структурирования ТСИ:

1. По назначению:
 - Вычислительная техника (к примеру, серверы, компьютеры, мобильные устройства)
 - Средства хранения данных (например, жесткие диски, SSD, сетевые хранилища)
 - Средства ввода данных (клавиатуры, мыши, сканеры, сенсорные экраны)
 - Средства вывода данных (мониторы, принтеры, мультимедийные проекторы)
 - Средства передачи данных (модемы, маршрутизаторы, коммутаторы)

2. По принципу действия:
 - Аналоговые устройства
 - Цифровые устройства
 - Гибридные устройства

3. По классу компьютерной техники:
 - Персональные компьютеры (ПК)
 - Серверы
 - Суперкомпьютеры
 - Встроенные системы
 - Мобильные устройства

4. По уровню интеграции:
 - Микропроцессоры и микросхемы
 - Элементная база (транзисторы, диоды, резисторы и т.д.)
 - Печатные платы и комплектующие

5. По типу подключения к сети:
 - Проводные устройства
 - Беспроводные устройства

6. По месту применения:
 - Офисная техника
 - Промышленные устройства
 - Домашняя электроника
 - Портативные устройства

7. По степени автоматизации:
 - Полуавтоматические устройства
 - Автоматические устройства
 - Интеллектуальные системы (с ИИ и машинным обучением)

Эта схема не является исчерпывающей и может меняться в зависимости от конкретных требований к классификации или специфики отрасли.USER: напиши мне последствия загрязнения электростанциямиASSISTANT: Загрязнение окружающей среды электростанциями может иметь множество негативных последствий, включая:

1. Загрязнение воздуха:
 - Выбросы углекислого газа (CO2) способствуют глобальному потеплению и климатическим изменениям.
 - Выбросы сернистых и азотных оксидов (SOx и NOx) могут привести к кислотным дождям, которые повреждают почву, водные системы и здания.
 - Выбросы твердых частиц и тяжелых металлов могут вызвать проблемы со здоровьем, такие как респираторные заболевания и рак.

2. Загрязнение воды:
 - Сброс нагретых вод тепловых электростанций может привести к термическому загрязнению и нарушению экосистем водоемов.
 - Утечка нефтепродуктов, химикатов или радиоактивных веществ может привести к загрязнению подземных и поверхностных вод.

3. Загрязнение почвы:
 - Осаждение тяжелых металлов и других отходов может привести к деградации почвы и уменьшению сельскохозяйственной продуктивности.

4. Влияние на здоровье человека:
 - Заболевания органов дыхания, сердечно-сосудистые заболевания, рак и другие негативные эффекты для здоровья могут быть связаны с воздействием загрязняющих веществ, выбрасываемых электростанциями.

5. Влияние на флору и фауну:
 - Нарушение живых экосистем может привести к сокращению биоразнообразия и исчезновению некоторых видов животных и растений.

6. Изменения климата:
 - Увеличение содержания парниковых газов в атмосфере может ускорить климатические изменения, что в свою очередь может привести к экстремальным погодным условиям, подъему уровня морей и другим глобальным последствиям.

7. Экономические последствия:
 - Загрязнение может привести к увеличению медицинских расходов, потере урожая, снижению туризма и дополнительным затратам на очистку окружающей среды и адаптацию к изменениям климата.

Именно поэтому важно контролировать и сокращать выбросы загрязняющих веществ с электростанций, а также искать более экологичные источники энергии.USER: Напиши последствия загрязнение предприятиями электроэнергетикиASSISTANT:

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generate more comprehensive details and examples on, 4. Applications and Impact on Energy Sectors, minimalist tone

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Сделать описание акции на новинку средств экологичных для стирки

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Redija uma redação do tipo Dissertativa Expositiva,contendo introdução, desenvolvimento e conclusão, de 30 a 45 linhas. Os detalhes relacionados ao conteúdo e perguntas a serem respondidas estão logo abaixo. Tema: "Meio Ambiente e Tecnologia: Estratégias para Combater o Desmatamento e as Mudanças Climáticas" Texto motivador: Explique os fatores causais que contribuem para o desmatamento e a crise climática no Brasil. Reflita sobre políticas públicas que empregam tecnologia para a conservação ambiental e discuta estratégias bem-sucedidas existentes que abordam esses desafios ambientais Na redação, responda à essas 3 perguntas: 1) Explicar a causalidade do problema apresentado pelo tema e texto motivador 2) Refletir sobre possíveis soluções 3) Conhecer as soluções que existem hoje (políticas públicas existentes no Brasil) Toda a resposta que você me enviar deve ser escrita na língua português do Brasil.

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Unfair Balance of risk between different claimants Whose objectives to be maximized and whose just satisfied? The Ruling... The judge in the district court in The Hague ruled on Wednesday that Shell must cut its net carbon emissions by 45 per cent by 2030 against 2019 levels on an absolute basis, in line with a global push to prevent temperatures rising more than 1.5C above preindustrial levels. The judge said the company had violated a duty of care obligation regarding the human rights of those affected by climate change. What else... where else? GlaxoSmithKline is also working hard to keep the environment clean. They are committed to reducing their environmental footprint, reducing waste and emissions by 25% by 2030. This commitment means that 60% of their revenue is considered “clean.” Another bonus is their commitment to gender diversity. Their board of directors is made up of 40% of people who identify as women. The never ending arguments • Shareholder Vs Stakeholder theory. ➢Important because these philosophies guide the Actors. ➢ What happens when various actors’ objectives align? ➢ Then there is value creation for all stakeholders. • Not internalizing the cost of externality. ➢Look at this from User and Provider point of view. ➢Guided by pure conventional risk-return financing/investment decision ➢Users need to internalise the cost of externalities in order to invest in sustainable projects ➢That is an internal push from CEO who strategizes and CFO who make financing decisions. ➢If the firm does not do this or if external forces like regulators do not impose this, then the firm will have an ‘incentive’ not to internalize. ➢Forced internalization – by external forces like investors, regulations, other stakeholders. Did these actors really forget to internalise? Baker, Hollifield, and Osambela (2020) argue “ESG investment phenomenon cannot be reconciled with neoclassical investment theory, which proposes that investors care only about the risk and return attributes of an investment.” - Is this the end journey then? Emphatically No.... ➢Various evidences in literature suggest this may not be completely true. ➢Although the internalisation has accelerated only in the recent decades. ➢More so after Paris Climate conference (2015) and during the ongoing Covid-19 Pandemic. Make notes (short)from above to understand it and its concepts as well

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Here is a concept note for the "Intergenerational Green Tech Exchange" Erasmus+ KA154 project idea: **Project Title:** Intergenerational Green Tech Exchange **Objectives:** - Promote intergenerational collaboration and knowledge-sharing between young people (aged 18-30) and senior citizens (aged 60+) - Develop innovative green technology solutions to address local environmental challenges - Empower participants with relevant technical skills in design, prototyping, electronics, coding, etc. - Facilitate community engagement and showcase participant projects to the public **Project Activities:** 1. Participant Recruitment and Pairing - Recruit a diverse group of young people and senior citizens interested in environmental sustainability and technology - Carefully pair participants into intergenerational teams of 2-3 members 2. Skills Development Workshops - Provide training in design thinking, rapid prototyping, electronics, coding, and other relevant technical skills - Equip participants with the tools and knowledge to ideate, design, and build green technology solutions 3. Green Tech Solution Development - Challenge the intergenerational teams to identify local environmental problems they want to address - Guide them through a structured design process to conceive, prototype, and refine their green tech solutions 4. Project Showcasing and Community Engagement - Organize a public exhibition or demo day to allow teams to present their green tech innovations - Facilitate knowledge-sharing sessions where participants can learn from each other's work - Explore opportunities to implement or scale up the most promising solutions in the local community **Expected Outcomes:** - Fostered cross-generational understanding, collaboration, and knowledge exchange - Development of innovative green technology solutions to address local environmental challenges - Upskilling of participants in relevant technical competencies - Increased community awareness and engagement around sustainable innovation - Potential for real-world implementation and scaling of the best green tech solutions **Potential Impact:** This project aims to harness the power of intergenerational collaboration to drive sustainable innovation at the grassroots level. By pairing young people's digital skills and fresh ideas with seniors' life experience and wisdom, we hope to unlock unexpected breakthroughs in green technology. The project's focus on hands-on learning, community engagement, and real-world problem-solving will empower participants with valuable skills and inspire them to become active agents of change in their local environments. The showcasing of participant projects will also raise broader awareness and inspire further sustainable innovation. Overall, the "Intergenerational Green Tech Exchange" project has the potential to create a lasting positive impact on both the participants and their local communities. İmprove this project as more creative.

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Bonjour ! Quelles sont les conséquences de l'impression sur l'environnement ? Donne-moi tes sources :)

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"Hello, I'm seeking inspiration for blog content on our sustainable travel website, which focuses on promoting eco-friendly experiences in the breathtaking landscapes of Costa Rica. We aim to inspire travelers to explore Costa Rica responsibly while highlighting initiatives that prioritize conservation and community engagement. Could you please generate blog ideas that showcase unique eco-adventures, sustainable accommodations, local conservation efforts, and tips for responsible travel in Costa Rica? We want our content to resonate with environmentally conscious travelers, offering them valuable insights into immersive experiences that leave a positive impact on both the environment and local communities. Thank you for your creativity and assistance in crafting engaging blog topics that reflect our commitment to sustainable travel in Costa Rica!"

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If the earth is round, why do some still believe in a flat earth?

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미국이 현재 지구 온난화에 대한 정책으로 뭘 하고 있는지 알려줘

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현재 지구온난화, 탄소배출축소, 플라스틱 규제 등 지구를 살리기 위해 각 나라에서 는 국정과제로 친환경 정책을 추진하고 있다. 각 나라에서 추진중인 친환경 정부 정 책 2가지를 제시 후 자세히 설명하고, 대한민국이 나아가야 할 친환경 정책 방향에 대한 자신의 생각을 500자 내외로 쓰시오

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According to a study by a conservation group representing 11 tribal nations in the Great Lakes region, the northern pike(ginoozhe in the Ojibwe language) will have significantly worse outcomes over the next 50 years if temperatures increase as much as some models suggest. By contrast, the white- tailed deer (waawaashkeshi in Ojibwe) should be able to withstand the highest predicted warming without much harm and so likely won't require the conservation efforts that the northern wild pike will. Text 2 US government agencies involved in conservation are unfortunately not able to address every possible threat to natural resources. They must use the best information available to decide which species are most threatened and therefore most in need of conservation efforts. Based on the texts, both authors would most likely agree with which statement? A. A collaborative approach is necessary to keep temperatures in the Great Lakes region from increasing to the highest predicted levels. B. Agencies involved in natural-resource management in the Great Lakes region should focus their conservation efforts more on the northern pike than on the white-tailed deer. C. Conservation efforts focused on the northern pike are more likely to be successful if they incorporate state and federal agency resources with the knowledge of tribal groups in those efforts. D. State, federal, and tribal groups involved in natural-resource management in the Great Lakes region should immediately begin conservation programs for both the northern pike and white-tailed deer.

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Hypothetical scenario: Obama decides to combat climate change with many measures, but to protect producers, while decreasing domestic fossil fuel usage, the fossil fuels will be exported to countries who hasn't begun transitioning yet, and dependent on coal, while encouraging them to start embracing renewables. This should offset decline in support in oil rich and coal rich states, such as West Virginia.

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环境专业利于移民哪些国家?

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los aageles is a mediteranean climat ang egpyt is a desrt climat ?

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I wore a cheap necklace that has been silver-plated. After two times of wearing it started to look yellowish. Might it have something to do with the tropical climate I live in?

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“Sunny the Solar-Powered Bot: Energizing the World, One Ray at a Time” write the story outline with two scence in each chapter image prompt also of a every scence

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Idea for planet

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концепция проекта по глобальному потеплению

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Le changement climatique en Afrique

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En mi ciudad hay sequía, no hay desaladoras, tampoco hay lluvias y no se pronostican para el corto plazo. En base a lo anterior, me gustaría armar un equipo que cinvirtiera e aire y humedad en agua. ¿Cómo y qué me recomendarías para empezar a armas una máquina así?

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You are an excellent and professional data analyst in sociology. For a study about the impact of climate change on African populations, a lot of data has been gathered on their diet. This data comes from questionnaires, and is composed of qualitative and quantitative data, around 1000 data points for each. The data has already been cleaned. You need to analyze this data and make the results comprehensible, while managing the complexity of the dataset (with qualitative and quantitative data). how would you proceed, using what formulas?

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Объекты Всемирного наследия ЮНЕСКО относятся к группе тур ресурсов: а) природно-климатических; б) социально-культурных; в) историко-архитектурных.

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从学术研究角度阐述下黏土矿物CO2封存研究进展

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Qu'est ce que le changement climatique

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Qu'est ce que le changement climatique ? Et Ses conséquences

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Introduction: The issue of climate cooperation between the U.S. and China in the 21st century presents complex challenges and opportunities for collaboration. Drawing insights from The Odyssey, we can better understand the evolving dynamics of this important bilateral relationship. The narrative of Odysseus facing obstacles and forging alliances can be paralleled with the contemporary struggles and agreements between nations. This research project aims to explore the implications of climate cooperation between the U.S. and China through the lens of The Odyssey, providing a unique perspective on this critical issue. Body Paragraph 1: One side of the issue revolves around the historical tensions between the U.S. and China, particularly in relation to legislative agendas and shifting narratives. The passage of various acts and agreements reflect the complexities of the relationship and the challenges of addressing common goals. By examining the parallels between the obstacles faced by Odysseus and the diplomatic hurdles between nations, we can gain a deeper understanding of the nuances involved in climate cooperation. Body Paragraph 2: Another aspect of the issue centers on the impact of the U.S.‘s industrial policy, particularly the Inflation Reduction Act, on climate cooperation with China. The implications of this policy on environmental initiatives and collaborative efforts will be analyzed in conjunction with the narrative of negotiation and compromise depicted in The Odyssey. By drawing parallels between Odysseus’ diplomatic interactions and the contemporary climate dialogue, we can explore potential avenues for effective cooperation and sustainable progress. Research evidence from LT databases will be integrated to highlight the significance of policy decisions and their implications for climate initiatives. Conclusion: In conclusion, the parallels drawn from The Odyssey offer a unique perspective on the challenges and opportunities inherent in climate cooperation between the U.S. and China. By intertwining the narrative of the epic with the contemporary diplomatic landscape, we can glean valuable insights into the complexities of international relations and environmental stewardship. The synthesis of historical allegory and modern-day challenges provides a compelling framework for understanding the nuances of this critical issue and charting a path towards sustainable collaboration. This research project aims to contribute to the ongoing dialogue on climate cooperation and inspire innovative approaches to addressing global challenges. make this talk about the us and china pollution issues

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Introduction: The issue of climate cooperation between the U.S. and China in the 21st century presents complex challenges and opportunities for collaboration in addressing pollution. Drawing insights from The Odyssey, we can better understand the evolving dynamics of this important bilateral relationship as it pertains to environmental stewardship. The narrative of Odysseus facing obstacles and forging alliances can be paralleled with the contemporary struggles and agreements between nations on pollution control. This research project aims to explore the implications of climate cooperation between the U.S. and China through the lens of The Odyssey, providing a unique perspective on this critical issue of combating pollution. Body Paragraph 1: One aspect of the issue revolves around the environmental policies and practices of both the U.S. and China in addressing pollution. China, as the world’s largest greenhouse gas emitter, is facing increasing pressure to reduce its pollution levels and make significant strides towards sustainability. The U.S., on the other hand, has a history of industrial practices that have contributed to pollution levels globally. By examining the challenges and opportunities for cooperation between these two nations in combating pollution, we can gain a deeper understanding of the complexities involved in aligning environmental goals and policies. Body Paragraph 2: Another key factor in the issue of pollution cooperation between the U.S. and China is the importance of international agreements and collaboration in driving meaningful change. The Paris Agreement, for example, serves as a framework for countries to work together towards reducing greenhouse gas emissions and combating climate change. By exploring the parallels between the diplomatic efforts of Odysseus and the modern-day negotiations between nations on pollution control, we can better understand the significance of multilateral agreements in fostering cooperation and collective action on environmental issues. Conclusion: In conclusion, the issue of climate cooperation between the U.S. and China in combating pollution presents a complex and multifaceted challenge that requires collaboration, negotiation, and mutual understanding. By drawing insights from The Odyssey and applying them to the contemporary context of environmental stewardship, we can illuminate the nuances of this critical issue and inspire innovative approaches to addressing global pollution levels. Through sustained dialogue and strategic partnerships, the U.S. and China can work together towards a more sustainable and environmentally conscious future, contributing to the broader goal of combating pollution on a global scale. Can u make the body paragrapahs argue different sides and have direct lines/quotes from the odysseey

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привет, что можно сделать в анимационном ролике в After Effects длительностью 10-50 секунд на тему экология жизни

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The major factor affecting insolation on the earth surface

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Привет, придумай сюжет на тему экология жизни для 10-20 секундной анимации

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Explain the cause of the major pressure belts in the southern hemisphere

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Describe rogue land-sea planet, greenhouse is balanced by radioactivity and global warming higher than 3 Celsius

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Impacts des activités humaines sur l'environnement

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parler de l’éco-conduite et de la réduction des émissions de CO2 dans la gestion d’un parc automobile, partie Contexte et enjeux pour un mémoire

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Beaver dams overshadow climate extremes in controlling riparian hydrology and water quality. what were the main messages of this article by nature communications. list 3

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1. Что используют для оценки качества природной ореды и сохранения естественных экологических систем? 2. Приведите цепочку определенно организованного комплекса действий, которые используются при экологическом нормировании. 3. Как называется норматив, предназначенный ля ограничения параметров деятельности конкретного предприятия с точки зрения экологической защиты природной среды? Какие показатели относятся к данному нормативу? 4. Перечислите нормативы на основании которых проводится оценка качества водных ресурсов. 5. Какие функции выполняют санитарно-защитные зоны? Приведите размер С33 для предприятий 3 класса опасности. 6. Для каких веществ устанавливают максимальные разовые концентрация? 7. Какие требования предьявляются по температурному режиму при спуске сточных вод летом для I категорий водопользования? 8. Приведите основные виды экологических стандартов, применяемых в РФ.

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Ответь на вопросы коротко и понятно 1. Чем обеспечивается эффективность экологического нормирования? 2. Какие показатели положены в основу нормативов качества? 3. Как называется показатель показывающий предельно-допустимую норму нагрузки на окружающую природную среду и нормативы санитарных - защитных зон и запретных зон экологического бедствия? Какие показатели относятся к данному нормативу? 4. Перечислите нормативы на основании которых проводится оценка качества радиоактивного загрязнения. 5. На основе каких нормативов осуществляется регламентирование содержания загрязнений в атмосферном воздухе. 6. Что необходимо учитывать при одновременном присутствии нескольких веществ в атмосферном воздухе? 7. Какие требования предъявляются по содержанию растворенного кислорода в воде после смешивания со сточными водами для вод I категорий водопользования? 8. Приведите основные объекты, для которых проводится добровольная сертификация. 9. Научная мысль является ...? 10. Что показывают кривые кумуляции? 11. Что предусматривает общий принцип, положенный в обосновании нормативов? 12. Перечислите какие приборы используются для установления нормативов в фильме? 13. Как проводятся наиболее тонкие исследования реакции человека на вредные вещества? 14. Какие нормативы должны устанавливаться опасных предприятий? 15. Где находится оптимум на кумуляционной кривой и о чем он говорит? в отношении экологически

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ОТВЕТЬ КРАТКО: ТЕМА «Нормирование качества окружающей среды. Экологическая стандартизация, экспертиза.» Контрольная работа ВАРИАНТ 1 Вопросы по лекционному курсу 1. Что относится к критериям качества? Перечислите. 2. Какие принципы должны реализовываться при разработке экологических нормативов? Перечислите. 3. Как называется норматив, обеспечивающий человеку благоприятные для жизни безопасные для здоровья условия существования? Какие показатели относятся данному нормативу? и к 4. Перечислите нормативы на основании которых проводится оценка качества воздушной среды. 5. Каким образом определяется величина предельно допустимый сброса? 6. На основе какого показателя определяется предельно допустимая концентрация загрязнений в атмосферном воздухе? Дайте определение. 7. Какие требования предъявляются по температурному режиму при спуске сточных вод летом для II категорий водопользования? 8. Какие этапы включает современная система экологического нормирования? Вопросы по фильму 9. Для чего ученые разрабатывают нормативы качества окружающей среды? 10. Что произойдет, если не устанавливать нормативы? 11. Что отражает график зависимости эффекта воздействия от интенсивности раздражителя? 12. Приборы, используемые для установления нормативов перечисленные в фильме? 13. Кем разработана новая система экологического нормирования, на чем базируется? 14. По новой системе нормирования как будут делиться предприятия? 15. Какие испытания проводят для установления нормативов для детских игрушек?

Climate Change


Привет! Помоги ответить на вопросы по экологии: 1. Чем обеспечивается эффективность экологического нормирования? 2. Какие показатели положены в основу нормативов качества? 3. Как называется показатель показывающий предельно-допустимую норму нагрузки на окружающую природную среду и нормативы санитарных - защитных зон и запретных зон экологического бедствия? Какие показатели относятся к данному нормативу? 4. Перечислите нормативы на основании которых проводится оценка качества радиоактивного загрязнения. На основе каких нормативов осуществляется регламентирование содержания загрязнений в атмосферном воздухе. Что необходимо учитывать при одновременном присутствии нескольких веществ в атмосферном воздухе? 5.Какие требования предъявляются по содержанию растворенного кислорода в воде после смешивания со сточными водами для вод 1 категорий водопользования? Приведите основные объекты, для которых проводится добровольная сертификация. Вопросы по фильму 9. Научная мысль является ...? 10. Что показывают кривые кумуляции? 11. Что предусматривает общий принцип, положенный в обосновании нормативов? 12. Перечислите какие приборы используются для установления нормативов в фильме? 13.Как проводятся наиболее тонкие исследования реакции человека на вредные вещества? 14. Какие нормативы должны устанавливаться в отношении экологически опасных предприятий? 15. Где находится оптимум на кумуляционной кривой и о чем он говорит?

Climate Change


С какого года система экологического нормирования была неизменна в россии

Climate Change


Ответь на вопросы1. Чем обеспечивается эффективность экологического нормирования? 2. Какие показатели положены в основу нормативов качества? 3. Как называется показатель показывающий предельно-допустимую норму нагрузки на окружающую природную среду среду и нормативы санитарных защитных зон и запретных зон экологического бедствия? Какие показатели относятся к данному нормативу? 4. Перечислите нормативы на основании которых проводится оценка качества радиоактивного загрязнения. 5. На основе каких нормативов осуществляется регламентирование содержания загрязнений в атмосферном воздухе. 6. Что необходимо учитывать при одновременном присутствии нескольких веществ в атмосферном воздухе? 7. Какие требования предъявляются по содержанию растворенного кислорода в воде после смешивания со сточными водами для вод 1 категорий водопользования? 8. Приведите основные объекты, для которых проводится добровольная сертификация. Вопросы по фильму 9. Научная мысль является...? 10. Что показывают кривые кумуляции? 11. Что предусматривает общий принцип, положенный в обосновании нормативов? 12. Перечислите какие приборы используются для установления нормативов в фильме? 13. Как проводятся наиболее тонкие исследования реакции человека на вредные вещества? 14. Какие нормативы должны устанавливаться в отношении экологически опасных предприятий? 15. Где находится оптимум на кумуляционной кривой и о чем он говорит?

Climate Change


1. Чем обеспечивается эффективность экологического нормирования? 2. Какие показатели положены в основу нормативов качества? 3. Как называется показатель показывающий предельно-допустимую норму нагрузки на окружающую природную среду среду и нормативы санитарных защитных зон и запретных зон экологического бедствия? Какие показатели относятся к данному нормативу? 4. Перечислите нормативы на основании которых проводится оценка качества радиоактивного загрязнения. 5. На основе каких нормативов осуществляется регламентирование содержания загрязнений в атмосферном воздухе. 6. Что необходимо учитывать при одновременном присутствии нескольких веществ в атмосферном воздухе? 7. Какие требования предъявляются по содержанию растворенного кислорода в воде после смешивания со сточными водами для вод 1 категорий водопользования? 8. Приведите основные объекты, для которых проводится добровольная сертификация. Вопросы по фильму тема нормирование качества окружающей среды. Экологическая стандартизация, экспертиза 9. Научная мысль является...? 10. Что показывают кривые кумуляции? 11. Что предусматривает общий принцип, положенный в обосновании нормативов? 12. Перечислите какие приборы используются для установления нормативов в фильме? 13. Как проводятся наиболее тонкие исследования реакции человека на вредные вещества? 14. Какие нормативы должны устанавливаться в отношении экологически опасных предприятий? 15. Где находится оптимум на кумуляционной кривой и о чем он говорит?

Climate Change