for the past eight years, green city solutions have been growing moss up to 15 times faster than in naturemat takes just under 12 weeks to grow. and i have to say, there's something very soothing about being in their greenhouse. do you just come in here and stroke the moss? when i'm stressed. laughter. ..cool about moss is that this plant doesn't have roots, so they can capture all nutrients through the walls, leaves or leaves�* surface. so, you can imagine, like the normal plants, it takes the nutrients from the earth, but it's moss. it can capture everything. the second thing is, like, every plant's moss can absorb co2 because it needs for photosynthesis, for the energy. but the benefit is the density of the moss is pretty high, so we need this higher leaf—surface ratio to capture as much as possible. so now, we are going to take a sample. you? i can do it? for sure. let's tweeze some moss. got some. perfect. now we can have a look under the microscope. there we go. and it's in the lab where we'll get to see moss�*s super power. the plant acts a lot like a human lung, whose high surface

for the past eight years, green city solutions have been growing moss up to 15 times faster than in nature moss mat takes just under 12 weeks to grow. and i have to say, there's something very soothing about being in their greenhouse. do you just come in here and stroke the moss? when i'm stressed. cool about moss is that this plant doesn't have roots, so they can capture all nutrients through the walls, leaves or leaves' surface. so, you can imagine, like the normal plants, it takes the nutrients from the earth, but it's moss. it can capture everything. the second thing is, like, every plant, moss can absorb c02 because it needs for photosynthesis, for the energy. but the benefit is the density of the moss is pretty high, so we need this higher leaf—surface ratio to capture as much as possible. so, now we are going to take a sample. you? i can do it? for sure. let's tweeze some moss. got some. perfect. now we can have a look under the microscope. there we go. and it's in the lab where we'll get to see moss's super power. the plant acts a lot like a human lung, whose high surface area can

for the past eight years, green city solutions have been growing moss up to 15 times faster than in natures mat takes just under 12 weeks to grow. and i have to say, there's something very soothing about being in their greenhouse. do you just come in here and stroke the moss? when i'm stressed. cool about moss is that this plant doesn't have roots, so they can capture all nutrients through the walls, leaves or leaves' surface. so, you can imagine, like the normal plants, it takes the nutrients from the earth, but it's moss. it can capture everything. the second thing is, like, every plant, moss can absorb c02 because it needs for photosynthesis, for the energy. but the benefit is the density of the moss is pretty high, so we need this higher leaf—surface ratio to capture as much as possible. so, now we are going to take a sample. you? i can do it? for sure. let's tweeze some moss. got some. perfect. now we can have a look under the microscope. there we go. and it's in the lab where we'll get to see moss�*s super power. the plant acts a lot like a human lung, whose high surface area can abs

for the past eight years, green city solutions have been growing moss up to 15 times faster than in naturerow. and i have to say, there's something very soothing about being in their greenhouse. do you just come in here and stroke the moss? when i'm stressed. cool about moss is that this plant doesn't have roots, so they can capture all nutrients through the walls, leaves or leaves' surface. so, you can imagine, like the normal plants, it takes the nutrients from the earth, but it's moss. it can capture everything. the second thing is, like, every plant, moss can absorb co2 because it needs for photosynthesis, for the energy. but the benefit is the density of the moss is pretty high, so we need this higher leaf—surface ratio to capture as much as possible. so, now we are going to take a sample. you? i can do it? for sure. let's tweeze some moss. got some. perfect. now we can have a look under the microscope. there we go. and it's in the lab where we'll get to see moss's super power. the plant acts a lot like a human lung, whose high surface area can absorb a lot of the air in one go. and j

for the past eight years, green city solutions have been growing moss up to 15 times faster than in naturedo you just come in here and stroke the moss? when i'm stressed. ..cool about moss is that this plant doesn't have roots, so they can capture all nutrients through the walls, leaves or leaves' surface. so, you can imagine, like the normal plants, it takes the nutrients from the earth, but it's moss. it can capture everything. the second thing is, like, every plant's moss can absorb c02 because it needs for photosynthesis, for the energy. but the benefit is the density of the moss is pretty high, so we need this higher leaf—surface ratio to capture as much as possible. so now, we are going to take a sample. you? i can do it? for sure. let's tweeze some moss. got some. perfect. now we can have a look under the microscope. there we go. and it's in the lab where we'll get to see moss's super power. the plant acts a lot like a human lung, whose high surface area can absorb a lot of the air in one go. and just like the lungs of a smoker, which end up getting blackened by tar, moss could act

for the past eight years, green city solutions have been growing moss up to 15 times faster than in natureing to take a sample. you? i can do it? for sure. let's tweeze some moss. got some. perfect. now we can have a look under the microscope. there we go. and it's in the lab where we'll get to see moss's super power. the plant acts a lot like a human lung, whose high surface area can absorb a lot of the air in one go. and just like the lungs of a smoker, which end up getting blackened by tar, moss could act like the lungs of a city, eventually being covered in the stuff that we don't want to breathe. so, this is from our one active products. and the black — the black bits are the... exactly. this is the fine dust or particles from polluted air. and these are the green cells. and it means that the moss is still healthy because it's green. but they are pretty powerful. really good. moss fan. laughs well, yeah — i am, somehow! as well as pulling pollutants out of the air, there's another advantage to these biofilters, too. here's a piece of moss and here's a thermal—imaging camera, and you c

solution, for wherever business takes you. comcast business. powering possibilities. city as his body now lies in state in saint peter's basilica , foxes lauren greeneports ons humbling thousands offu from all over the world lining up for hours in st peter's square to pay their respects to pope and the artist benedict the 16th vatican to show solidarity. for the bussing away of the uh, butter. we are one world. we should be with all in a solemn ceremony, the former pontiff's body was moved to st peter's basilica in the vatican city monastery where he has lived for the last decade. members of the church blessed the body with holy water and diffused incense around him before mourners were allowed to come inside. they silently filed past benedict's body. dressed in a red cape and white miter, that of the bishops of rosary wound through his class pans. after waiting hours in line, people have only a few seconds to say goodbye and utter a final prayer. she has done so much for our church, and i think it's worth paying him some and especially with our prayers, benedict was elected pope in 2005. he surprised the world in 2013. when he broke tradition and

solutions that may involve various city departments and agencies. for you, identifying opportunity and barriers to financing cleanpowersf initiatives through green bank models. such as nondeposit municipal finance corporation or a public bank. that might be able it access funding available throughout federal and inflation reduction acts green house gas reduction funds will mouthful. and lastly, studies of specific e merging clean energy technologies agreed to by the puc and lafco. one idea we talked about serving literature about the use of fuel. >> the life landfall executive officer and the agm for power. and any written changes that are made will be communicated with written notification to the commission and the life landfall commission. >> at a special meeting on december 9, the lafco commission approved the draft mou attached and authorized not to exceed 800 thousand dollars. 130 thousand dollars available upon execution. rate payer funds will need to be identified. and we are looking at year saving in the operating budget to source the funds and we are working with puc finance it do that. that concludes my remarks. and before i open up to ques