Latest / UK Column Radio / Nikki Florio on Bees, Geoengineering, and Mass Extinction | Jerm Warfare

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Nikki Florio on Bees, Geoengineering, and Mass Extinction | Jerm Warfare · UK Column Radio

0:30
Speaker 1: My name is Jim. This is Jim Warfare The Battle
0:33
Speaker 1: of Ideas. Nikki Florio, thank you for joining me in
0:37
Speaker 1: the trenches.
0:38
Speaker 2: Yes, thanks for having me.
0:39
Speaker 1: You're obviously in the States and I'm in South Africa.
0:42
Speaker 1: Have you been to my side of the pond?
0:44
Speaker 3: No, I wish I had. I never really got the
0:47
Speaker 3: chance to travel maps outside of the US, but I
0:49
Speaker 3: do look at I look at global maps for weather
0:51
Speaker 3: and quakes and stuff all the time.
0:53
Speaker 1: So well, South Africa's quite boring. We don't have any
0:59
Speaker 1: volcano or hurricanes or tornadoes or earthquakes. I think the
1:04
Speaker 1: lost earthquake of any significance that we had was around
1:09
Speaker 1: nineteen sixty eight, and that's connected to the San Andreas fault,
1:15
Speaker 1: so I think it was connected to an earthquake that
1:18
Speaker 1: occurred in Los Angeles.
1:19
Speaker 3: Really well, I do look at quake maps quite often,
1:25
Speaker 3: and they are engineering quakes in oceans like the Mad
1:33
Speaker 3: Atlantic faults. But also they have been engineering quakes around
1:38
Speaker 3: South Africa, in fact every country. The amplification of these
1:42
Speaker 3: engineer quakes is increasing exponentially, even from twenty fourteen when
1:48
Speaker 3: they started ramping up the smaller quakes, so we're probably
1:52
Speaker 3: getting ready for a major tidal wave event where they
1:56
Speaker 3: can hit a bunch of coastlines all at once. On
1:59
Speaker 3: the southwest Southwest coast, they do deep ocean mining, so
2:09
Speaker 3: not so much the quakes that occur there, but there's
2:13
Speaker 3: a definitive geoengineering line where they keep that area open
2:17
Speaker 3: so satellites can use frequency to find material under the ocean.
2:24
Speaker 1: You'll work as primarily around bees. The importance of bees,
2:29
Speaker 1: and I guess by extension insects and how they are
2:32
Speaker 1: a marker for what's happening around us.
2:36
Speaker 3: Yeah, they're kind of like the canary and the coal mine.
2:39
Speaker 3: They are a cornerstone species in agriculture. But our projects
2:45
Speaker 3: be heroic. It's called be heroic because I needed a
2:50
Speaker 3: non conspiratorial avenue to introduce geoengineering and five G and
2:56
Speaker 3: the agro pharmaceutical military industrial complex.
3:00
Speaker 2: So we do presentations with pollinators and bees.
3:05
Speaker 3: Are very important, but as you said, you know they're
3:07
Speaker 3: not the only pollinator. In fact, honey bees are only
3:11
Speaker 3: six of around twenty thousand species of bees. But all pollinators,
3:19
Speaker 3: all insects, every species, beetles, ants, moth butterflies, all of
3:25
Speaker 3: them are actually pollinators. And bees are just very important
3:30
Speaker 3: because of the agricultural impact that they have.
3:34
Speaker 1: Your essential thesis is that bees and pollinators are basically
3:38
Speaker 1: heading towards extinction.
3:40
Speaker 3: Yes, we're in a full blown food and ecosystem collapse,
3:45
Speaker 3: and so the insect world of pollination is extremely important.
3:54
Speaker 3: But there are also tons of animal species. Two thousand
3:58
Speaker 3: of twenty thousand birds scies are pollinators, primates of pollinators.
4:03
Speaker 3: There's different lizards and geckos, different reptiles that are pollinators.
4:07
Speaker 2: So there's a.
4:07
Speaker 3: Whole bunch of different animals to pollinate. And I've kind
4:12
Speaker 3: of created a term called the great pollenation.
4:16
Speaker 2: So those are the collective of animals.
4:18
Speaker 3: But but millions of years ago, over one hundred million
4:21
Speaker 3: years ago, when when we've gone through several extinction events,
4:26
Speaker 3: the initial way that Earth was pollinated was from wind
4:30
Speaker 3: and water, like in the oceans all of our oxygen,
4:34
Speaker 3: but the bulk of the oxygen on the planet comes
4:35
Speaker 3: from the oceans and the plants in the ocean, and
4:38
Speaker 3: those are water pollinated. And then before flowering plants, there
4:42
Speaker 3: were trees and grasses and those were wind pollinated. And
4:45
Speaker 3: as flowering plants developed, that's when the first pollinators came
4:50
Speaker 3: into play. So when the wasps were around, and you
4:56
Speaker 3: know they were the they were the first pollinators in
4:59
Speaker 3: the in the line of bees, So bees descended from wasps.
5:03
Speaker 3: So today you'll still see wasps pollinating, but the bees
5:09
Speaker 3: descended with the right like full blown mouth parts, and
5:13
Speaker 3: they're not pollinating to pollinate. That's a side effect of
5:17
Speaker 3: them going in and either collecting the pollen or collecting nectar.
5:22
Speaker 1: But the thing, Nikki is nobody likes a wasp, so.
5:27
Speaker 3: They are an extraordinary insect. They are wonderful for pest control.
5:34
Speaker 3: They eat they eat spiders and ticks and mites, so
5:42
Speaker 3: they're a huge benefit to pest control for farmers and ranchers,
5:49
Speaker 3: Like we don't like them because we're stung, but I've
5:52
Speaker 3: held and moved wasps that have had had problems. Even
5:57
Speaker 3: when I have a bee bath, which is a little
6:00
Speaker 3: shallow bath people can put in their yard.
6:03
Speaker 2: It's usually easy to make.
6:04
Speaker 3: You just put it, get a glass pan and fill
6:06
Speaker 3: it with twigs and rocks and fill it with water
6:08
Speaker 3: because bees.
6:09
Speaker 2: Don't really like moving water.
6:10
Speaker 3: So butterflies and moss and all kinds of insects visit
6:14
Speaker 3: it and and wasps are part of that they'll come
6:19
Speaker 3: and drink. But I've seen wasps with ticks like holding ticks,
6:24
Speaker 3: getting water and then flying away.
6:26
Speaker 2: So they're a great They're a great insect.
6:30
Speaker 3: And as long as you don't really smell like bananas
6:32
Speaker 3: when you're around the nest, they're easy to move around.
6:35
Speaker 2: You just wait until the night cools down, and if
6:37
Speaker 2: they're in a bad spot, you can move them.
6:39
Speaker 3: Now, there are some extremely dangerous wasps that you don't
6:43
Speaker 3: want to get near or move unless it's extremely cold,
6:46
Speaker 3: or unless you have a professional beekeeper moving them. But all,
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Speaker 3: pretty much all insects are beneficial, except for mosquitoes and ticks,
6:59
Speaker 3: the ones that are beingically engineered by agrochemical and investors
7:03
Speaker 3: like Bill Gates and Oxytech and things like that.
7:08
Speaker 1: I was obviously being facetious. I mean, oh, I'm a.
7:14
Speaker 2: Little slow and I've only had one cup of coffee. Sorry. Oh.
7:20
Speaker 1: The point, the point that you're making is that if
7:25
Speaker 1: you remove wasps from the ecosystem, you create an imbalance.
7:28
Speaker 1: I've got a very interesting data point. Heah, flying insect
7:32
Speaker 1: biomass has dropped by seventy six percent in just twenty
7:35
Speaker 1: seven years.
7:37
Speaker 3: Yeah, it's it's a lot higher than that in most places,
7:44
Speaker 3: and it's weird that they cover the flying insects and
7:47
Speaker 3: not that terrestrial insects.
7:49
Speaker 2: And I grew up in the Central Valley of California,
7:55
Speaker 2: and in the.
7:55
Speaker 3: Summertime, you know, you'd be just driving around regularly, going
7:59
Speaker 3: to the store, go to the you know, go to school,
8:03
Speaker 3: and come back, and within a week, your windshield and
8:06
Speaker 3: your grill it's just filled with insects.
8:10
Speaker 2: And if you parked under trees, there were insects everywhere.
8:12
Speaker 3: So there were lots of birds because that's a primary
8:15
Speaker 3: food source for birds. You poop on your you get
8:18
Speaker 3: poop on your car, so you'd have to not just
8:21
Speaker 3: wash your car, but you have to scrub the grill.
8:24
Speaker 3: And even if you went to the mountains or down
8:26
Speaker 3: through the desert, the same thing would happen. But I've
8:28
Speaker 3: done cross country tours through be Heroic where we hit
8:33
Speaker 3: all the western states in the spring, summer, winterfall and
8:37
Speaker 3: barely had any large insects at all on the grill.
8:40
Speaker 2: And it is heartbreaking. We're in a massive ecosystem.
8:45
Speaker 3: Collapse and so agriculture is now being affected and we're
8:48
Speaker 3: the last generation that's going to have good, healthy, that
8:55
Speaker 3: has had a huge variety of great foods, foods that
9:00
Speaker 3: just are not growing today. And five G, in addition
9:05
Speaker 3: to agrochemical I started you know in the in the
9:08
Speaker 3: late seventies early eighties, and then was pushed forward with
9:13
Speaker 3: genetic engineering through Monsanto and Syngenta and all these companies.
9:18
Speaker 2: You know, those poisons were first.
9:20
Speaker 3: But when five G, when the telecommunications launched two G
9:25
Speaker 3: and four G, that had an impact.
9:27
Speaker 2: Five G is.
9:28
Speaker 3: Millimeter waves and it just destroys insects and it's an
9:32
Speaker 3: electro smock.
9:33
Speaker 2: So there's no real safe place for that.
9:35
Speaker 1: But regards to five G, I mean, I had no
9:38
Speaker 1: idea about about half of the stuff. But bees and
9:43
Speaker 1: as you say, pollenit is, in general absorb between three
9:46
Speaker 1: percent and three hundred and seventy percent more of the
9:51
Speaker 1: high frequencies used by five G. So they're absorbing it.
9:56
Speaker 2: It causes internal heating and endotherrmic heating.
10:00
Speaker 3: But what's as bad, I mean not just cooks them
10:03
Speaker 3: from the inside out because they have an exoskeleton. But
10:06
Speaker 3: on their exoskeleton they have these little plates called chitten,
10:14
Speaker 3: and it just destroys those, so they're more susceptible to
10:18
Speaker 3: mites and viruses. So agrochemical companies you know, are using
10:22
Speaker 3: this as well to create vaccines for bees to help
10:29
Speaker 3: them with verromivirus. When it's just you know, we just
10:32
Speaker 3: got to cut off five g. And then University of
10:35
Speaker 3: Illinois out of Chicago and the United States has a
10:41
Speaker 3: professor who has created a genetically engineered bee that they
10:47
Speaker 3: are going to release in twenty twenty seven that will
10:51
Speaker 3: reak havoc on natural bee populations when bees go into
10:57
Speaker 3: when you have a genetically engineered animal, it's very dangerous.
11:01
Speaker 3: And having this insect that goes in and drinks nectar
11:05
Speaker 3: because the way honey what honey bees do is they'll
11:07
Speaker 3: go in and stick their tongues in and they they'll
11:09
Speaker 3: drink all all bees, not this honey bee. They go
11:12
Speaker 3: in and they drink nectar, but honey bees put it
11:14
Speaker 3: in their honey's stomach. Then they go back to the
11:17
Speaker 3: hive and they barfit back and forth with another bee.
11:21
Speaker 3: And then when it gets kind of thick and it
11:23
Speaker 3: has enzymes, they barfit into a cell and then they
11:26
Speaker 3: fan it and it dehydrates into honey. But if you
11:30
Speaker 3: have spit that's got a different genetic code and it
11:35
Speaker 3: goes into the pollen. Then any bee that visits the
11:38
Speaker 3: flower is going to get infected. So you have what's
11:41
Speaker 3: called biopollution. Where biopollution is different than like a chemical
11:46
Speaker 3: pollution where if you have like a.
11:48
Speaker 2: Drop of gasoline, then you put it in the ocean,
11:50
Speaker 2: it breaks up.
11:51
Speaker 3: If you have a genetically engineered fish and it breeds
11:54
Speaker 3: with another fish, you get more and more and more.
11:57
Speaker 3: Just for your listeners who don't know that that term.
12:01
Speaker 2: But it's horrific. And there are in the US, there's
12:06
Speaker 2: around four.
12:06
Speaker 3: Thousand species of bees. They all have different jobs. Some
12:11
Speaker 3: are specialists bees, some are some some do multiple multiple
12:17
Speaker 3: different types of plants, some co evolved with different plants.
12:21
Speaker 3: But this is going to have a huge effect on
12:24
Speaker 3: the entire ecosystem.
12:25
Speaker 2: So it's really bad.
12:28
Speaker 1: Just continuing with that very interesting bit of trivia adding
12:32
Speaker 1: to what you're saying, So it says, yeah, bees have
12:34
Speaker 1: a specific organ for sensing magnetic forces. It's how they navigate.
12:39
Speaker 1: And cell phones disturb this, and in fact, uh says
12:46
Speaker 1: yeah that sorry, alternating electromagnetic fields harm bees.
12:53
Speaker 3: Yeah, so even even power lines. When when bees are
12:58
Speaker 3: put under power lines, it either makes them really aggressive
13:01
Speaker 3: or you have a massive colony collapse within the hive.
13:05
Speaker 2: There's a lot of different things that occur.
13:07
Speaker 3: But maybe later whenever you're ready to talk about solutions.
13:11
Speaker 3: We we can tell people how to protect themselves and
13:15
Speaker 3: if they have gardens or bees, how to do that
13:18
Speaker 3: as well.
13:18
Speaker 1: Putting out beehives actually potentially makes everything worse.
13:25
Speaker 2: Yeah, So.
13:27
Speaker 3: Bees travel from two to ten kilometers I don't know
13:31
Speaker 3: if you use miles or kilometers, but up to six miles,
13:34
Speaker 3: and so they travel very.
13:36
Speaker 2: Far looking for water and food and places to nest.
13:43
Speaker 3: Honey bees and bumble bees are more family oriented. A
13:50
Speaker 3: honey bee hive will we'll have, you know, twenty thousand
13:55
Speaker 3: bees or more.
13:57
Speaker 2: In the same family from one queen.
14:00
Speaker 3: And then bumble bees is usually a queen that winter's
14:02
Speaker 3: over and their hive is called a nest.
14:05
Speaker 2: But they also make honey for themselves.
14:08
Speaker 3: But when you have beekeepers that don't know what's going
14:12
Speaker 3: on and they have a hive, people who have taken
14:16
Speaker 3: a weekend class or they're taken a six week class
14:19
Speaker 3: without doing a true type of internship, they fail to
14:25
Speaker 3: learn about what's in that radius. First of all, what
14:29
Speaker 3: is six miles out? What chemicals are out what types
14:32
Speaker 3: of crops are out or their genetically engineered crops. Is
14:34
Speaker 3: there a lot of glaphy sate? Is there no water?
14:36
Speaker 3: Is there too much water? You know kind of what's
14:39
Speaker 3: going to happen that way. And then who are the
14:41
Speaker 3: other beekeepers that are out there? You know who else
14:44
Speaker 3: is keeping bees and what are those bee species? Because
14:47
Speaker 3: even within the honey bees, you have Caucasian, Russian, Italian bees.
14:53
Speaker 2: You know all the different honey boot species. And so.
14:58
Speaker 3: If someone has a hive similar to yours, or if
15:01
Speaker 3: you kind of get lazy and you stop looking into
15:04
Speaker 3: the hive and your hive gets infested, or you have
15:09
Speaker 3: disease and your hives go out to where a sustainable
15:14
Speaker 3: farmer or ranchers is raising bees or utilizing bees, you
15:19
Speaker 3: can infest their colonies as well.
15:24
Speaker 2: Or if there's a water source or a pollination source or.
15:27
Speaker 3: A field, you just have to be you have to
15:29
Speaker 3: be really careful about that, and you really if you're
15:33
Speaker 3: the best thing you can do for bees, best of
15:35
Speaker 3: all is stopping five G. There's not much right now
15:39
Speaker 3: that individuals can do about stopping geoengineering. But what people
15:43
Speaker 3: can do is if they have a water source, whether
15:46
Speaker 3: it's a bird bath or a b bath is to
15:48
Speaker 3: throw some zeolite in there, and zeolite that the insects
15:55
Speaker 3: will eat it, or while they're drinking they get some
15:57
Speaker 3: of the mineral and zeolite buyings things like aluminum from geoengineering,
16:03
Speaker 3: and then there's biocharts that can also bind into glycyssate
16:06
Speaker 3: and then they just pee it out. So you just
16:09
Speaker 3: throw that in some water. You can even put it
16:11
Speaker 3: in a little sock or a nile on it and
16:14
Speaker 3: throw it in there. But if you want to help bees,
16:19
Speaker 3: you can just plant for pollinators, and you're not really
16:21
Speaker 3: planting for bees. You should be planting for the whole pollination.
16:26
Speaker 3: So different colored flowers will bring different colored insects. Different
16:32
Speaker 3: native plants and shrubs and flowering trees are probably the
16:37
Speaker 3: best thing. Leaving dandelions alone is extraordinary. Dandelions are one
16:41
Speaker 3: of the most nutrient dense plants on Earth, and they're
16:45
Speaker 3: what's called a composite flower. So in the springtime when
16:50
Speaker 3: they come out, you get bees and beetles and ants
16:52
Speaker 3: and butterflies and moss and all the good pollinators. That's
16:55
Speaker 3: a great food source for them and for humans. It's
17:00
Speaker 3: great for US got anti cancer properties, tons of calcium.
17:03
Speaker 2: Every part of the dandelion is very nutritious for humans
17:06
Speaker 2: as well.
17:08
Speaker 3: And for insects. When people you know round up was
17:13
Speaker 3: made by Monsanto, are you familiar to say it and
17:18
Speaker 3: round up? So there's a lot of attention in the US.
17:22
Speaker 3: So I don't know if it's if it's in South
17:24
Speaker 3: Africa too, but yeah, so Trump is not just Trump.
17:29
Speaker 2: This goes back to every.
17:31
Speaker 3: President since George Bush Senior, who was courted by Monsanto.
17:35
Speaker 3: So when Monsanto made round up, round up Glycasate was
17:41
Speaker 3: originally a pipe to scaler and it was used to
17:45
Speaker 3: clean chemicals out of pipes and they clean the chemicals
17:48
Speaker 3: out and then they.
17:49
Speaker 2: Roll the pipes out onto the field.
17:50
Speaker 3: They just drop the pipes, these industrial pipes, and the
17:53
Speaker 3: chemicals will go everywhere and kill.
17:55
Speaker 2: All the plants.
17:55
Speaker 3: So they ended up modifying a molecule and making it
17:58
Speaker 3: into roundup or glyco sake, and then it was sold
18:01
Speaker 3: as a herbicide.
18:03
Speaker 2: So it kills everything.
18:04
Speaker 3: But what people do is they go, oh, there's a weed,
18:07
Speaker 3: and then they get their little roundup spray or their tanks.
18:10
Speaker 2: If you're you know, a city or a.
18:13
Speaker 3: Farmer that uses chemicals and they'll just spray the dandelions.
18:20
Speaker 3: And when you spray a dandelion, it does, it does
18:23
Speaker 3: kill that weed, but the flower is still there. That
18:26
Speaker 3: head of the flower with the chemicals is still there.
18:28
Speaker 3: And then you have butterflies and beads and moss and
18:31
Speaker 3: everybody's landing on it taking the poison, and you kill
18:34
Speaker 3: off all those animals. Or sometimes it goes to seed.
18:38
Speaker 3: You know the little puffballs that people people blow from dandelions, Well,
18:43
Speaker 3: those seeds are poisoned. Now it'll still go to seed.
18:47
Speaker 3: Those seeds will be poisoned and they won't they won't regrow.
18:51
Speaker 3: But birds come in the summer, spring fall, birds come
18:55
Speaker 3: and eat those so you kill off, you know, millions
18:58
Speaker 3: and millions of birds the year through poisoning this seed.
19:03
Speaker 3: So people need to be more conscious about what they're doing.
19:07
Speaker 3: If you really want to get rid of dandelions, the
19:09
Speaker 3: only thing you have to do. They're an annual. They're
19:11
Speaker 3: not a perennial. They don't come back every year. What's
19:14
Speaker 3: coming back is that seed. So if you want to
19:16
Speaker 3: get rid of and I've done this, I used to
19:20
Speaker 3: garden for a living and I worked in garden centers.
19:23
Speaker 3: All you have to do is pull the heads off
19:25
Speaker 3: the flowers, and then that plant won't come back next
19:28
Speaker 3: year and you won't have more. So over the course
19:30
Speaker 3: of a few years, you get rid of pretty much
19:32
Speaker 3: all your dandelions. If you're overloaded with dandelions, and you
19:36
Speaker 3: can pull those flowers and throw them in salad and
19:38
Speaker 3: they're great. They have almost a sunflower.
19:43
Speaker 2: Flavor. Or you can make dandelion wine or whatever people
19:46
Speaker 2: make out of them. You know.
19:48
Speaker 1: So it says, yeah, that's and this is just a
19:51
Speaker 1: conservative figure that around forty of all insects species or
19:59
Speaker 1: at risk extinction and that and that's within a few years.
20:04
Speaker 2: And it's way yeah, and.
20:06
Speaker 1: It's way higher. That was what you're going to say.
20:08
Speaker 1: And and another conservative study says that insect overall insect
20:13
Speaker 1: populations have declined by forty five percent in the last
20:17
Speaker 1: forty years. I mean, that's incredible stuff.
20:20
Speaker 2: Well, it's it's a collective.
20:23
Speaker 3: The initial the initial die offs were happening in monoculture,
20:27
Speaker 3: agriculture because of poisons. There's a lot of people know
20:31
Speaker 3: about glyc estate round up, but there's also and Bill
20:37
Speaker 3: Gates Bill and Melinda Gates Foundation has pushed agrochemical and
20:41
Speaker 3: geoengineering to every corner of Africa, Australia, India, the US
20:45
Speaker 3: and globally, and so poisoning the food system is one thing,
20:52
Speaker 3: poisoning the ecosystem is another.
20:54
Speaker 2: So with the geoengineering.
21:00
Speaker 3: Weather modification goes back well over one hundred years, as
21:03
Speaker 3: you know from Jim Lee, he's got a great historical website.
21:08
Speaker 3: But geoengineering really started ultra ramping up over continents after
21:15
Speaker 3: nine to eleven because that's when the planes were grounded
21:17
Speaker 3: and they did most of the retrofitting to the planes.
21:21
Speaker 3: And it's really easy to retrofit planes, as David Keith
21:26
Speaker 3: mentioned in his interview or in his conference.
21:29
Speaker 2: You can hear it on Dane Waggington's website.
21:33
Speaker 3: But even other experts have claimed that geoengineering is really easy,
21:41
Speaker 3: very simple to modify any tubsorb or tanks in planes.
21:46
Speaker 3: So when everything was grounded, they systematically launched everything back.
21:52
Speaker 3: So we had build up and more build up and
21:53
Speaker 3: more build up. But the materials coming down are not
21:57
Speaker 3: just what we see in the Wells Boch patent and
21:59
Speaker 3: the fuel so you know the fuels are highly toxic
22:02
Speaker 3: as well, JPAH jet fuels and other fuels, but the
22:06
Speaker 3: nano material that's being collected from direct air capture behind
22:10
Speaker 3: the planes that's been demonstrated by the Italians. Tanker Enemy
22:15
Speaker 3: dot Com has it has a great video they did
22:18
Speaker 3: a they did direct air capture years ago and then
22:21
Speaker 3: Dane Wagington's video the dimming they have direct air capture
22:24
Speaker 3: and then our geoengineering age O GA with doctors Herndon, Whiteside,
22:30
Speaker 3: uh and and their team collecting a bunch of materials
22:36
Speaker 3: including including you know notable glycasate coming down in rainwater,
22:44
Speaker 3: other nanomaterials, cross domain bacteria or Magellan's and a bunch
22:48
Speaker 3: of other micotopsins. All this stuff is getting into the soil,
22:53
Speaker 3: but it gets into the soil and the plants and
22:55
Speaker 3: it's brought up into plant. So the more they do it,
22:57
Speaker 3: the more the base of the food chain soil, microbes, insects, plants, birds,
23:03
Speaker 3: all the way up the food chain. And we eat
23:05
Speaker 3: people who eat meat are eating these animals that are toxic,
23:09
Speaker 3: and vegetarians who are eating food out of the ground
23:13
Speaker 3: or toxic are eating toxic foods. Now five g itself,
23:18
Speaker 3: which is in the world. It's everywhere, but for example,
23:21
Speaker 3: in the United states. On top of the four G
23:25
Speaker 3: and four G LTE infrastructure, they added around five million
23:32
Speaker 3: new towers and three hundred and fifty million new five
23:37
Speaker 3: G LED street lamps, so you'll never lose connection if
23:40
Speaker 3: you're driving through the mountains and they have a tower
23:42
Speaker 3: here and several LED five G transmitters or LED street lamps.
23:50
Speaker 3: That's going to keep any driver less vehicle. Once we
23:53
Speaker 3: have the Great Reset, once we're locked into concentration camps,
23:57
Speaker 3: smart cities, c forty cities, whatever you want to call them,
24:00
Speaker 3: you know, we're going to be locked in, but there
24:02
Speaker 3: will be no insects anywhere. These things are everywhere there is.
24:06
Speaker 3: There are ways to protect ourselves, but geoengineering is the
24:10
Speaker 3: foundation of food and ecosystem collapses. It's the foundation of
24:14
Speaker 3: the reset, and it's a huge reason why and insects
24:18
Speaker 3: are inhaling nano aluminum and nanographinge coming from these aerosols
24:24
Speaker 3: and then on top of that getting you know, blasted
24:27
Speaker 3: a millimeter wave radiation. You know, when you're two millimeters long,
24:31
Speaker 3: it's superheating you. But what's becoming more prolific are deadly
24:35
Speaker 3: insects like mosquitoes and ticks. But you may have noticed
24:42
Speaker 3: this too. In South Africa, you see a lot more
24:44
Speaker 3: gnats and flies, the insects that are far smaller than
24:49
Speaker 3: maybe what you would have seen as a kid.
24:51
Speaker 1: Yes, we also get African killobes, and that could.
24:55
Speaker 2: Be by design, that could be intentional.
25:00
Speaker 1: I mean they're horrible, honey, They're horrible. They're extremely aggressive
25:03
Speaker 1: and militant.
25:05
Speaker 2: Yeah.
25:06
Speaker 3: Yeah, And that's why you want to have That's why
25:09
Speaker 3: you want to have animals. Other animals, different birds, beasts
25:15
Speaker 3: or reptiles, or any any animal that can naturally be
25:23
Speaker 3: a predator for those you want to help support. Even
25:28
Speaker 3: even that who will do stuff at night when it
25:30
Speaker 3: cools down. Their bats are wonderful insect control.
25:34
Speaker 1: As a thought experiment, what what would happen if we
25:37
Speaker 1: have no more bees?
25:41
Speaker 3: What is happening is we are seeing and you're saying bees.
25:46
Speaker 3: But if all the bees disappeared, we would be okay.
25:51
Speaker 3: It wouldn't be great. It would be pretty bad. In
25:58
Speaker 3: China for years all ready because they lost there a
26:02
Speaker 3: lot of Now China is a massive place. There are
26:04
Speaker 3: actually some places where animals and insects are doing well
26:08
Speaker 3: but pollinate, but other areas they're hand pollinating and they're
26:11
Speaker 3: already doing that in the US, and so probably Africa
26:17
Speaker 3: and India and other countries are hand pollinating as well.
26:22
Speaker 3: But in ecosystems, you can't go out and hand pollinate
26:25
Speaker 3: an ecosystem. In fact, even doing half an acre hand
26:30
Speaker 3: pollination is really tough. So when the elites break down
26:34
Speaker 3: these food and ecosystems, we are going we really don't have.
26:40
Speaker 3: We'll be lucky if a part of the population is
26:43
Speaker 3: still around healthy, a healthy part of the human and
26:49
Speaker 3: animal population is around By twenty thirty, this is the
26:53
Speaker 3: worst year.
26:57
Speaker 2: For geo engineering.
26:58
Speaker 3: When you look on that, you look on the global
27:01
Speaker 3: weather maps and the engineered systems, there is almost no
27:05
Speaker 3: persistent sunlight or persistent areas without a haze. It could
27:10
Speaker 3: be sunny all day long, but there's still a thick
27:13
Speaker 3: haze where when you look towards the sun and I'm
27:15
Speaker 3: not talking about sunrise where sunrise used to be. You're
27:20
Speaker 3: driving into the sunrise, or if you're having coffee and
27:22
Speaker 3: the sun is rising, you have a nice.
27:24
Speaker 2: Beautiful orb coming up.
27:26
Speaker 3: You have a little bit of light in an orb
27:28
Speaker 3: and it's bright for about fifteen minutes, and then the
27:30
Speaker 3: sun starts to rise as.
27:31
Speaker 2: A star in a bright, clear sky. We don't have
27:33
Speaker 2: that anymore.
27:34
Speaker 3: We have a blinding blob that comes up where if
27:38
Speaker 3: you have traffic coming towards you, they have their headlights
27:40
Speaker 3: on for the first two hours of the day, and
27:43
Speaker 3: same thing at sunset. You don't just drive and everything
27:47
Speaker 3: in front of the sun is blacked out. It's not
27:50
Speaker 3: like it's detailed and you can see that there's a
27:52
Speaker 3: blue car or a red car, or your friend walking
27:55
Speaker 3: towards you.
27:56
Speaker 2: Everything is blacked out because the atmosphere is so loaded
28:00
Speaker 2: with you know, materials and deposition.
28:05
Speaker 3: So we have we've lost on Earth around twenty five
28:09
Speaker 3: to thirty percent of incoming sunlight. Like when I was
28:13
Speaker 3: a kid, you would go out and you'd be playing
28:16
Speaker 3: in the yard or come home from school in the
28:18
Speaker 3: middle of the summer, and you come in in the
28:20
Speaker 3: middle of the day the house. They have to stop
28:21
Speaker 3: for a second because your pupils are so constricted from
28:24
Speaker 3: being outside that you can't see anything. And that hasn't
28:27
Speaker 3: happened in probably twenty years now. But they did this.
28:33
Speaker 3: They built up geoengineering slow enough where people are dumbed down,
28:38
Speaker 3: But they did start in the early two thousands with
28:40
Speaker 3: children's television and children's cartoons. If you go back and look,
28:45
Speaker 3: you'll see that they were putting aerosols, you know, geoengineered
28:50
Speaker 3: aerosols in the sky, which by the way, are twenty
28:53
Speaker 3: seventeen were listed as a new cloud type called homogenitis,
28:58
Speaker 3: so you know, started putting these homogenitis clouds, including the
29:03
Speaker 3: new Alto scalar and Alto.
29:05
Speaker 2: Cirrus and Strato cirrus.
29:07
Speaker 3: They were putting those in TV shows and video games
29:11
Speaker 3: way back then. There's even an old Simpsons cartoon that
29:16
Speaker 3: has that. So so the indoctrination and then getting people
29:21
Speaker 3: addicted to phones where they're not looking at the sky
29:24
Speaker 3: and they're not looking at nature.
29:25
Speaker 2: They don't even notice that the ansects are gone.
29:27
Speaker 3: Did you did you play football when you were a kid,
29:30
Speaker 3: soccer or did you swim or yeah you did, yes,
29:38
Speaker 3: So when you were when you were little, at night time,
29:42
Speaker 3: if you had an outdoor sport, or if you were
29:44
Speaker 3: at home when you flip the lights on, you probably
29:49
Speaker 3: remember there were moths and beetles flying around everywhere. If
29:53
Speaker 3: you had to like have a screen door if you
29:56
Speaker 3: went in and out of the house, because everything would
29:58
Speaker 3: get in.
29:59
Speaker 2: We had thousands and thousands.
30:01
Speaker 3: Today you can keep all the lights on inside, the
30:03
Speaker 3: doors wide open in the middle of the summertime and
30:06
Speaker 3: nothing comes into the house.
30:08
Speaker 2: You might have one eighty bitty moth.
30:10
Speaker 3: But but so they've done a good job at having
30:15
Speaker 3: people just not pay attention. And even with all of
30:19
Speaker 3: the uh, there's a there's a one of One of
30:24
Speaker 3: my degrees is in humanities with a focus on environmental psychology,
30:28
Speaker 3: and that's everything from our senses smell, vision, taste, to
30:33
Speaker 3: thought in the in the built environment and in the
30:38
Speaker 3: outside environment, in nature. So indoctrinating people is fairly easy.
30:45
Speaker 3: You can do it with repetition, with repetition of language. Uh.
30:49
Speaker 3: For example, in the United States, instead of saying beautiful, wonderful, gorgeous, lovely, extraordinary,
30:58
Speaker 3: people go, oh, it's perfect.
31:00
Speaker 2: Like honestly like, it's perfect. Honestly like, it's perfect.
31:03
Speaker 3: So perfect is one word, and then people way over
31:06
Speaker 3: use the word amazing. Oh's and it's amazing. How is
31:10
Speaker 3: your dinner? It was amazing? You know, did you see
31:13
Speaker 3: that show the other day? It was amazing? Instead of saying, oh,
31:16
Speaker 3: it was great, it was creative, it was smart, it
31:18
Speaker 3: was you know. So they've condensed our language and our thoughts,
31:21
Speaker 3: and even with even with texting that further condenses it.
31:29
Speaker 3: And then in allowing or interfering with people's view of
31:37
Speaker 3: nature and what nature truely is, they've.
31:40
Speaker 2: Changed the color over the past two decades.
31:44
Speaker 3: When you watch a TV show today, it's always a
31:48
Speaker 3: dark background.
31:48
Speaker 2: It's always very hazy. You see repetitive colors, beige, gray, tope.
31:53
Speaker 2: You see.
31:54
Speaker 3: You don't see bright oranges and yellows and pinks and
31:58
Speaker 3: greens and blues, and those colors don't even come into
32:01
Speaker 3: people's minds anymore. All everyone's clothing is black or gray
32:07
Speaker 3: or beige. If it's pink, it's a hot pink with
32:10
Speaker 3: the grayish fusion.
32:11
Speaker 2: If it's orange, it's a deep orange with it. But
32:14
Speaker 2: it's only one of each of those colors.
32:18
Speaker 3: And with TV shows they've done that, so with fashion
32:20
Speaker 3: and TV shows and even buildings. You go into a restaurant,
32:25
Speaker 3: you go into an office, you go into a bank, it's.
32:29
Speaker 2: Black or gray or beige or a tope.
32:31
Speaker 3: During the pandemic when everyone was home all of the
32:36
Speaker 3: in the US anyway, this is in the US. All
32:39
Speaker 3: of the upgrades and updates in huge sports stadiums were
32:43
Speaker 3: black or gray. They put all the seats in that
32:45
Speaker 3: were gray or black. Backgrounds and gray and beige and
32:51
Speaker 3: top have long been used by incarceration facilities. Every jail
32:57
Speaker 3: for decades has been those colors because those colors incite apathy.
33:03
Speaker 3: Not creativity or happiness or hunger or calmness or beauty, apathy.
33:10
Speaker 3: So we have a massive apathetic population in the United States.
33:15
Speaker 3: I really haven't been haven't really been anywhere else because
33:20
Speaker 3: I don't have money.
33:22
Speaker 2: But I love, you know, I still love other countries.
33:25
Speaker 3: I love activism in other countries and the gorgeous you
33:29
Speaker 3: know things that I see from other countries.
33:31
Speaker 2: I love that stuff. I just haven't been there.
33:32
Speaker 3: But I do know that in the US, in traveling
33:35
Speaker 3: and speaking with people and going to hundreds of events
33:39
Speaker 3: over the past couple of decades and speaking with farmers
33:42
Speaker 3: and ranchers and community groups, I've seen, you know, the
33:45
Speaker 3: population's brain and attention and drive shrink continually as their
33:52
Speaker 3: ignorance of the population, of the environment and food and
33:56
Speaker 3: ecosystems have been like crunched. And when the pandemic occurred,
34:03
Speaker 3: the plandemic occurred, it just blew me away. How easy
34:07
Speaker 3: it was to get. And I'm not Republican or Democrat,
34:12
Speaker 3: but it was so easy, it was so easy for
34:14
Speaker 3: them to do. And I had a super nerdy boyfriend
34:18
Speaker 3: when I was a kid and when I was young,
34:23
Speaker 3: when I was in my twenties, and back then, we
34:26
Speaker 3: didn't have There was barely cable TV back then, and
34:30
Speaker 3: so we watched a show called A and E. Do
34:33
Speaker 3: you guys have A and E or Discovery Channel?
34:35
Speaker 1: We have Discovery, you do, yes?
34:38
Speaker 3: So this was kind of a and he's kind of
34:39
Speaker 3: like that. We were watching building demolitions for a month
34:42
Speaker 3: because he was a carpenter and he liked seeing.
34:45
Speaker 2: What was going on.
34:45
Speaker 3: So we're watching them set up the charges and how
34:48
Speaker 3: they drop them into a footprint. Anyway, like two years later,
34:51
Speaker 3: I was I got up and my friend said, hey,
34:54
Speaker 3: come check out this. What's going on in New York
34:58
Speaker 3: And one of the World Trade Centers was on fire
35:00
Speaker 3: and then the second one was hit and it was
35:02
Speaker 3: on fire for just a little bit and then when
35:04
Speaker 3: it fell on its own footprint, I looked over, I go,
35:06
Speaker 3: that was a building demolition. And that was my first
35:09
Speaker 3: like pain. That's when I learned, you know, really about
35:13
Speaker 3: false flag events, so I would talk about that. You
35:16
Speaker 3: called the conspiracy theorists and everything, But geoengineering today and
35:22
Speaker 3: five G issues and UFO issues and flat earth concave
35:27
Speaker 3: earth convexer those aren't. There's no conspiracy theory in those
35:31
Speaker 3: because there's evidence of all of these different things. So
35:34
Speaker 3: it could be a conspiratorial fact, but these are all
35:39
Speaker 3: big things anyway, out of a massive tangent.
35:41
Speaker 1: You could let me go, didn't you. About two years
35:44
Speaker 1: ago I was in Hong Kong and I saw no birds.
35:52
Speaker 3: Yeah, so smart cities, whether it's Ruhan or Hong Kong,
35:55
Speaker 3: even if they're not back then, they were probably at
35:59
Speaker 3: the low end of five G maybe four g LTE,
36:02
Speaker 3: It doesn't matter.
36:02
Speaker 2: Birds.
36:04
Speaker 3: So we have our skin when we're when we're impacted
36:09
Speaker 3: by five G, we have helial ray kind of antennas
36:12
Speaker 3: on the hairs on our arms. Hair follicles act as
36:16
Speaker 3: helial array antennas.
36:17
Speaker 2: So that's why with five G people have worse skin issues.
36:20
Speaker 3: Sometimes fetch your eyes, but with birds, their feathers act
36:26
Speaker 3: as receivers and behind their eyes are their magneto receptors
36:30
Speaker 3: that help with navigation, orientation and things like that. And
36:35
Speaker 3: you probably you may remember in twenty eleven and then
36:38
Speaker 3: again in twenty eighteen or so, the reports of birds
36:42
Speaker 3: just falling out of the sky. They'd say, oh, there
36:45
Speaker 3: was a big there was a big wraptor up above them,
36:48
Speaker 3: and they all just dove to the ground. Complete bullshit.
36:51
Speaker 3: And so five G has a horrific impact on birds,
36:56
Speaker 3: on all small animals. Even if you go through a forest,
37:00
Speaker 3: uh that's got five G along the along the roadways,
37:04
Speaker 3: you're not going to see as many like ground squirrels
37:08
Speaker 3: or other animals because they're so they are just all
37:12
Speaker 3: animals have different magneto receptors in their body, and they
37:15
Speaker 3: are all impacted in horrible ways. But it is just
37:19
Speaker 3: it's a monstrous five g IoT industry is a monstrous,
37:25
Speaker 3: monstrous industry.
37:27
Speaker 1: How do you push back.
37:32
Speaker 2: People?
37:33
Speaker 3: People need to take action in their own communities. We're
37:37
Speaker 3: very lucky out here. I met Scott mccoough and he's
37:42
Speaker 3: one of the leading attorneys against the FCC. He's worked
37:46
Speaker 3: with RFK Junior and Children's Health Defense, and then recently
37:51
Speaker 3: met one of his colleagues, Mike Flores, who also were
38:00
Speaker 3: with the team with mcculla's team and Children's Health Defense.
38:04
Speaker 3: So going in and doing your best to take action
38:09
Speaker 3: and knowing what to say in your community and who
38:12
Speaker 3: to say it to, as well as how to take
38:15
Speaker 3: legal actions. So on our website on bhro dot com,
38:20
Speaker 3: we have a page called five G and the B
38:24
Speaker 3: where we have a bunch of great information and short
38:28
Speaker 3: videos that will introduce geoengineering. But we have information on
38:33
Speaker 3: all different technologies from satellites and low worth orbiting or
38:38
Speaker 3: LEO satellite information all the way to the ground based
38:41
Speaker 3: technologies as well as physicians information from a group you
38:49
Speaker 3: can get to called Physicians for Safe Technology and their
38:53
Speaker 3: website is mdsafetech dot org. But Scott McCollough and his
39:00
Speaker 3: team also work with different groups.
39:02
Speaker 2: And you can also go to.
39:05
Speaker 3: Environmental Health Trust which is wonderful EHT. But if you
39:10
Speaker 3: search Environmental Health Trusts, they have a great collective group
39:16
Speaker 3: with physicians information and proactive UH proactive steps that you
39:23
Speaker 3: can take and you can click just click on on
39:25
Speaker 3: our on our website to get to these different pages
39:28
Speaker 3: places for.
39:29
Speaker 2: Your own information.
39:32
Speaker 3: Or for your in order to take take action for
39:37
Speaker 3: yourself if you want, if you want more information or
39:41
Speaker 3: you have a kind of a personal five G.
39:45
Speaker 2: H question, you.
39:51
Speaker 3: Can You can contact us at the Heroic but you'd
39:54
Speaker 3: have to go through be Heroic at gmail dot com
39:57
Speaker 3: instead of our website because everything keeps get and hijack
40:00
Speaker 3: out of there. Finally got back on telegram the other
40:04
Speaker 3: day and so I'm on that now for a bit,
40:09
Speaker 3: but I don't know how much longer that'll happen.
40:11
Speaker 1: Yeah, you might don't want to use Gmail though.
40:14
Speaker 2: Oh they're all targeted. Then they can get into proton
40:18
Speaker 2: and all the get into everything.
40:21
Speaker 1: Yes, so I again, I mean I'm learning stuffy. I
40:24
Speaker 1: didn't know that insects, I guess I've never thought about it.
40:28
Speaker 1: But insects have no liver, which means that they cannot
40:32
Speaker 1: detoxify all the metals that they're absorbing.
40:37
Speaker 3: So so a honeybee goes through different jobs during its life.
40:43
Speaker 2: First they're born, and then they stay in the nursery.
40:45
Speaker 3: And take care of the other little baby baby slarva,
40:49
Speaker 3: and then they become guards, then they become pollinators. Then
40:55
Speaker 3: they come back and they can even go back to
40:56
Speaker 3: the nursery and work again in the nursery if they want,
41:01
Speaker 3: and their brain actually reverse ages when they do that.
41:05
Speaker 3: But there's a bunch of stuff like that, but there
41:09
Speaker 3: are materials like zeolite that allow them. It just binds
41:12
Speaker 3: it in their body and then they pee it out,
41:14
Speaker 3: and their studies on that as well.
41:16
Speaker 2: People to want to look stuff like that up.
41:19
Speaker 3: But it's all insects. It's just a really terrible thing.
41:22
Speaker 3: Their body is very small, their metabolism is very high,
41:26
Speaker 3: so you really have to protect them. And one of
41:29
Speaker 3: the biggest issues, another large issue that we haven't covered
41:32
Speaker 3: yet is how geoengineering really not just in blocking sunlight,
41:38
Speaker 3: which a lot of insects and animals on Earth, everything
41:40
Speaker 3: from whales to these they use sunlight for navigation, so
41:49
Speaker 3: blocking and distorting sunlight is a big deal. But for
41:53
Speaker 3: terrestrial animals and insects, and this doesn't matter if it's
41:56
Speaker 3: a forest or a desert. Of humidity or the lowering
42:02
Speaker 3: of humidity and the lowering of dodew moisture not do
42:07
Speaker 3: the direct energy weapons.
42:10
Speaker 2: The lowering of DO and the eradication of DO is
42:13
Speaker 2: is uh.
42:15
Speaker 3: Is making animals and insects and surface soil microbiome die
42:20
Speaker 3: off because sometimes that DO is the only water that
42:25
Speaker 3: these animals or insects or plants ever get, So they're
42:29
Speaker 3: drawing everything out from the outside, and in the meantime,
42:33
Speaker 3: plants that draw up aluminum lose their ability to retain
42:38
Speaker 3: moisture and nutrients.
42:40
Speaker 2: Now we're really lucky out here.
42:42
Speaker 3: I was approached years ago by a biochar company and
42:48
Speaker 3: they had they had they were at one of the
42:52
Speaker 3: one of the salesman slash researchers, was at one of
42:56
Speaker 3: my hemp talks, one of my talks for Hemp Industry
42:59
Speaker 3: of it.
43:01
Speaker 2: That I was speaking at.
43:02
Speaker 3: It came up after and he said, hey, you know,
43:04
Speaker 3: I want to tell you about our biochart.
43:06
Speaker 2: And I was like, no, thanks, I don't like greenwash stuff.
43:09
Speaker 2: You know, I didn't. I didn't say that I know things.
43:11
Speaker 2: He says, no, no, it's really great. You know why
43:13
Speaker 2: don't you want to know about it?
43:14
Speaker 3: And I said, because there's so much greenwash biochart and
43:17
Speaker 3: he goes, well, work ours is different. It's a patented product.
43:20
Speaker 3: It's us DA, e PA and OMRI certified, organically certified,
43:26
Speaker 3: and it's the only known positively and negatively charged char
43:30
Speaker 3: on the market today. And I said, okay, so you
43:32
Speaker 3: tell me about this, and you told me about it,
43:34
Speaker 3: and you showed me all the stuff, and then you
43:35
Speaker 3: let me and then he gave me some to us,
43:38
Speaker 3: so I know it works.
43:39
Speaker 2: It's it's great stuff. But uh, this can.
43:44
Speaker 3: Be put into soils for farmers and ranchers and conservationists,
43:49
Speaker 3: and it binds the toxics. It binds the elements from
43:53
Speaker 3: from fuels and you know the aluminum, ary abstrontium combinations
43:59
Speaker 3: all at different varying degrees. But it also binds life
44:02
Speaker 3: estate and radio nucleides, which are other things that can
44:08
Speaker 3: be just deposited.
44:10
Speaker 2: So if there's a fire somewhere and the ash stuff.
44:14
Speaker 3: Is going over your community or accounty, you could put
44:16
Speaker 3: this in the soil. But you can also sock it up,
44:19
Speaker 3: put it in these wattles and throw it in the water,
44:22
Speaker 3: and it binds toxins in the water. So people who
44:26
Speaker 3: want to protect themselves and their soil and land for
44:29
Speaker 3: their own food or just ecosystems, just to protect the
44:33
Speaker 3: ecosystem for wildlife, they can get this and it's relatively
44:38
Speaker 3: inexpensive and you put it on. It's a one and
44:42
Speaker 3: done because this material binds the toxins and it also
44:46
Speaker 3: retains fifty percent of its weight in water. Now in
44:49
Speaker 3: the US, there's different grants available for farmers or ranchers
44:54
Speaker 3: who want to do this.
44:55
Speaker 2: But there's probably some better than there was ten years.
45:00
Speaker 3: So there's probably some good biotr companies and other companes.
45:03
Speaker 2: There are good biochart companies in other countries.
45:06
Speaker 3: But you got to fish through the greenwash ones, the
45:08
Speaker 3: ones that are pretending to be good that aren't really
45:11
Speaker 3: that great.
45:13
Speaker 2: So there's some some solutions until we stopped you.
45:16
Speaker 1: So does buying honey help bees?
45:22
Speaker 2: Not in the tiniest bit it is.
45:24
Speaker 1: It is detrimental to bees, so we shouldn't be buying honey.
45:30
Speaker 3: No.
45:31
Speaker 2: Bees evolved with honey as one.
45:34
Speaker 3: Of their primary food sources for over eighty million years
45:39
Speaker 3: and it is extremely nutrient dense. The other foods that
45:43
Speaker 3: are in there in their hive that they make are
45:46
Speaker 3: bee bread, which is kind of made from pollen. And
45:49
Speaker 3: then that allows, you know, having nutrient dense foods allows
45:51
Speaker 3: them to produce a little wax flake on their belly,
45:54
Speaker 3: and we got you know, twenty thousand bees producing wax flakes.
45:59
Speaker 3: And then you can make all all the honeycombs and
46:01
Speaker 3: then deposit eggs in the combe or the honey in
46:03
Speaker 3: the comb and then cap it. But a lot of
46:08
Speaker 3: bee keepers will just break out. I'm talking about commercial beekeepers.
46:13
Speaker 3: You know, they'll take they'll take all the honey and
46:16
Speaker 3: the wax, and then they feed their bees any type
46:19
Speaker 3: of beech ow from liquid stuff to gel to pelle it.
46:23
Speaker 3: I mean different all over the world.
46:25
Speaker 2: They do it different ways.
46:28
Speaker 3: And that's kind of like taking away your whole diet
46:30
Speaker 3: and giving you McDonald's to eat solely after you've been
46:33
Speaker 3: working hard all day and you spend your life getting
46:36
Speaker 3: food to.
46:37
Speaker 2: Feed your family.
46:38
Speaker 3: Now, their honey bees always make extra honey, and that's
46:42
Speaker 3: one of the reasons that.
46:43
Speaker 2: Bees have made it through ice ages.
46:45
Speaker 3: They've they've been in trees or near caves during complete
46:50
Speaker 3: ice ages and still come out on the other side.
46:52
Speaker 3: I mean, their honey is a phenomenal food source. But
46:56
Speaker 3: even when you're eating, you know, people say, oh, I
46:58
Speaker 3: love bee pond, I put it in my granola every morning. Well,
47:01
Speaker 3: we have a million frickin' ways that we can get nutrients,
47:05
Speaker 3: and we have a million different sweeteners, so we don't
47:09
Speaker 3: really need to.
47:10
Speaker 2: Take their food.
47:13
Speaker 3: And what we're coming to very soon is a massive
47:18
Speaker 3: extinction event. So we want to make sure that the bees,
47:24
Speaker 3: you know, smaller beekeepers, well leave some honey at the
47:28
Speaker 3: high they're not gonna take it off. There's a lot
47:30
Speaker 3: of thoughtful, smaller beekeepers that do that, but you really,
47:35
Speaker 3: you know, we just we just don't need it. And
47:39
Speaker 3: I keep a jar of honey and I use it
47:42
Speaker 3: probably five or six times.
47:43
Speaker 2: A week to revive bees that I.
47:47
Speaker 3: Find on the ground or on someone's sidewalk, or if
47:50
Speaker 3: I'm doing something, I'll pick the bee up and just
47:52
Speaker 3: put and drop of honey on my finger. And so
47:54
Speaker 3: I've had the same jar forever because it just lasts forever.
47:59
Speaker 3: And there's different therapies for cancer where people use bee
48:03
Speaker 3: stings because the bee venom will help with certain cancers.
48:08
Speaker 3: That's mildly okay, but there's still other treatments for cancers that.
48:12
Speaker 2: Are natural that you don't have to use them. You
48:16
Speaker 2: have to use their products for And.
48:19
Speaker 3: When you eat like bee pollen, they have little grates
48:22
Speaker 3: at the entrance, so it just scrapes the.
48:24
Speaker 2: Pollen off of little bees on their back legs have.
48:27
Speaker 3: A curriculus little bee hairs, little hairs at the pollen,
48:31
Speaker 3: so when they go to flowers, they get fallen all
48:33
Speaker 3: over their body and they just wipe it down to
48:35
Speaker 3: their legs. Some bests, little solitary bees, they'll carry it
48:42
Speaker 3: pollen on their abdomen as well.
48:43
Speaker 2: In other parts of their body. Different beast pieces will
48:46
Speaker 2: carry it different areas. But all these insects.
48:52
Speaker 3: That are accidentally pollinating, and all the animals that are pollinators,
48:58
Speaker 3: they are all tanking them. We need them all. So
49:01
Speaker 3: plant for pollinators. Give them a good water source, eat
49:05
Speaker 3: organic food, eat grass fed grass finished.
49:08
Speaker 2: Non injected beat. You know, these are all things we
49:12
Speaker 2: can do to help.
49:13
Speaker 1: Yeah, I mean I go hunting.
49:16
Speaker 2: Oh yes, yeah, I've never hunted.
49:20
Speaker 1: That's very gross.
49:21
Speaker 2: Feed that's very in fact.
49:24
Speaker 3: So the term grass fed is funny because animals in
49:28
Speaker 3: nature they're not just looking for grass.
49:31
Speaker 2: They eat tons of wildflowers.
49:32
Speaker 3: And all those wildflowers have different nutrients, different vitamins, different minerals,
49:37
Speaker 3: and they're sweet and tasty.
49:39
Speaker 2: So pollinators are helping with that industry. So do you
49:46
Speaker 2: fish as well?
49:47
Speaker 1: Yes, yes, But so fish is an interesting one because
49:51
Speaker 1: of the whole mercury thing.
49:54
Speaker 2: It's a tunic issue. We'll all see, life is poison.
49:57
Speaker 3: Right now with microplastics and mercury one of the one
50:01
Speaker 3: of the big problems in the Pacific.
50:02
Speaker 2: But it's also headed headed.
50:04
Speaker 3: Your way, or is already at your at your at
50:09
Speaker 3: your doorstep is uh Fukushima, which has been leaking since
50:13
Speaker 3: March eleven, twenty eleven.
50:17
Speaker 2: I think was that.
50:18
Speaker 1: It was that it a long time ago.
50:21
Speaker 3: It was a long time ago, but that massive plume
50:24
Speaker 3: of radioactive waste is going and then they just I
50:27
Speaker 3: think last year empty five thousand tanks or so. I'd
50:35
Speaker 3: have to look it up again. Doctor Helen Caldecott has
50:39
Speaker 3: written some extraordinary papers on it, in books on it.
50:44
Speaker 3: But oh, thank you, so it a lot behind it,
50:48
Speaker 3: thank you so. So you know, we're poisoned from from
50:59
Speaker 3: every angle and it's a pretty bad, pretty bad situation.
51:05
Speaker 1: But I had no idea that honey bees are the
51:09
Speaker 1: only insects that produce food consumed by humans.
51:16
Speaker 2: Honey bees are the only insects in others.
51:20
Speaker 1: They produce honey, that's their food, and we eat their food.
51:25
Speaker 3: Well, yes, yeah, And six of the six of the
51:29
Speaker 3: twenty thousand global.
51:30
Speaker 2: Species of bees that are honey bees.
51:34
Speaker 3: The other the other nineteen thousand plus are not.
51:41
Speaker 2: Are not honey bees.
51:43
Speaker 3: But people, you know, a lot of people also know
51:46
Speaker 3: about bumble bees, but they don't know about sweat bees
51:49
Speaker 3: and digger bees and mason bees and all the other
51:51
Speaker 3: all the other collectives of bees. And there's also you know, imitating,
51:57
Speaker 3: you know, all the fly imitators for being and all
52:01
Speaker 3: kinds of stuff they're parting as well.
52:03
Speaker 1: Nikki is a mosquito, a pollinator because I have a
52:07
Speaker 1: love hate relationship with them. They love me, and how
52:10
Speaker 1: I hate them.
52:13
Speaker 2: So the males do pollinate, the females suck blood.
52:17
Speaker 1: Damn it. I want to get rid of them. I
52:18
Speaker 1: hate them. They love my wife, I mean sorry, they
52:23
Speaker 1: hate my wife. They love me.
52:26
Speaker 2: Oh okay, so she probably loves when you're around.
52:30
Speaker 1: Yes, And I don't understand the purpose of a mosquito.
52:36
Speaker 3: It's a it's a wonderful food source for other for
52:40
Speaker 3: other animals.
52:40
Speaker 1: I'm sure. Yeah, all right, then I need more of
52:45
Speaker 1: those other animals.
52:47
Speaker 2: Yes, So.
52:50
Speaker 3: Even even animals that will go in like hummingbirds will
52:53
Speaker 3: go in to a flower to eat, to eat the
52:59
Speaker 3: to get nectar, but they'll eat the insects around the
53:03
Speaker 3: flower as well, whether it's whether it's mosquitoes or butterflies
53:07
Speaker 3: or spiders even And the same thing with bats. Bats
53:11
Speaker 3: love you know, mosquitoes and and other night insects. But
53:16
Speaker 3: but they're great pest control, so they're good animals to protect.
53:22
Speaker 2: And encourage in your yard.
53:24
Speaker 1: Okay, so Nikki, Uh, what is the moral of the story.
53:35
Speaker 3: It's where the first thing that flaps through my mind
53:37
Speaker 3: is we're all going to die, but we're gonnay.
53:40
Speaker 1: That's very.
53:44
Speaker 2: It is. Uh.
53:47
Speaker 3: Being being scared of what's happening can inhibit people from
53:51
Speaker 3: taking action. So you don't you don't want to do that.
53:55
Speaker 3: You want to educate yourself. And we have we have
53:57
Speaker 3: a little tagline.
53:58
Speaker 2: Uh.
54:00
Speaker 3: One of our taglines was stolen by a woman who
54:04
Speaker 3: works with.
54:06
Speaker 2: With Jim Lee and it was it was Joined the Swarm.
54:10
Speaker 3: But we have other taglines and our and our triple
54:12
Speaker 3: triple tagline is be aware, be proactive, and be heroic.
54:18
Speaker 2: So so in the be aware, that's that's awareness.
54:21
Speaker 3: In education, inform yourself, learn about you don't have to
54:23
Speaker 3: stop all of these all of these different technologies, but
54:27
Speaker 3: inform yourself about one.
54:28
Speaker 2: Hang out with a group of people that are.
54:30
Speaker 3: Proactive, or start a proactive group yourself, and work on
54:34
Speaker 3: on fighting that, like get your teeth in there and just.
54:38
Speaker 2: Freaking hold on because it's a wild ride. Fighting any
54:41
Speaker 2: of these things.
54:42
Speaker 3: But if we don't do it now, I mean the
54:44
Speaker 3: the C four cities, these smart cities.
54:48
Speaker 2: Five G right now, is it a very low five G?
54:52
Speaker 3: Is a five G is dangerous because you're in the
54:54
Speaker 3: gigahertz range. But we're at the low end of that
54:58
Speaker 3: when they when so we're probably thirty to fifty gigaherts
55:02
Speaker 3: right now in different cities, even out in the country
55:05
Speaker 3: where agriculture is. And five G by the way, for
55:08
Speaker 3: your listeners, it makes plants toxic.
55:11
Speaker 2: It's like nuclear radiation where you don't taste.
55:15
Speaker 3: Anything different, you don't see anything different, you don't smell
55:19
Speaker 3: anything different, but it is toxic because it splits the
55:23
Speaker 3: DNA within the plant, among other things.
55:26
Speaker 2: So you can stop that. But we're only at those
55:30
Speaker 2: lower frequencies.
55:32
Speaker 3: And this radiation is coming from satellites, you know, Elon
55:38
Speaker 3: Musk and all these other investors and these low earth
55:41
Speaker 3: orbiting satellites. So we're getting radiation from above and from
55:46
Speaker 3: all the stuff around us. And when that gets to
55:49
Speaker 3: sixty gigaherts like they did in Muhan. Muhan was China's
55:53
Speaker 3: first smart city, and it had ten five hundred towers
55:58
Speaker 3: and when they target you. If you're holding your phone,
56:01
Speaker 3: or if you're just walking across the street and they've
56:03
Speaker 3: sprayed smart dust and you're inhaling it, you're more susceptible
56:06
Speaker 3: to those frequencies. And so when they turn it to
56:10
Speaker 3: sixty gigahertz, that impacts oxygen in the air we breathe,
56:14
Speaker 3: that doesn't bind to the hemoglobin in your blood, and
56:16
Speaker 3: you collapse. And that's how they scared the shit out
56:20
Speaker 3: of people who didn't know what.
56:22
Speaker 2: They were seeing when they were watching the videos on.
56:26
Speaker 3: TV of what was happening in Wuhan with people just
56:29
Speaker 3: falling to the ground, you know they.
56:32
Speaker 2: Died of COVID.
56:32
Speaker 3: Oh my god, COVID wiped them ount and dislike that.
56:35
Speaker 3: And then in all the hospitals that were all five
56:38
Speaker 3: G hospitals in Wuhan, people would go in there and
56:40
Speaker 3: have problems breathing. So it wasn't you know, they were
56:44
Speaker 3: putting people on ventilators. But that's if you have pneumonia.
56:47
Speaker 3: The definition of pneumonia is your lungs are.
56:49
Speaker 2: Filled with liquid.
56:51
Speaker 3: But these people were having dried lungs as if it
56:54
Speaker 3: was altitude sickness from an absence of oxygen. Now, United States.
57:00
Speaker 3: Trump is a massive investor in Pfeiser and Pfeiser, Johnson
57:07
Speaker 3: and Johnson, glaxosmith Klein, GSK, and Gilead, which is the
57:12
Speaker 3: maker of rem desber and so he's a massive investor
57:16
Speaker 3: in pharmaceutical just like Bill Gates and other billionaires. So
57:20
Speaker 3: he made a ton of money off of this and
57:22
Speaker 3: being the leader, the tool leader.
57:27
Speaker 2: He's not smart enough to do doing of this himself.
57:31
Speaker 3: You know, when he fast tracked the vaccine and got
57:33
Speaker 3: everything going, he knew he was going to turn a
57:36
Speaker 3: profit quick. So you know, he bragged about fast tracking
57:39
Speaker 3: the vaccine and everything. But the vaccine has nano material
57:43
Speaker 3: in it that makes us further susceptible, whether you took
57:46
Speaker 3: the vaccine or you've been exposed to the shedding of
57:51
Speaker 3: the MR and A. It's not a traditional shedding of
57:54
Speaker 3: the vaccine.
57:55
Speaker 1: But you know, all you.
57:57
Speaker 2: Do is like wipe up against someone who's vaxed.
58:00
Speaker 3: They'll shed on you because the nanomterial goes right through
58:03
Speaker 3: your skin and there's ways to clean up after that.
58:06
Speaker 2: But the oxygen in the air is going to be
58:08
Speaker 2: very dangerous.
58:09
Speaker 3: So if you wait until twenty thirty to do something,
58:12
Speaker 3: it's too late, you'll be locked in. You will not
58:14
Speaker 3: be able to go more than fifteen minutes from your home.
58:18
Speaker 3: And if you read the Great Reset by Cloud Schwab's interpretation,
58:25
Speaker 3: you know you will own nothing and be happy, or
58:28
Speaker 3: you'll be happy because you'll be in a state. It
58:30
Speaker 3: will so fry your brain. You will be incapacitated. It's heartbreaking.
58:34
Speaker 2: So you neither choose geoengineering or five G or agrochemical.
58:38
Speaker 3: And in the meantime, protect your body, protect your health,
58:42
Speaker 3: protect your family and your community and your environment.
58:46
Speaker 1: How can I follow your work.
58:53
Speaker 3: If you The only way to do it right now
58:56
Speaker 3: is just the email. When we do events or when
58:58
Speaker 3: I speak at events, I have an email list, and
59:02
Speaker 3: so we just we share it that way.
59:03
Speaker 2: Because I'm blocked from LinkedIn and Facebook.
59:06
Speaker 3: And x or Twitter whatever it's called, all the Instagram things.
59:11
Speaker 2: I'm blocked from everything.
59:13
Speaker 3: I just, as we discuss, just finally got back on Telegram,
59:16
Speaker 3: but that's still spotty unless my friend can get me consistently.
59:21
Speaker 2: So I just speak at events.
59:23
Speaker 1: So okay, And your website is what.
59:28
Speaker 3: Is be heroic b E E heroic dot com And
59:32
Speaker 3: then if people have questions, it's be Heroic.
59:34
Speaker 2: At gmail dot com. You can't go through the website,
59:37
Speaker 2: but it takes forever to get fantassage.
59:41
Speaker 1: It's been a pleasure. Nikki Florio, thank you for joining
59:43
Speaker 1: me in the trainches.
59:46
Speaker 2: Thank you so much, it was it was great to
59:47
Speaker 2: meet you and see you and hear you