Explores the sea change in national attitude from pride in big dams as…
Reflection: A Walk With Water
- Description
- Reviews
- Citation
- Cataloging
- Transcript
If you are not affiliated with a college or university, and are interested in watching this film, please register as an individual and login to rent this film. Already registered? Login to rent this film. This film is also available on our home streaming platform, OVID.tv.
The conditions that make life possible are rapidly changing. Reckoning with this reality on the cusp of another dry season that may very well ravage his community, 30-year old filmmaker Emmett Brennan embarks on a remarkable journey to find stories of hope and healing. Emmett sets out to walk 200 miles next to the iconic but aging Los Angeles aqueduct, where he encounters ecological iconoclasts, indigenous voices, and permaculture designers who are challenging the status quo on how we use Earth’s most precious resource. The film delves into a profound and far reaching look at our relationship with water and offers a vision for how to radically redesign our lives around it.
REFLECTION: a walk with water takes a refreshing approach to confronting our current environmental and systematic troubles, showing how Los Angeles and other parts of California are bellwethers for change. The film features original music from multiple Grammy winner, Jacob Collier, who is Executive Music Producer of the film. With voices and stories that speak to today’s younger generations, REFLECTION is both a personal meditation on water as well as a practical road map for positive change.
"Startlingly provocative...Beautifully shot and lyrical...Thought-provoking." Dennis Perkins, Portland Press Herald
"In the midst of a climate emergency, Reflection: a walk with water is an enlightening investigation that urges humanity to rethink life's most basic resource." Jose Rodriguez, Tribeca Film Festival
"[A] divining rod for finding ways to live more consciously in a world of higher temperatures and ever-worsening drought." David Hochman, Forbes
"Must see...Should be screened through every internet portal, at every bus stop, on every subway line, and in every government office, school, university and bar. It explains all you need to know about water." Drake Stutesman, Framework, The Journal of Cinema and Media
"Reflection: a walk with water is a delightful and sobering search for hope and healing. A wonderfully filmed and crafted piece showing water's importance to all life. Watch it and find many water-filled and biological treasures. Listen for the water calling you to create new intentions. Learn that tomorrow is another day for us to get it right. Another day of opportunities." Randy Hayes, Rainforest Action Network founder, Foundation Earth's Executive Director
"Get out your field notebooks for this hopeful documentary on the numerous intentional designs that restore our degraded ecosystems. Experts articulate the science involved and elegantly demonstrate complex ideas on how vegetation and soils naturalize water cycles and conserve water, which wildlife and indigenous knowledge reduce the risk of catastrophic fire, what grazing and agricultural practices improve food security and address resource inequality, and why hope is a key ingredient to stewardship. While the film focuses on ecosystems surrounding the Los Angeles, the lessons shared are applicable to most of our planet." Theodore Endreny, Software Developer for i-Tree Tools, Professor, Environmental Resources Engineering, SUNY College of Environmental Science and Forestry
"Reflection melds beautiful scenery with important lessons about water and land stewardship. It emphasizes respectful relationships among peoples and what can happen to watersheds when water is diverted. Interspersed throughout is useful information about soil health, recharge of rain and floodwater, and agricultural practices." Sharon B. Megdal, Ph.D., Director, Water Resources Research Center, University of Arizona
"A thoughtful, informative, provocative, and inspirational film. Brennen challenges us to consider the manner in which our ill-planned development goals and strategies have created a less resilient environment, especially in the context of water availability, significantly increasing our susceptibility to environmental disasters under a new climate regime. While he asks the viewer to consider what would happen if we designed our lives around water in a radically different way, his film cleverly shows us that the solution isn't so radical as it may appear for those who know their history and science." Kurt Schwabe, Associate Dean and Professor, Environmental Economics and Policy, University of California-Riverside, Co-Editor, Drought in Arid and Semi-Arid Regions: A Multi-Disciplinary and Cross-Country Perspective
"An incredible 200-mile journey." Ryan Fleming, Deadline
"Offers a vision of hope in the midst of humanity's existential crisis." Paul Risker, PopMatters
"Filmmaker Emmett Brennan hopes to inspire...instead of focusing on the damage, he captures the efforts of people working to restore and promote healthy water systems." Mya Constantino, The Press Democrat
"With accounts and wisdom that resonate with millennials and others, Reflection is both a poetic meditation on water and a guide for practical change...[The film] cogently and powerfully presents an empirical re-imagining to positively impact water resources locally, nationally, and globally." Carole Di Tosti, Blogcritics
"An important exploration of the built world." Architectural Digest
"Fascinating and beautifully filmed...As more people care and become engaged, there is reason for hope. A solid and inspiring case has been made and there is much food for thought." Belle McIntyre, Musee Magazine
"Reflection: A Walk with Water explains the root of the climate crisis...This film does well to illustrate how the first step to helping solve the problem is understanding the problem...Captivating and moving." Emma Lostutter, The Sandspur
"Here is a filmmaker who gets up close and personal with water...Emmett Brennan gives us much hope for an already dire situation...The film presents a simple problem with complex solutions." Fernando Fernandez, Fern TV
"Fascinating...It shows that in a context of climate emergency, it is time to act and perhaps to review our way of life...An essential and perfectly mastered documentary." Mulderville
"This is a journey that looks for optimism in a future that includes unprecedented challenges to our society, and to the land and water that we all depend on." Roger Bales, Professor of Engineering, UC-Merced, Adjunct Professor, Civil & Environmental Engineering, UC-Berkeley
"Reflection brings to life the complex science of landscape hydrology, showing how soils, plants, and even microbiota are all part of the water cycle. Humans can be a healthy part of landscape hydrology instead of a disturbance to it. Water is not a fixed resource to be managed only with supply and demand, and this film demonstrates how we can meet our needs in water stressed places by working with nature instead of against it." Noah Hall, Professor of Law, Wayne State University, Founder, Great Lakes Environmental Law Center, Co-author, Modern Water Law: Private Property, Public Rights, and Environmental Protections
"Charming new documentary...A road map for where we need to go." Robin Abcarian, Los Angeles Times
"Our treatment of water is a perfect expression of the hubris of the dominant Western worldview. We will mend our beliefs and our ways, or we will perish. This film powerfully illustrates this reality. There's something here for any 'environmental' classroom: from environmental science to environmental arts and humanities." Michael Paul Nelson, Professor of Environmental Ethics and Philosophy, Oregon State University, Co-editor, Moral Ground: Ethical Action for a Planet in Peril
Citation
Main credits
Brennan, Emmett (film director)
Brennan, Emmett (film producer)
Brennan, Emmett (director of photography)
Brennan, Emmett (editor of moving image work)
Brennan, Nicholas (film producer)
Other credits
Composer, Justin Kauflin; cinematography & editing, Emmett Brennan.
Distributor subjects
Activism; Agriculture; Anthropology; Climate Change/Global Warming; Earth Science; Ecology; Environmental Ethics; Environmental Justice; Forests and Rainforests; Geography; History; Law; Native Americans; Rivers; Sustainability; Toxic Chemicals; Water; Western USKeywords
00:00:37.720 --> 00:00:42.720
- Long ago when the Earth was
just lava, rock and ocean,
00:00:43.940 --> 00:00:45.603
something happened in the water.
00:00:46.600 --> 00:00:48.803
Something flickered to life.
00:00:51.630 --> 00:00:55.610
It came at first like the
mist atop an emerging wave.
00:00:55.610 --> 00:00:58.343
Just the first expression
of a building momentum.
00:01:00.190 --> 00:01:02.910
And in time, a massive wave of life energy
00:01:02.910 --> 00:01:05.670
lifted from those oceans
and covered the planet
00:01:05.670 --> 00:01:07.920
in a blanket of life forms.
00:01:16.830 --> 00:01:19.290
Life emerged there in those oceans
00:01:20.360 --> 00:01:23.843
and it expresses itself now
wherever there is water.
00:01:26.200 --> 00:01:30.880
It's almost as if this quality
of aliveness is just a glint
00:01:30.880 --> 00:01:34.547
that shines through the
water in all things.
00:02:20.800 --> 00:02:22.733
This is quite a time to be alive.
00:02:23.670 --> 00:02:25.570
The conditions that make life possible
00:02:26.430 --> 00:02:28.023
are changing very quickly.
00:02:29.460 --> 00:02:31.193
All the species going extinct,
00:02:32.100 --> 00:02:33.763
the ecosystems collapsing,
00:02:34.690 --> 00:02:38.440
the resource wars and
extreme weather events.
00:02:44.040 --> 00:02:46.503
This is the era that I'm
coming of age within.
00:02:47.670 --> 00:02:50.150
And my life feels deeply informed
00:02:50.150 --> 00:02:52.863
by the context of this loss and change.
00:02:54.200 --> 00:02:57.070
So, four years ago I went
searching for stories
00:02:57.070 --> 00:02:58.523
of hope and healing.
00:03:01.500 --> 00:03:05.088
And everything I found
had everything to do...
00:03:07.302 --> 00:03:08.502
With water.
00:03:31.170 --> 00:03:34.550
Before seeking out those
examples of healing,
00:03:34.550 --> 00:03:37.150
I went to a place that
kind of encapsulates
00:03:37.150 --> 00:03:39.620
this moment we're in as a planet.
00:03:39.620 --> 00:03:41.980
I joined a group of
walkers in the Owens Valley
00:03:41.980 --> 00:03:45.480
which is in the Eastern
Sierras of Southern California
00:03:45.480 --> 00:03:48.633
to walk three weeks next to
the Los Angeles Aqueduct.
00:03:49.710 --> 00:03:51.570
You can see the Owens Valley here
00:03:51.570 --> 00:03:53.833
and the pipe running down to Los Angeles.
00:03:55.330 --> 00:03:59.423
The Mexico border down here, Oregon, SF.
00:04:37.454 --> 00:04:38.621
- Hello, guys.
00:04:43.850 --> 00:04:47.350
- Grandfather, listen to me, listen to us.
00:04:50.320 --> 00:04:52.640
Watch over our family.
00:04:52.640 --> 00:04:57.640
- Somehow in our walking, we
want to hold the whole story
00:04:59.240 --> 00:05:04.240
and then listen, as we'll begin
this day walking in silence,
00:05:04.250 --> 00:05:08.090
really listen to ourselves, to this place
00:05:08.090 --> 00:05:11.360
and carry the questions
that are in our hearts
00:05:11.360 --> 00:05:14.277
and that come to us in the journey.
00:05:26.710 --> 00:05:31.550
- Walking Water, it's a
three-year experience and walk
00:05:31.550 --> 00:05:34.490
and we're gonna follow all
the way down to Los Angeles
00:05:34.490 --> 00:05:38.040
and last year, we walked
together with the Owens River,
00:05:38.040 --> 00:05:38.923
with the water.
00:05:40.232 --> 00:05:44.120
And so, this year, we're
walking next to a pipe,
00:05:44.120 --> 00:05:46.170
which is the LA Aqueduct.
00:05:46.170 --> 00:05:49.860
So, we're pretty much 200 miles
00:05:51.010 --> 00:05:54.533
following this water
that has been enclosed.
00:05:56.810 --> 00:06:01.320
How much grieving is still
there to be done, to be had,
00:06:01.320 --> 00:06:04.403
you know, on a very collective basis?
00:06:16.690 --> 00:06:19.700
- In the early 1900s, LA set the stage
00:06:19.700 --> 00:06:22.410
for the epic metropolis it would become
00:06:22.410 --> 00:06:24.103
by completing the LA Aqueduct.
00:06:26.000 --> 00:06:28.200
The rivers and creeks of the Owens Valley
00:06:28.200 --> 00:06:30.420
were successfully diverted into pipes
00:06:30.420 --> 00:06:33.203
that gravity fed the
city over 200 miles away.
00:06:34.640 --> 00:06:37.140
They also drilled a series of giant wells
00:06:37.140 --> 00:06:39.670
into the valley floor,
in order to take water
00:06:39.670 --> 00:06:41.093
directly from the aquifer.
00:06:44.170 --> 00:06:48.410
At a dedication ceremony,
on November 5th, 1913,
00:06:48.410 --> 00:06:50.640
the principal engineer behind the project,
00:06:50.640 --> 00:06:54.683
William Mulholland, lifted
the gates and famously said,
00:06:55.657 --> 00:06:56.687
"There it is."
00:06:57.617 --> 00:06:58.617
- "Take it."
00:07:04.329 --> 00:07:05.829
- Oh, there we go.
00:07:08.160 --> 00:07:09.930
I just have a crazy knee that wants
00:07:09.930 --> 00:07:13.007
to give out on me every once in a while.
00:07:21.610 --> 00:07:23.710
- So you can see, you
know, what we look at now
00:07:23.710 --> 00:07:25.617
is a dry lake bed but you can imagine this
00:07:25.617 --> 00:07:29.130
with water all over it and
everything and people living
00:07:29.130 --> 00:07:30.930
and there's evidence that, you know,
00:07:30.930 --> 00:07:33.120
people lived along these shores.
00:07:33.120 --> 00:07:35.220
When my grandmother was a little girl,
00:07:35.220 --> 00:07:37.230
she was told by her uncle that,
00:07:37.230 --> 00:07:39.580
you're gonna see a day
when this lake is dry
00:07:39.580 --> 00:07:41.590
and everybody just laughed and said,
00:07:41.590 --> 00:07:42.620
there's no way they could...
00:07:42.620 --> 00:07:46.740
This is a 110 square miles of water
00:07:47.630 --> 00:07:50.640
and their people said, how in the heck
00:07:50.640 --> 00:07:55.070
could you ever dry out,
you know, this lake?
00:07:55.070 --> 00:07:58.487
But she lived to see this lake dried out.
00:08:13.235 --> 00:08:15.580
The natural topography
of the valley says that
00:08:15.580 --> 00:08:18.300
water is gonna flow off of the Sierra,
00:08:18.300 --> 00:08:21.550
it's gonna move through the tributaries
00:08:21.550 --> 00:08:23.260
and move into the Owens River
00:08:23.260 --> 00:08:25.760
and as it flows down the Owens River,
00:08:25.760 --> 00:08:27.300
it's gonna end up at Owens Lake.
00:08:27.300 --> 00:08:32.300
That's what this water has
done since time immemorial
00:08:33.120 --> 00:08:37.550
and LA has the audacity to
think it's gonna fully change
00:08:37.550 --> 00:08:39.333
the natural scheme of things.
00:08:43.630 --> 00:08:47.130
- Depending on the year,
the Owens Valley supplies LA
00:08:47.130 --> 00:08:51.620
with somewhere between 30
and 100% of its water needs
00:08:51.620 --> 00:08:53.640
and after more than a century of this,
00:08:53.640 --> 00:08:56.790
a lot of the valley, which
was once lush with life,
00:08:56.790 --> 00:08:58.233
is now considered desert.
00:09:00.800 --> 00:09:05.040
- As groundwater lowers, the
vegetation that relies on that,
00:09:05.040 --> 00:09:09.530
that groundwater is no longer
able to survive anymore
00:09:09.530 --> 00:09:13.200
and so, the vegetation dies off.
00:09:13.200 --> 00:09:16.163
And now, you've created
a desert landscape.
00:09:17.920 --> 00:09:21.270
- The essential importance
in having vegetation
00:09:21.270 --> 00:09:24.910
remain present and that
the conditions are viable
00:09:24.910 --> 00:09:29.523
for them to remain present
in a given landscape is,
00:09:30.560 --> 00:09:33.403
that cannot be overemphasized.
00:09:34.240 --> 00:09:38.330
These landscapes that
are falling into this
00:09:39.300 --> 00:09:42.160
or desertifying state,
they're no longer capable
00:09:42.160 --> 00:09:45.310
of being able to provide the basis
00:09:45.310 --> 00:09:47.163
for proper hydrological cycling.
00:09:50.540 --> 00:09:55.540
- The water cycle on planet
water is being broken.
00:10:10.760 --> 00:10:13.090
- The water that falls over the oceans,
00:10:13.090 --> 00:10:17.140
the rainfall is virtually 100% a product
00:10:17.140 --> 00:10:18.630
of evaporation off of the ocean.
00:10:18.630 --> 00:10:22.800
- Salty liquids becoming
distilled freshwater vapors
00:10:22.800 --> 00:10:26.260
that come and congeal into clouds
00:10:26.260 --> 00:10:29.710
and then can come back down as solid snow,
00:10:29.710 --> 00:10:31.630
liquid rain or fog
00:10:31.630 --> 00:10:34.870
and then begin to either
infiltrate into the ground,
00:10:34.870 --> 00:10:37.140
be taken up by plants and animals
00:10:37.140 --> 00:10:40.700
or move back through systems
while they erode out geology
00:10:40.700 --> 00:10:42.533
and back to the ocean.
00:10:51.974 --> 00:10:53.970
There's a whole other water cycle
00:10:53.970 --> 00:10:56.440
that's based on the vegetation.
00:10:56.440 --> 00:10:58.350
- As you begin to move over land,
00:10:58.350 --> 00:11:00.480
you actually have water that forms clouds
00:11:00.480 --> 00:11:02.923
through the movement of
water through plants.
00:11:04.690 --> 00:11:07.073
And as you move farther inland,
00:11:08.580 --> 00:11:12.810
a lot of the water that
falls over large land masses
00:11:12.810 --> 00:11:14.883
is from water that moves through plants.
00:11:18.120 --> 00:11:20.210
- The trees themselves are pulling water
00:11:20.210 --> 00:11:22.080
from the groundwater and they're sweating
00:11:22.080 --> 00:11:25.130
and they hydrate the atmosphere
00:11:25.130 --> 00:11:28.350
and then, that hydrated
atmosphere goes downwind
00:11:28.350 --> 00:11:30.590
and accumulates water and rains itself.
00:11:30.590 --> 00:11:33.910
And so, in the Amazon, the
Amazon trees can sweat,
00:11:33.910 --> 00:11:36.180
make rain, trees can sweat and make rain
00:11:36.180 --> 00:11:38.780
and they're making their
own rain within the forest.
00:11:39.825 --> 00:11:41.845
- Understanding the
importance of vegetation
00:11:41.845 --> 00:11:43.128
in the water cycle is critical
00:11:43.128 --> 00:11:45.820
because there comes a point
to where if you don't have
00:11:45.820 --> 00:11:48.640
any more plants, there's
no more vegetation,
00:11:48.640 --> 00:11:52.808
you've got nothing left
really to transport the water
00:11:52.808 --> 00:11:55.641
from the ground to the atmosphere.
00:12:09.810 --> 00:12:11.910
- When we get rid of vegetation,
00:12:11.910 --> 00:12:13.440
we get rid of the water cycle
00:12:14.410 --> 00:12:17.550
and wherever that happens,
the amount of water vapor
00:12:17.550 --> 00:12:20.820
in the atmosphere of that
place changes dramatically,
00:12:20.820 --> 00:12:23.110
which eventually sends the global climate
00:12:23.110 --> 00:12:24.593
into an erosive spiral.
00:12:25.750 --> 00:12:27.943
And how many Owens Valley are there?
00:12:28.930 --> 00:12:32.310
How much of the Earth's
surface have we pumped dry?
00:12:32.310 --> 00:12:35.870
How many places have we
paved over, plowed over,
00:12:35.870 --> 00:12:38.911
developed, deforested, desertified?
00:12:39.870 --> 00:12:44.537
Can we do modern human life
without this kind of impact?
00:13:16.070 --> 00:13:20.920
- So here we are looking
at urbanized Los Angeles.
00:13:20.920 --> 00:13:23.490
We've paved 2/3 of the city.
00:13:23.490 --> 00:13:25.420
We have here a typical neighborhood.
00:13:25.420 --> 00:13:28.770
So you can see, you know,
it wasn't evil intent
00:13:28.770 --> 00:13:32.690
to create space for humans,
we did what we knew best,
00:13:32.690 --> 00:13:35.070
build our houses, put on our roofs.
00:13:35.070 --> 00:13:36.263
When it rains,
00:13:40.180 --> 00:13:43.360
the building codes in place,
when we built all of LA
00:13:43.360 --> 00:13:46.620
and only reversed within
the last 10 years,
00:13:46.620 --> 00:13:50.350
said all water that falls
on the property must leave.
00:13:50.350 --> 00:13:54.760
And so, here it is coming
on the roof, rain gutters,
00:13:54.760 --> 00:13:57.713
to the driveway, to the street.
00:14:01.680 --> 00:14:04.870
Imagine this is oil leaking out of our car
00:14:04.870 --> 00:14:09.020
or trash flowing down the drains
00:14:10.920 --> 00:14:13.993
into the storm drains.
00:14:14.930 --> 00:14:15.763
Here it comes.
00:14:16.920 --> 00:14:19.393
So this is what the LA
River now looks like.
00:14:21.129 --> 00:14:25.046
And this is the water
flowing off to the ocean.
00:14:33.800 --> 00:14:36.890
- You know, while Los
Angeles is taking water
00:14:36.890 --> 00:14:39.160
from the Colorado and
the Owens River Valley
00:14:39.160 --> 00:14:42.990
and other places, they're
shedding just as much water
00:14:42.990 --> 00:14:47.460
as they're sucking from other
places, it's ridiculous.
00:14:47.460 --> 00:14:50.030
And how ungrateful are they for that
00:14:50.030 --> 00:14:51.363
which falls from the sky.
00:14:52.980 --> 00:14:55.450
- Many people think we're living
in a desert but we're not.
00:14:55.450 --> 00:14:58.670
We, on average, receive
between 10 and 15 inches
00:14:58.670 --> 00:15:00.940
of rainfall a year.
00:15:00.940 --> 00:15:03.360
That 10 to 15 inches of rain is adequate
00:15:03.360 --> 00:15:05.733
to meet our needs in Los Angeles.
00:15:06.580 --> 00:15:08.920
But because of the old paradigm,
00:15:08.920 --> 00:15:12.063
the rain that falls is
thrown away, is removed.
00:15:13.610 --> 00:15:16.470
During a drought, last year when we threw,
00:15:16.470 --> 00:15:19.000
when it rained 9.6 inches,
00:15:19.000 --> 00:15:21.100
we threw away over 30 billion gallons
00:15:21.100 --> 00:15:24.740
or 9,100 and something gallons per person
00:15:24.740 --> 00:15:27.100
for each of the four million people in LA
00:15:27.100 --> 00:15:28.740
that could have been captured.
00:15:28.740 --> 00:15:33.657
Had we done that, we would not
have to be taking the water.
00:15:44.243 --> 00:15:45.076
- Yeah.
00:15:46.643 --> 00:15:48.547
I think it is the Bullock's
00:15:48.547 --> 00:15:52.330
'Cause it's more orange and
the bill is more Oriole.
00:15:52.330 --> 00:15:53.163
- Yeah.
00:15:53.163 --> 00:15:53.996
- Wow.
- Cool.
00:15:53.996 --> 00:15:55.300
- Wow.
- Good eye.
00:15:55.300 --> 00:15:58.050
- Yeah.
- I'd seen it in the tree.
00:16:25.990 --> 00:16:27.030
- So it turns out that it was foggy.
00:16:27.030 --> 00:16:29.810
So much for Mr. Weatherman.
00:16:29.810 --> 00:16:31.000
- I know, it looked foggy.
00:16:31.000 --> 00:16:32.280
He said it was sunny this morning.
00:16:32.280 --> 00:16:34.697
I said, it looks foggy to me.
00:16:49.770 --> 00:16:52.020
What we promote goes, you know,
00:16:52.020 --> 00:16:54.860
against what a lot of conventional
00:16:54.860 --> 00:16:58.570
engineering strategies are,
where it's about pipe and pave
00:16:58.570 --> 00:17:02.890
and move water as quickly in
pipes away from the landscape,
00:17:02.890 --> 00:17:06.670
draining landscapes,
and we're the opposite.
00:17:06.670 --> 00:17:10.590
We slow it down, take
the velocity out of it
00:17:10.590 --> 00:17:13.430
and spread it out on the
landscape and infiltrate it back
00:17:13.430 --> 00:17:17.833
into the earth where it's
recharging the aquifers again.
00:17:19.040 --> 00:17:20.950
You know, sort of remembering our original
00:17:20.950 --> 00:17:25.890
operating instructions
of how to be human again
00:17:25.890 --> 00:17:29.890
in a way that gives back
more than what we take.
00:17:37.080 --> 00:17:39.833
- This is where those
stories of hope come in.
00:17:42.170 --> 00:17:43.650
How do we work with water
00:17:43.650 --> 00:17:45.400
to support the conditions for life?
00:17:47.426 --> 00:17:48.426
- The milkman.
00:18:05.813 --> 00:18:06.646
- Hi, Eve!
00:18:16.520 --> 00:18:19.170
- Every time I drive
past San Antonio Creek
00:18:19.170 --> 00:18:21.320
and Thatcher Creek and the Ventura River
00:18:21.320 --> 00:18:23.290
and I see that they're dry,
00:18:23.290 --> 00:18:26.123
there's something within
me that calls out and says,
00:18:27.130 --> 00:18:28.560
we can do better.
00:18:28.560 --> 00:18:31.500
We can change that paradigm.
00:18:31.500 --> 00:18:33.333
We can be better stewards of water.
00:18:41.060 --> 00:18:44.990
- It isn't logical in any way
to be in a drought situation
00:18:44.990 --> 00:18:48.773
and then let water just totally
pass us by when it comes.
00:18:52.350 --> 00:18:57.350
Because the land is so dry and compacted,
00:18:59.640 --> 00:19:02.510
the water just runs off of it
00:19:02.510 --> 00:19:05.440
and soil, this is actually
an interesting fact,
00:19:05.440 --> 00:19:09.690
soil will not receive
water if its temperature
00:19:09.690 --> 00:19:11.860
is higher than the air temperature.
00:19:11.860 --> 00:19:13.750
So if the soil's hotter than the air,
00:19:13.750 --> 00:19:15.740
it will just repel water.
00:19:15.740 --> 00:19:19.570
So, that's the situation
that we have here.
00:19:19.570 --> 00:19:21.950
We have this dry barren landscape
00:19:21.950 --> 00:19:25.850
that can't even receive
the water that falls on it
00:19:25.850 --> 00:19:29.280
and because of these slopes
that are so compacted
00:19:29.280 --> 00:19:33.420
and some as compacted as roads
that are actually paved over,
00:19:33.420 --> 00:19:35.710
it's just sending water away.
00:19:35.710 --> 00:19:38.250
- We're dealing with
such high velocity water
00:19:38.250 --> 00:19:40.830
that has such a cutting
effect in the landscape
00:19:40.830 --> 00:19:43.800
that we abruptly need to slow it down
00:19:43.800 --> 00:19:45.563
and send it on a longer journey.
00:19:46.890 --> 00:19:49.290
- What we're trying to do
is harvest all that runoff
00:19:49.290 --> 00:19:53.220
and create structures
that slow the water down
00:19:53.220 --> 00:19:55.060
and get it back into the soil again,
00:19:55.060 --> 00:19:57.900
which is really the best place to store
00:19:57.900 --> 00:20:00.067
large quantities of water.
00:20:09.355 --> 00:20:11.083
- I'm just going for it.
00:20:20.400 --> 00:20:22.630
- I don't even know what to say right now.
00:20:23.496 --> 00:20:28.496
- This is safe but it's
about eight inches deep
00:20:28.763 --> 00:20:31.600
over the spillway and
it's about to go over
00:20:31.600 --> 00:20:34.907
its emergency spillway on the right side.
00:20:36.620 --> 00:20:40.980
I hear it often that, "oh,
it never rains in Ojai,"
00:20:40.980 --> 00:20:42.440
you know, "what's the point?"
00:20:42.440 --> 00:20:44.180
Even if we have a low rainfall year
00:20:44.180 --> 00:20:46.700
and we get between 10 and 15 inches,
00:20:46.700 --> 00:20:50.040
this catchment area will
generate enough runoff
00:20:50.040 --> 00:20:55.040
to put water in this pond and
possibly fill the whole thing.
00:21:00.520 --> 00:21:02.545
- Connor, when did the storm start?
00:21:03.826 --> 00:21:07.820
- The storm started about
11 o'clock last night
00:21:08.700 --> 00:21:12.400
and it's about 1:30 in the afternoon.
00:21:12.400 --> 00:21:15.710
This is called Pacific Storm Lucifer.
00:21:16.813 --> 00:21:18.513
It's bringing a lot to light here.
00:21:20.690 --> 00:21:23.740
The spillway was overflowing
eight inches deep
00:21:23.740 --> 00:21:26.730
and 10 feet wide and you know,
00:21:26.730 --> 00:21:29.130
we're walking around trying to get footage
00:21:29.130 --> 00:21:34.130
of this amazing experience
and it's kind of daunting
00:21:34.230 --> 00:21:37.470
that water's entering the
pond at eight different points
00:21:37.470 --> 00:21:41.260
and you know, one single
entry point of water
00:21:41.260 --> 00:21:44.090
from those eight could
have filled the whole thing
00:21:44.090 --> 00:21:46.990
on its own in that amount of time
00:21:46.990 --> 00:21:49.960
and so, we just watched so much,
00:21:49.960 --> 00:21:53.173
so much water leave this landscape.
00:21:57.287 --> 00:22:02.287
Your boots are gonna be so heavy.
00:22:18.110 --> 00:22:22.290
From what was sort of just
like a big hole in the ground
00:22:22.290 --> 00:22:24.683
that seemed like it was gonna be cool,
00:22:25.690 --> 00:22:27.773
it's now...
00:22:28.923 --> 00:22:29.756
this uh,
00:22:31.256 --> 00:22:34.130
amazing mirror of the sky
00:22:34.130 --> 00:22:36.023
and aquatic ecosystem.
00:22:37.070 --> 00:22:42.070
Today, I was just filming,
just with my phone camera,
00:22:43.990 --> 00:22:48.990
some of the early stages of
succession in the aquatic life,
00:22:50.030 --> 00:22:55.030
the little zoo plankton
scurrying around along the banks.
00:22:56.120 --> 00:22:58.710
There's just thousands,
hundreds of thousands,
00:22:58.710 --> 00:23:00.790
millions probably of these life forms
00:23:02.430 --> 00:23:05.953
that have just kind of
come out of nowhere.
00:23:08.040 --> 00:23:10.520
I'm noticing a lot more birds,
00:23:10.520 --> 00:23:12.850
bird population's going up,
00:23:12.850 --> 00:23:14.963
diversity of birds especially.
00:23:19.850 --> 00:23:24.211
When you put a napkin in a glass of water
00:23:24.211 --> 00:23:26.730
and the water climbs up the
napkin, it's the same deal.
00:23:26.730 --> 00:23:30.830
The landscape is the napkin
dipped into the glass of water.
00:23:30.830 --> 00:23:33.670
And so, now it's moving up slope,
00:23:33.670 --> 00:23:36.030
our garden is full of water,
00:23:36.030 --> 00:23:39.053
these slopes are seeping
out water continuously.
00:23:40.590 --> 00:23:43.690
We're finding water emerging
from areas higher up
00:23:43.690 --> 00:23:47.003
in the landscape where I
haven't noticed before.
00:23:50.075 --> 00:23:52.575
- The dogs are having too much fun.
00:23:56.330 --> 00:23:59.060
- Within the next decade,
we could expect to see
00:23:59.060 --> 00:24:03.853
this whole valley greening
up, just from this one event,
00:24:04.835 --> 00:24:08.110
just from bringing water back
00:24:08.110 --> 00:24:09.880
and that's the magic of water,
00:24:09.880 --> 00:24:14.880
is that you help a landscape
to receive water and hold it
00:24:16.430 --> 00:24:20.190
and then, nature does the rest of the work
00:24:20.190 --> 00:24:22.620
because water is the source of life
00:24:22.620 --> 00:24:27.370
and so, that's the first step,
just let the water return.
00:24:50.170 --> 00:24:53.610
- By about day five, I had
settled into the slowness
00:24:53.610 --> 00:24:58.440
of things, the dry heat, the
repetitive steps, the routines
00:24:59.340 --> 00:25:03.100
and at that point, the aqueduct
was mostly underground.
00:25:03.100 --> 00:25:05.220
Many millions of gallons of water
00:25:05.220 --> 00:25:07.003
rushing silently under our feet.
00:25:08.650 --> 00:25:10.660
We wouldn't actually see that water again
00:25:10.660 --> 00:25:13.623
until we made it to the
cascades just outside of LA.
00:25:15.840 --> 00:25:20.020
- I've been constantly amazed
at how much more I've learnt
00:25:20.020 --> 00:25:23.263
about my surroundings by
just being at walking pace.
00:25:24.340 --> 00:25:28.700
And I've also discovered much
to my delight and amusement
00:25:29.570 --> 00:25:32.760
that everywhere is in walking distance
00:25:32.760 --> 00:25:35.044
if you give it enough time.
00:25:35.044 --> 00:25:36.760
Look at this beautiful little bird.
00:25:39.760 --> 00:25:44.760
I think walking at the time
honored pace of our ancestors,
00:25:44.810 --> 00:25:47.170
you know, slowing down like this,
00:25:47.170 --> 00:25:51.337
you become truly connected
to all life around you.
00:25:58.500 --> 00:26:03.500
- You know in wilderness, in
first responder in a crisis,
00:26:03.500 --> 00:26:06.410
the person who's looking
to stop the bleeding
00:26:06.410 --> 00:26:10.270
needs to be calm and present and slow down
00:26:10.270 --> 00:26:14.680
in order to be with the
healing of that wound.
00:26:14.680 --> 00:26:16.990
So, we're walking in that way
00:26:16.990 --> 00:26:20.243
and bearing witness is part of that way.
00:26:26.810 --> 00:26:30.120
- The city of Los Angeles
allowed Owens Lake
00:26:30.120 --> 00:26:31.523
to go completely dry.
00:26:32.660 --> 00:26:36.040
The result of that was
a perennial dust storm.
00:26:36.040 --> 00:26:41.040
That dust storm was identified
as the largest source
00:26:41.700 --> 00:26:44.483
of what they call PM10 in the world,
00:26:45.480 --> 00:26:48.590
which is particulate matter that,
00:26:48.590 --> 00:26:50.920
some of which is heavy metals and poisons
00:26:50.920 --> 00:26:53.980
that are carcinogenic.
00:26:53.980 --> 00:26:56.260
The federal government and
the state of California
00:26:56.260 --> 00:27:01.207
at some point made DWP,
the city of Los Angeles
00:27:02.180 --> 00:27:05.920
mitigate those dust storms.
00:27:05.920 --> 00:27:10.310
They have now spent over a
billion dollars mitigating
00:27:10.310 --> 00:27:14.650
by flooding some sections,
establishing some bird habitat
00:27:14.650 --> 00:27:18.023
but mostly putting gravel on.
00:27:22.710 --> 00:27:25.140
- They're tearing down the
whole mountainside up here
00:27:25.140 --> 00:27:26.703
to put gravel out here.
00:27:29.060 --> 00:27:32.280
We are where we've been
for thousands of years
00:27:32.280 --> 00:27:35.050
and I wake up every morning
and I look at the mountains
00:27:35.050 --> 00:27:39.010
and go, that's the same
exact view that my ancestors
00:27:39.010 --> 00:27:41.280
have looked at for thousands of years
00:27:41.280 --> 00:27:43.270
and to me, that means a lot.
00:27:43.270 --> 00:27:48.160
Our creation stories are
all based on this land
00:27:48.160 --> 00:27:51.540
and where we are and I stress to people,
00:27:51.540 --> 00:27:55.260
how do I teach my
grandchildren about who we are
00:27:55.260 --> 00:27:57.340
and to be proud of who we are
00:27:57.340 --> 00:27:59.700
when those things no longer exist?
00:27:59.700 --> 00:28:03.725
There's no stories left
because those things are gone
00:28:03.725 --> 00:28:06.242
and when you've destroyed that
00:28:08.483 --> 00:28:10.310
basic place,
00:28:10.310 --> 00:28:13.260
sense of place, "who are you,"
00:28:13.260 --> 00:28:14.760
is a big question.
00:28:33.300 --> 00:28:35.590
- We've changed the surface of the Earth
00:28:35.590 --> 00:28:37.163
in some pretty major ways,
00:28:39.060 --> 00:28:42.563
erasing the stories that make
a place home and habitable.
00:28:44.600 --> 00:28:48.170
We've already turned nearly
half of the livable planet
00:28:48.170 --> 00:28:50.337
into farmland and pasture.
00:28:56.780 --> 00:29:01.130
- Okay, so a healthy functioning soil
00:29:04.190 --> 00:29:08.396
effectively operates as a sponge does,
00:29:08.396 --> 00:29:09.763
it's kind of in the same manner.
00:29:11.670 --> 00:29:15.830
You have decomposed organic
matter, kind of a humus.
00:29:15.830 --> 00:29:19.690
You've got clay, you've
got silt, sand, loam,
00:29:19.690 --> 00:29:24.390
you have all of these different
parts in certain percentages
00:29:25.900 --> 00:29:27.530
that you'll find in different soils.
00:29:27.530 --> 00:29:31.160
But it's the organic
matter content and the life
00:29:31.160 --> 00:29:34.460
that accompanies that organic
matter that allows for you
00:29:34.460 --> 00:29:38.353
to be able to store a
certain amount of water.
00:29:40.075 --> 00:29:42.650
- You have to have the bacteria and fungi.
00:29:42.650 --> 00:29:46.660
Those organisms glue
themselves onto surfaces.
00:29:46.660 --> 00:29:48.760
They're gonna glue themselves onto sands,
00:29:48.760 --> 00:29:51.950
onto silts, onto clays,
onto organic material
00:29:51.950 --> 00:29:54.500
and they start holding things around them.
00:29:54.500 --> 00:29:57.410
It's gonna start building this aggregate.
00:29:57.410 --> 00:30:00.900
And inside that aggregate,
all those little pores,
00:30:00.900 --> 00:30:04.460
all those little spaces can hold water,
00:30:04.460 --> 00:30:07.280
which of course is now
accessible to the root.
00:30:07.280 --> 00:30:09.560
And your plant's going to get that water.
00:30:09.560 --> 00:30:12.990
Even though it may have
been dead dry for, you know,
00:30:12.990 --> 00:30:17.700
10 days, 50 days, 90 days above ground,
00:30:17.700 --> 00:30:22.170
there's still water inside
these microaggregates
00:30:22.170 --> 00:30:23.993
that your plant can get hold of.
00:30:28.160 --> 00:30:32.010
Fungi, as they're growing,
they grow as long strands,
00:30:32.010 --> 00:30:33.260
they're threads.
00:30:33.260 --> 00:30:35.560
And so, they're gonna take
this little microaggregate
00:30:35.560 --> 00:30:37.860
with the bacterial community in there
00:30:37.860 --> 00:30:40.590
and it's gonna pull that
in with one of its threads
00:30:40.590 --> 00:30:42.850
and over here, it's
pulling something else in
00:30:42.850 --> 00:30:44.580
and pulling that in and pulling that in
00:30:44.580 --> 00:30:47.310
and now we're making macroaggregates.
00:30:47.310 --> 00:30:49.960
Bacteria make microaggregates,
00:30:49.960 --> 00:30:53.280
fungi pull all those
microaggregates together
00:30:53.280 --> 00:30:55.240
and build macroaggregates.
00:30:55.240 --> 00:30:59.250
Now, think of all the air
passageways, all the hallways,
00:30:59.250 --> 00:31:03.107
all of that volume that
can get filled with water
00:31:03.107 --> 00:31:04.357
and hold water.
00:31:19.820 --> 00:31:21.883
You have to have the right biology.
00:31:23.900 --> 00:31:27.850
But modern agriculture
has killed those organisms
00:31:27.850 --> 00:31:29.660
by tilling too much,
00:31:29.660 --> 00:31:32.663
by using manures that are high in salts.
00:31:34.910 --> 00:31:37.360
Those organisms that we
require have been killed.
00:31:38.900 --> 00:31:43.890
- You basically have taken
living carbon rich soils
00:31:43.890 --> 00:31:47.740
and killed them through excessive tillage
00:31:47.740 --> 00:31:51.160
and use of chemicals into just dead dirt
00:31:51.160 --> 00:31:53.250
instead of living soil.
00:31:53.250 --> 00:31:55.810
And now, you have to basically supplement,
00:31:55.810 --> 00:31:58.550
you put those systems on
a form of life support.
00:31:58.550 --> 00:32:00.743
It's chemotherapy basically.
00:32:02.910 --> 00:32:04.780
- The water that falls from the sky free,
00:32:04.780 --> 00:32:07.860
it all gets shunted off because
the soil quality is so poor,
00:32:07.860 --> 00:32:09.267
it can't hold that water.
00:32:09.267 --> 00:32:11.600
And of course, when water leaves the farm,
00:32:11.600 --> 00:32:13.433
it takes soil with it.
00:32:19.930 --> 00:32:22.430
- Beautiful morning, isn't it?
00:32:30.650 --> 00:32:32.937
- We were never farmers.
00:32:32.937 --> 00:32:34.120
And we weren't trained as farmers
00:32:34.120 --> 00:32:36.150
and that's probably the blessing,
00:32:36.150 --> 00:32:37.950
is that, we were never trained as farmers
00:32:37.950 --> 00:32:39.230
and didn't have a farming background,
00:32:39.230 --> 00:32:43.393
so we came at it as ecologists,
as land regenerators.
00:32:49.390 --> 00:32:51.180
If you have bare and exposed soil,
00:32:51.180 --> 00:32:52.790
you're gonna have wind and sun both
00:32:52.790 --> 00:32:54.530
that'll help volatilize the nutrients
00:32:54.530 --> 00:32:56.320
and moisture out of the soil,
00:32:56.320 --> 00:32:58.350
desiccating it and robbing
it of its nutrients
00:32:58.350 --> 00:33:01.430
and it will also make the soil
get much hotter in daytime
00:33:01.430 --> 00:33:04.150
and colder at night because
it's bare and exposed.
00:33:04.150 --> 00:33:05.520
The microbiology in the soil
00:33:05.520 --> 00:33:07.150
doesn't like those temperature shifts.
00:33:07.150 --> 00:33:09.240
So simply, the top few inches of soil
00:33:09.240 --> 00:33:12.820
become inhabitable to microbiology.
00:33:12.820 --> 00:33:14.040
What does tillage do?
00:33:14.040 --> 00:33:16.623
It makes bare and exposed soil.
00:33:25.730 --> 00:33:28.493
- Yeah, we need small
leaves for the braising mix.
00:33:30.110 --> 00:33:32.900
- So, those are still good to bunch up
00:33:32.900 --> 00:33:34.890
and we'll use those bunches
for either family boxes
00:33:34.890 --> 00:33:37.063
or for weekend farmer's
market, something like that.
00:33:39.840 --> 00:33:43.050
- No bare soil anywhere,
having constant vegetable cover
00:33:43.050 --> 00:33:45.320
in our beds every single day of the year,
00:33:45.320 --> 00:33:47.420
having these mounded beds with
super high organic matter,
00:33:47.420 --> 00:33:48.770
so that no water can move
00:33:48.770 --> 00:33:51.270
and then everything that's
not a bed is either a hedgerow
00:33:51.270 --> 00:33:53.310
or a green grassed roadway or pathway.
00:33:53.310 --> 00:33:55.710
There is no bare soil,
there are no bare roads
00:33:55.710 --> 00:33:56.970
and bare dirt areas.
00:33:56.970 --> 00:33:59.140
We really make sure to have
constant cover on the soil,
00:33:59.140 --> 00:34:02.640
so that no soil can move and
become erosion and sediment.
00:34:02.640 --> 00:34:05.030
It's all locked up and
bound up by the roots
00:34:05.030 --> 00:34:06.133
of the various plants.
00:34:08.910 --> 00:34:10.280
These tomatoes and lettuces were planted
00:34:10.280 --> 00:34:11.550
about two weeks ago.
00:34:11.550 --> 00:34:14.720
On that day, we actually had
a cauliflower crop in this bed
00:34:14.720 --> 00:34:16.980
and that cauliflower was
harvested in the morning
00:34:16.980 --> 00:34:20.300
and then we cut the cauliflower
plants off at ground level
00:34:20.300 --> 00:34:21.390
or just below ground level,
00:34:21.390 --> 00:34:23.247
leaving the entire root structure intact
00:34:23.247 --> 00:34:26.390
and the entire rhizosphere
around that root structure intact
00:34:26.390 --> 00:34:28.790
and healthy and still
interacting with the roots.
00:34:28.790 --> 00:34:30.420
Then, we put down a
fresh layer of compost,
00:34:30.420 --> 00:34:32.700
about a half an inch, and
transplanted the tomatoes
00:34:32.700 --> 00:34:36.310
and the lettuces same day
as the cauliflower came out.
00:34:36.310 --> 00:34:38.600
So while you have this entire
cauliflower root structure
00:34:38.600 --> 00:34:41.200
still intact in the ground
with a healthy rhizosphere,
00:34:41.200 --> 00:34:45.150
we've just added new fresh
roots all over the bed
00:34:45.150 --> 00:34:46.750
to interact with the same rhizosphere,
00:34:46.750 --> 00:34:49.410
creating this continuity of soil health
00:34:49.410 --> 00:34:51.770
that's never getting disturbed,
never getting affected,
00:34:51.770 --> 00:34:54.020
never getting plowed or
tilled or blended up.
00:35:00.700 --> 00:35:04.090
That was a perfect example of
what we do 95% of the time.
00:35:04.090 --> 00:35:06.000
But there are those times, like over here,
00:35:06.000 --> 00:35:09.150
where we had a bed that
overwintered with cabbages
00:35:09.150 --> 00:35:11.780
and it overwintered and it got very weedy
00:35:11.780 --> 00:35:14.330
and unfortunately, we didn't
wanna have to pull out
00:35:14.330 --> 00:35:16.450
all the weeds because
if you pull out weeds,
00:35:16.450 --> 00:35:19.110
you're removing all the
topsoil with the weed roots
00:35:19.110 --> 00:35:20.510
and if you cut off the weeds,
00:35:20.510 --> 00:35:22.530
well, they regrow better
than the vegetables do.
00:35:22.530 --> 00:35:25.000
So in that case, this
bed, we're reclaiming it
00:35:25.000 --> 00:35:28.770
through covering it with a
breathable landscape fabric.
00:35:28.770 --> 00:35:31.420
So there's still oxygen
and gaseous exchange,
00:35:31.420 --> 00:35:32.930
there's still moisture exchange
00:35:32.930 --> 00:35:36.670
and yet, the blocking of
sunlight is gonna decompose
00:35:36.670 --> 00:35:38.840
all the weeds in place,
00:35:38.840 --> 00:35:41.540
so that after three or four
weeks of having a cover on,
00:35:41.540 --> 00:35:42.950
we can peel back that cover
00:35:42.950 --> 00:35:45.280
and the bed will be
completely clear and clean
00:35:45.280 --> 00:35:47.670
and the soil will be like chocolate cake.
00:35:47.670 --> 00:35:50.580
It'll be so gorgeous and
so dark and so healthy
00:35:50.580 --> 00:35:53.210
and so full of biology and moisture.
00:35:53.210 --> 00:35:55.070
And so, once that cover's been there
00:35:55.070 --> 00:35:57.070
for three or four weeks, peel it off,
00:35:57.070 --> 00:35:58.410
put down a half inch of compost
00:35:58.410 --> 00:36:01.095
and transplant the next
crop right in there.
00:36:01.095 --> 00:36:03.113
- Is there one that we
could peel off and dig in?
00:36:04.430 --> 00:36:07.230
- Probably not at this time
00:36:07.230 --> 00:36:10.900
because none of them have
been covered for very long.
00:36:10.900 --> 00:36:13.633
But this is a possibility right here.
00:36:15.182 --> 00:36:16.580
- Okay, so this is an example
00:36:16.580 --> 00:36:19.030
of what might happen
after a couple of weeks.
00:36:19.030 --> 00:36:21.380
You can still see some of
the weeds are still there
00:36:21.380 --> 00:36:24.740
and growing but they're very
much yellowing in place.
00:36:24.740 --> 00:36:28.630
You can see there's quite a
lot of life happening in here.
00:36:28.630 --> 00:36:30.307
- Jesus, look at that.
00:36:30.307 --> 00:36:32.600
- And you can see the soil looks
00:36:32.600 --> 00:36:34.093
just like the chocolate cake.
00:36:35.400 --> 00:36:37.650
- That's what you wanna have
your growing soil look like
00:36:37.650 --> 00:36:40.150
all the way down, 12 inches down.
00:36:40.150 --> 00:36:42.470
Just beautiful healthy rich soil.
00:36:42.470 --> 00:36:45.490
- So we might not even have
to add compost to this,
00:36:45.490 --> 00:36:48.790
especially if we're doing quick crops,
00:36:48.790 --> 00:36:51.400
we might just plant straight into it.
00:36:51.400 --> 00:36:52.495
Unfortunately you didn't find a worm
00:36:52.495 --> 00:36:53.328
when you were doing that.
00:36:53.328 --> 00:36:57.495
- I was looking.
00:37:10.080 --> 00:37:12.180
It's all about having photosynthesis.
00:37:12.180 --> 00:37:14.590
It's taking atmospheric carbon
that we have too much of
00:37:14.590 --> 00:37:16.850
and sunlight, which is free and abundant,
00:37:16.850 --> 00:37:18.290
and creating nutrient packets
00:37:18.290 --> 00:37:20.420
through photosynthesis inside the plants.
00:37:20.420 --> 00:37:23.770
Those nutrient packets are
then reformed into amino acids
00:37:23.770 --> 00:37:26.270
and fatty acids and waxes
and proteins, carbohydrates
00:37:26.270 --> 00:37:28.030
and all different kinds
of nutrient packets.
00:37:28.030 --> 00:37:30.220
Almost a half of those same
nutrient packets they make,
00:37:30.220 --> 00:37:32.028
they actually exude through the roots
00:37:32.028 --> 00:37:34.000
to feed the soil biology.
00:37:34.000 --> 00:37:35.940
So if you wanna create healthy soil,
00:37:35.940 --> 00:37:37.530
disturb it as little as possible,
00:37:37.530 --> 00:37:38.950
keep it covered and protected
00:37:38.950 --> 00:37:41.350
and keep green living
plants in it all the time.
00:37:44.400 --> 00:37:47.640
So we're using maybe
1/7 or 1/8 of the water
00:37:47.640 --> 00:37:50.540
that we used to use for the same crops
00:37:50.540 --> 00:37:54.640
and the same irrigation
system but different soil now.
00:37:54.640 --> 00:37:58.670
We are also able to dry
farm plenty of our crops,
00:37:58.670 --> 00:38:00.470
as well as dry farm all of our fruit trees
00:38:00.470 --> 00:38:01.633
and our hedgerows.
00:38:03.040 --> 00:38:04.430
We're harvesting 52 weeks a year,
00:38:04.430 --> 00:38:06.230
we're transplanting 52 weeks a year,
00:38:06.230 --> 00:38:08.680
we're sowing seeds in the
greenhouse 52 weeks a year,
00:38:08.680 --> 00:38:09.920
just on three acres.
00:38:09.920 --> 00:38:12.900
so really, our productivity on our acreage
00:38:12.900 --> 00:38:15.800
matches that of a 15 to 25-acre farm.
00:38:15.800 --> 00:38:18.510
And so, rather than having a
hundred and thousand-acre farms
00:38:18.510 --> 00:38:20.110
doing no till vegetable production,
00:38:20.110 --> 00:38:23.210
why don't we have 100
one to three-acre farms
00:38:23.210 --> 00:38:26.120
that are within city limits
providing food locally,
00:38:26.120 --> 00:38:28.950
so cut out transportation
costs, cut out fuels costs
00:38:28.950 --> 00:38:30.630
and start hiring the local
people in the community
00:38:30.630 --> 00:38:33.260
to grow the food for that community.
00:38:33.260 --> 00:38:36.300
- You know, this is
probably a few acres of land
00:38:36.300 --> 00:38:39.260
that, you know, if this was managed
00:38:39.260 --> 00:38:44.260
in a very sort of intentional
focused particular way,
00:38:46.760 --> 00:38:51.760
this space could not only be
say ecologically functional
00:38:52.940 --> 00:38:57.940
but it could also be a means
of feeding a sizable portion
00:38:58.790 --> 00:39:01.540
of the folks who live in this part of town
00:39:01.540 --> 00:39:06.180
and we could repeat that through
various parts of the city.
00:39:06.180 --> 00:39:09.710
And every city has a version of,
00:39:09.710 --> 00:39:12.377
has some variation on the theme.
00:39:24.048 --> 00:39:27.346
- So today is day 14,
I think, if I'm right.
00:39:27.346 --> 00:39:28.179
- Day what?
00:39:28.179 --> 00:39:29.012
- Day 14.
00:40:08.614 --> 00:40:10.381
- Wow, my God.
00:40:23.630 --> 00:40:25.630
- So what we can do now?
00:40:59.660 --> 00:41:01.780
- As a result of broken water cycles,
00:41:01.780 --> 00:41:06.630
we have longer droughts,
hotter days and heavier winds
00:41:06.630 --> 00:41:09.893
that give rise to more
frequent and intense wildfires.
00:41:11.090 --> 00:41:12.850
Though, this isn't the only reason
00:41:12.850 --> 00:41:15.433
they're burning out of control.
00:41:40.260 --> 00:41:44.650
- And let's see, we got the road closed
00:41:44.650 --> 00:41:46.063
sitch here.
00:41:48.000 --> 00:41:49.917
What do you guys think?
00:42:09.445 --> 00:42:14.310
We were sleeping, and our house phone rang
00:42:14.310 --> 00:42:16.180
at 5:00 in the morning.
00:42:16.180 --> 00:42:19.970
And my wife Lauren and I, we
both had the same thought.
00:42:19.970 --> 00:42:22.980
Well, if it's an emergency,
they'll call back.
00:42:22.980 --> 00:42:25.450
And two minutes later, it rang again.
00:42:25.450 --> 00:42:27.273
- Oh wow.
- I was like, oop...
00:42:27.273 --> 00:42:29.810
We're eyes open in bed.
00:42:29.810 --> 00:42:32.670
Lauren went and picked up the phone,
00:42:32.670 --> 00:42:35.337
and it was my sister saying,
00:42:35.337 --> 00:42:36.727
"We're packing up, we're on our way."
00:42:36.727 --> 00:42:39.327
"Santa Rosa is on fire. We
need to get out of here."
00:42:45.490 --> 00:42:49.430
You think it's not that big,
00:42:49.430 --> 00:42:51.460
they'll be able to put that out.
00:42:51.460 --> 00:42:53.273
That's your first thought is,
00:42:54.870 --> 00:42:56.990
this will just pass today, or something.
00:42:56.990 --> 00:42:58.240
- Where you at?
00:43:01.352 --> 00:43:02.428
- Come on!
00:43:02.428 --> 00:43:06.169
- Right, right, let me get
her feet, let me get her feet!
00:43:06.169 --> 00:43:08.919
- Her husband's right behind you!
00:43:13.120 --> 00:43:15.263
- It's been waiting for its moment,
00:43:16.786 --> 00:43:19.953
being that we're in this fire ecology.
00:43:31.720 --> 00:43:34.270
- We've forgotten that we
have an important role to play
00:43:34.270 --> 00:43:36.880
in managing these ecosystems,
00:43:36.880 --> 00:43:39.500
and that our care for water and fire
00:43:39.500 --> 00:43:40.773
eventually come together.
00:43:44.810 --> 00:43:46.680
- When there's no management,
00:43:46.680 --> 00:43:50.270
and all these young, little
trees have a chance to grow up,
00:43:50.270 --> 00:43:52.210
they start crowding each other out.
00:43:52.210 --> 00:43:54.070
And as they crowd each other out,
00:43:54.070 --> 00:43:55.810
some of them start to get a little sickly,
00:43:55.810 --> 00:43:57.700
some of them start to die off,
00:43:57.700 --> 00:43:59.943
and they create these fire ladders.
00:44:02.330 --> 00:44:06.430
We've got a fir tree growing in the shade
00:44:06.430 --> 00:44:11.430
of other firs and oaks, and
it has all these low branches.
00:44:11.880 --> 00:44:14.220
And look at this, these branches,
00:44:14.220 --> 00:44:17.170
they can't survive in the
shade, so they just die.
00:44:17.170 --> 00:44:22.170
And it's essentially a ladder
that the fire can follow
00:44:22.170 --> 00:44:26.533
right up into the crown of the tree.
00:44:29.583 --> 00:44:34.340
For thousands of years, these ecosystems
00:44:34.340 --> 00:44:38.303
were managed by a whole
set of different organisms.
00:44:39.770 --> 00:44:43.630
The grizzly bear used to be
throughout all of California.
00:44:43.630 --> 00:44:47.020
They'll get into these
little, rotting trees
00:44:47.020 --> 00:44:48.510
and they'll break 'em under the ground,
00:44:48.510 --> 00:44:50.650
and they'll rip 'em up,
and they'll look for grubs,
00:44:50.650 --> 00:44:52.830
and they'll look for mushrooms.
00:44:52.830 --> 00:44:55.850
And they're part of that
understory management.
00:44:55.850 --> 00:44:58.110
So we don't have bear doing that.
00:44:58.110 --> 00:45:01.770
In the grasslands, we
don't have our herds of elk
00:45:01.770 --> 00:45:04.140
that we used to have, and our antelope,
00:45:04.140 --> 00:45:07.810
that would stomp the
grass into the ground.
00:45:07.810 --> 00:45:11.070
That would manage that thatch layer,
00:45:11.070 --> 00:45:15.020
that buildup of organic
matter that happens over time.
00:45:15.020 --> 00:45:16.543
So without those big animals,
00:45:17.630 --> 00:45:20.483
we don't get that management regime again.
00:45:21.650 --> 00:45:24.853
And we've taken the land away
from the indigenous people.
00:45:26.119 --> 00:45:30.300
And the indigenous
people of these ecologies
00:45:30.300 --> 00:45:31.803
understood the role of fire.
00:45:32.740 --> 00:45:35.776
And they knew the right time of year
00:45:35.776 --> 00:45:39.150
to provide a healing fire.
00:45:39.150 --> 00:45:43.220
A fire that slowly moves
through the understory,
00:45:43.220 --> 00:45:47.240
that consumes a lot of that underbrush,
00:45:47.240 --> 00:45:50.880
that would, in a big fire,
go up into those canopies.
00:45:50.880 --> 00:45:53.370
So it's part of that fuel load reduction.
00:45:53.370 --> 00:45:57.320
It alkalinizes the soil.
It removes disease.
00:45:57.320 --> 00:45:59.510
There's so many benefits
to a healing fire.
00:45:59.510 --> 00:46:01.810
This isn't one of those healing fires.
00:46:10.900 --> 00:46:14.330
So we're here on the
side that hasn't burned.
00:46:14.330 --> 00:46:17.323
There's a lot of material here. A lot.
00:46:18.460 --> 00:46:20.190
And so if a fire blows through,
00:46:20.190 --> 00:46:21.950
like it did on that hillside,
00:46:21.950 --> 00:46:24.550
it's just going to have
all of this material
00:46:24.550 --> 00:46:28.300
to fuel that fire and get
it up into the forest,
00:46:28.300 --> 00:46:31.170
which is, of course,
scary and catastrophic.
00:46:31.170 --> 00:46:33.640
So this is kind of an example,
00:46:33.640 --> 00:46:34.870
because here's the other challenge,
00:46:34.870 --> 00:46:37.710
is that because all this
material is aerial now,
00:46:37.710 --> 00:46:39.430
it's just sort of oxidized.
00:46:39.430 --> 00:46:43.470
So this actually represents
carbon right here.
00:46:43.470 --> 00:46:48.470
This represents what
could be top soil, right?
00:46:49.200 --> 00:46:52.410
The sponge of the earth
that can absorb water.
00:46:52.410 --> 00:46:55.440
But because this material
is just up here in the air,
00:46:55.440 --> 00:46:57.950
it can't actually break down,
00:46:57.950 --> 00:47:00.520
and so it has a hard time turning to soil.
00:47:00.520 --> 00:47:04.210
So what the elk would do, is
would actually come in here
00:47:04.210 --> 00:47:08.180
and smash this material down
to the ground, to the surface,
00:47:08.180 --> 00:47:10.630
where during the winter,
that water could wick up
00:47:10.630 --> 00:47:12.200
and there'd be biological activity,
00:47:12.200 --> 00:47:13.380
and it could actually decompose.
00:47:13.380 --> 00:47:15.100
Not to mention that elk
would come and actually
00:47:15.100 --> 00:47:18.570
munch this back, so provide
that grazing function.
00:47:18.570 --> 00:47:22.760
So in this grassland, we have
all of this potential soil,
00:47:22.760 --> 00:47:25.925
all of this carbon, which at this point
00:47:25.925 --> 00:47:29.480
is very low function, right?
00:47:29.480 --> 00:47:32.333
It's just waiting here for a fire.
00:47:52.583 --> 00:47:55.600
- We've pretty intensely
reduced the population of elk
00:47:55.600 --> 00:47:57.470
and other wild animals.
00:47:57.470 --> 00:48:00.890
And now grasslands are
in a dangerous decline.
00:48:00.890 --> 00:48:05.143
They're primed for fire
and drained of water.
00:48:05.143 --> 00:48:07.270
- I wanna get some pipe just hooked up
00:48:07.270 --> 00:48:10.080
to the ag tote en route,
so I can test its flow.
00:48:10.930 --> 00:48:13.096
I actually grazed all that,
too. Those are the Bald Hills.
00:48:23.090 --> 00:48:26.130
I've seen how a land can just wake up
00:48:26.130 --> 00:48:28.650
with thoughtful disturbance.
00:48:28.650 --> 00:48:30.400
Shift things just a little bit,
00:48:30.400 --> 00:48:32.513
and watch water tables lift.
00:48:38.220 --> 00:48:39.053
Hi, cutie pie!
00:48:41.880 --> 00:48:43.870
Usually when I don't want
them to pay attention to me,
00:48:43.870 --> 00:48:46.973
I kind of loaf past them,
00:48:48.350 --> 00:48:49.800
and I don't make eye contact.
00:48:51.030 --> 00:48:53.933
And that way, they don't think
I have any specific agenda.
00:48:55.060 --> 00:48:58.477
But secretly I do have a specific agenda.
00:49:04.631 --> 00:49:08.400
Grasses coevolved by being
grazed and sometimes burned
00:49:08.400 --> 00:49:12.700
by having literal tons of
animals removing biomass,
00:49:12.700 --> 00:49:16.620
digesting it, dropping it
in the form of their dung
00:49:16.620 --> 00:49:19.200
and their urine, and
knocking everything else
00:49:19.200 --> 00:49:20.463
down in their wake.
00:49:27.040 --> 00:49:30.960
This right here, if it
were not grazed this year
00:49:30.960 --> 00:49:33.080
would be considered thatch.
00:49:33.080 --> 00:49:37.545
Grass that has grown up and is not
00:49:37.545 --> 00:49:40.723
trampled, grazed or burned.
00:49:41.650 --> 00:49:43.140
You look at it, you'll see what looks
00:49:43.140 --> 00:49:45.660
like a healthy stand of
grass, but if you look at it,
00:49:45.660 --> 00:49:48.540
a lot of times there's
actually exposed soil
00:49:48.540 --> 00:49:51.860
between every individual blade of grass.
00:49:51.860 --> 00:49:54.240
If a grassland is grazed well,
00:49:54.240 --> 00:49:58.190
the carbon and all the nutrients
that are here in the grass
00:49:58.190 --> 00:50:01.060
are being fed down into the soil.
00:50:01.060 --> 00:50:05.910
And when you put organic matter
onto soil year after year,
00:50:05.910 --> 00:50:07.680
when it's dry and when it's wet,
00:50:07.680 --> 00:50:09.340
in these different times
and different ways,
00:50:09.340 --> 00:50:12.290
just keep cycling this
stuff back to the soil,
00:50:12.290 --> 00:50:13.830
the more water that you can hold,
00:50:13.830 --> 00:50:17.080
and the longer you can hold that water.
00:50:22.090 --> 00:50:25.463
All grassland needs good
grazing to be healthy.
00:50:26.610 --> 00:50:28.483
And not all grazing is created equal.
00:50:32.200 --> 00:50:35.420
A lot of ranch land and
range land is grazed in a way
00:50:35.420 --> 00:50:37.150
where the cows have pretty much
00:50:37.150 --> 00:50:39.800
continuous access to the grass.
00:50:39.800 --> 00:50:43.143
If not for a whole season,
for the whole year.
00:50:44.400 --> 00:50:46.900
That means that as soon as a species
00:50:46.900 --> 00:50:49.030
of plant starts to grow, it's eaten.
00:50:49.030 --> 00:50:51.960
And if it starts to regrow,
it's eventually eaten.
00:50:51.960 --> 00:50:54.930
So its ability and opportunity to grow
00:50:54.930 --> 00:50:58.590
to maturation, to flower, to senescence
00:50:58.590 --> 00:51:02.016
and disperse its seeds is collapsed.
00:51:02.016 --> 00:51:03.863
The odds are against it.
00:51:05.450 --> 00:51:10.110
You can have a rain event that's
five inches in a few hours
00:51:10.110 --> 00:51:11.550
fall on a grassland.
00:51:11.550 --> 00:51:14.880
But if that grassland has been
in decline for a long time,
00:51:14.880 --> 00:51:17.710
than there might be a lot of bare ground,
00:51:17.710 --> 00:51:20.070
there might be a lot of old plants.
00:51:20.070 --> 00:51:23.520
That rain is just gonna
keep hammering that ground,
00:51:23.520 --> 00:51:26.093
compress it, then just run off.
00:51:26.993 --> 00:51:31.160
Such that it's not in our
watershed for very long.
00:51:58.440 --> 00:52:01.140
So I want plants to be able to grow
00:52:01.140 --> 00:52:03.730
to their full reproductive capacity.
00:52:03.730 --> 00:52:06.330
I want them to be able to fully recover
00:52:06.330 --> 00:52:08.420
before they're grazed again.
00:52:08.420 --> 00:52:10.540
And a fundamental part of plant grazing
00:52:10.540 --> 00:52:12.640
is keeping animals on the move.
00:52:12.640 --> 00:52:15.193
So instead of having
cows scattered throughout
00:52:15.193 --> 00:52:18.490
a 400 acre pasture four
months out of the year,
00:52:18.490 --> 00:52:20.390
I'll have them in a much smaller pasture
00:52:20.390 --> 00:52:23.050
for maybe just a day or a few hours,
00:52:23.050 --> 00:52:25.240
and then I keep moving them.
00:52:25.240 --> 00:52:27.660
So what that means is
that all of the grassland
00:52:27.660 --> 00:52:29.327
surrounding where the cows are
00:52:29.327 --> 00:52:32.360
gets that much more time to recover,
00:52:32.360 --> 00:52:35.410
such that the soil is
becoming more rich in carbon,
00:52:35.410 --> 00:52:37.060
more rich in organic matter,
00:52:37.060 --> 00:52:40.477
and the species diversity is increasing.
00:52:43.322 --> 00:52:45.613
It's the notion of slow it,
spread it, sink it, right?
00:52:47.155 --> 00:52:50.850
When rain hits a layer of litter
00:52:50.850 --> 00:52:53.300
instead of bare ground or thatch,
00:52:53.300 --> 00:52:54.870
the particles are broken up.
00:52:54.870 --> 00:52:58.970
They're actually smaller
in size and can percolate
00:52:58.970 --> 00:53:01.970
and infiltrate into the
soil at a slower rate.
00:53:01.970 --> 00:53:05.100
So instead of just washing, in this case,
00:53:05.100 --> 00:53:09.090
into Martin Creek, which runs eventually
00:53:09.090 --> 00:53:09.960
into the Russian River
00:53:09.960 --> 00:53:13.910
and rushes towards our
coast and the headlands.
00:53:13.910 --> 00:53:15.610
It's actually...
00:53:15.610 --> 00:53:17.980
A lot of it is infiltrating into the soil,
00:53:17.980 --> 00:53:19.740
hanging out there for longer.
00:53:19.740 --> 00:53:24.724
Slowly leaving, slowing
percolating into our aquifer.
00:53:24.724 --> 00:53:27.650
The water table rises over time.
00:53:27.650 --> 00:53:30.300
Plants are greener later into the year,
00:53:30.300 --> 00:53:31.513
they're greener earlier.
00:53:34.240 --> 00:53:35.773
Then Deborah, Debbie.
00:53:36.630 --> 00:53:39.690
Just the ones that kind
of sidle up next to me
00:53:39.690 --> 00:53:41.249
and wanna hang out and be social.
00:53:41.249 --> 00:53:42.230
- Girlfriend and Debbie.
00:53:42.230 --> 00:53:44.083
- And then the bulls have names.
00:53:47.970 --> 00:53:52.020
If you can increase the
infiltration rate of soil,
00:53:52.020 --> 00:53:54.270
even just a small amount,
00:53:54.270 --> 00:53:56.360
but that small amount is multiplied
00:53:56.360 --> 00:53:57.950
across thousands of acres,
00:53:57.950 --> 00:54:00.330
watershed to watershed to watershed,
00:54:00.330 --> 00:54:02.893
across the whole state,
across the whole country,
00:54:04.620 --> 00:54:07.166
the impact is unprecedented.
00:54:29.630 --> 00:54:33.430
- When Western society
first came to this land,
00:54:33.430 --> 00:54:35.070
instead of coming here and telling us
00:54:35.070 --> 00:54:37.171
how we should be living,
00:54:37.171 --> 00:54:42.027
what if they had come and said,
00:54:42.027 --> 00:54:45.020
"Teach us how you survive on this land,"
00:54:45.020 --> 00:54:47.090
"and we're willing to listen."
00:54:47.090 --> 00:54:49.040
How would things be more different now?
00:54:53.383 --> 00:54:55.000
- If we had come in that way
00:54:55.000 --> 00:54:58.070
to settle on this Turtle Island,
00:54:58.070 --> 00:55:00.440
our relations with first nation peoples
00:55:00.440 --> 00:55:02.230
would be very different.
00:55:02.230 --> 00:55:06.172
We would have continued to learn from them
00:55:06.172 --> 00:55:09.400
and not have been in such conflict
00:55:09.400 --> 00:55:11.960
with their culture and way of life.
00:55:11.960 --> 00:55:15.870
And instead, we named it savage,
00:55:15.870 --> 00:55:20.870
we named it worthless, and we
pursued a path of genocide.
00:55:23.010 --> 00:55:26.993
So it's never too late to bear witness.
00:55:27.970 --> 00:55:31.690
- They gathered up all the
Indians in this valley in 1863,
00:55:31.690 --> 00:55:35.003
force-marched them down south
of Bakersfield, Fort Tejon,
00:55:36.179 --> 00:55:38.190
to get rid of everybody.
00:55:38.190 --> 00:55:39.580
But look, we're still here,
00:55:39.580 --> 00:55:41.800
and that's how important this valley is.
00:55:41.800 --> 00:55:44.650
My grandmother, at a
very young age, actually,
00:55:44.650 --> 00:55:47.080
she was marched all the way to Fort Tejon.
00:55:47.080 --> 00:55:49.640
She escaped from there, and everybody else
00:55:49.640 --> 00:55:51.420
she escaped with got caught.
00:55:51.420 --> 00:55:54.070
She got all the way back
up here to this valley
00:55:54.070 --> 00:55:56.693
all by herself as a young girl.
00:56:00.759 --> 00:56:04.580
- And so Paiutes were
naked, they were shoeless.
00:56:04.580 --> 00:56:07.000
No water, no food.
00:56:07.000 --> 00:56:10.540
They marched them south of
Independence to Lone Pine,
00:56:10.540 --> 00:56:12.500
and so when a lot of
the women and children
00:56:12.500 --> 00:56:16.730
got to Owens Lake, they
tried to get away and swim.
00:56:16.730 --> 00:56:19.230
And so now imagine you have...
00:56:19.230 --> 00:56:23.429
One of the stories is
there's 100 military people,
00:56:23.429 --> 00:56:26.400
soldiers, with the
repeating rifles shooting
00:56:26.400 --> 00:56:29.300
men, women and children in the lake.
00:56:29.300 --> 00:56:33.838
And so a lot of women and
children perished there.
00:57:10.210 --> 00:57:14.790
- I was watching the trains coming
00:57:14.790 --> 00:57:18.790
just filled with these oil tankers,
00:57:18.790 --> 00:57:21.210
and all these building materials,
00:57:21.210 --> 00:57:23.000
this wood and everything.
00:57:23.000 --> 00:57:25.847
And there's a way today,
it's like, "Oh, man."
00:57:27.114 --> 00:57:29.120
"Do we need more of this?"
00:57:29.120 --> 00:57:31.512
But as I put myself back like 100 years,
00:57:31.512 --> 00:57:35.731
there's this sense of, "Wow!"
00:57:35.731 --> 00:57:38.450
The awe that I would
have felt 100 years ago,
00:57:38.450 --> 00:57:40.970
with like, "Man, we are building America."
00:57:40.970 --> 00:57:44.080
"We're creating new possibilities,"
00:57:44.080 --> 00:57:48.380
"and we're growing into a great nation,"
00:57:48.380 --> 00:57:50.023
and just this whole thing.
00:57:52.880 --> 00:57:55.033
We, as humans,
00:57:56.040 --> 00:58:00.350
can begin new intentions and
00:58:02.050 --> 00:58:07.050
create the possibility
of enough water for all.
00:58:14.010 --> 00:58:16.180
- There's a tender
excitement when imagining
00:58:16.180 --> 00:58:17.883
what's possible moving forward.
00:58:19.280 --> 00:58:22.570
If we designed our lives
around water differently,
00:58:22.570 --> 00:58:24.830
what could this earth look like?
00:58:24.830 --> 00:58:26.430
What could our cities look like?
00:58:27.730 --> 00:58:30.830
LA and its relationship
to the Owens Valley
00:58:30.830 --> 00:58:32.790
is something of a bellwether
00:58:32.790 --> 00:58:34.790
for the kind of changes that are needed.
00:58:36.560 --> 00:58:38.210
- This water that's flowing through here
00:58:38.210 --> 00:58:41.607
is the Owens River, the Sacramento River
00:58:41.607 --> 00:58:42.900
and the Colorado River.
00:58:42.900 --> 00:58:44.700
Each one of these rivers extended
00:58:44.700 --> 00:58:47.063
hundreds of miles into Las Angeles.
00:58:47.960 --> 00:58:51.763
And it's really ironic and painful,
00:58:52.600 --> 00:58:56.517
when we have enough water
but we throw it away.
00:59:02.853 --> 00:59:06.470
What does a forest ecosystem,
a forest watershed do,
00:59:06.470 --> 00:59:10.373
and how can we overlay that
onto a city, to fix a city fast?
00:59:15.460 --> 00:59:18.400
That very large oak tree,
the soil underneath it
00:59:18.400 --> 00:59:21.470
is like a tank and a sponge,
and a treatment plant.
00:59:21.470 --> 00:59:25.080
So the tree has grown
for several hundred years
00:59:25.080 --> 00:59:26.320
and it's been building soil,
00:59:26.320 --> 00:59:29.663
and that soil is habitat
for all kinds of critters,
00:59:30.610 --> 00:59:33.843
microscopic organisms, fungi, worms.
00:59:35.400 --> 00:59:37.010
And then larger and larger critters
00:59:37.010 --> 00:59:38.803
that dig and drill, rodents,
00:59:39.940 --> 00:59:44.940
and it makes a big sponge
that captures and holds water.
00:59:46.100 --> 00:59:48.880
And within a couple feet,
that water is clean,
00:59:48.880 --> 00:59:50.770
and then it's sent to recharge
00:59:50.770 --> 00:59:53.303
all of our ground water, aquifers.
00:59:59.510 --> 01:00:01.310
With trees capturing, cleaning water,
01:00:01.310 --> 01:00:04.220
putting it in the ground,
preventing floods, holding soil,
01:00:04.220 --> 01:00:06.220
we lost all that when we built the city.
01:00:07.210 --> 01:00:10.930
We go again to Australia, Melbourne,
01:00:10.930 --> 01:00:13.760
they did the science,
did the math and realized
01:00:13.760 --> 01:00:17.350
they needed to double their
tree canopy cover from 20%,
01:00:17.350 --> 01:00:19.543
just like Los Angeles has today, to 40.
01:00:20.876 --> 01:00:23.810
We all need to be thinking
about catching, capturing,
01:00:23.810 --> 01:00:26.860
because when we catch it, we
recharge the water in the soil.
01:00:26.860 --> 01:00:29.810
That water goes and
recharges our aquifers.
01:00:29.810 --> 01:00:32.110
When that happens, our
streams come back to life,
01:00:32.110 --> 01:00:33.583
even city streams.
01:00:35.370 --> 01:00:37.840
- We planted all these trees!
01:00:37.840 --> 01:00:38.673
Seven miles,
01:00:39.810 --> 01:00:41.960
three hours, 3,000 people.
01:00:41.960 --> 01:00:43.810
We crowdsourced.
01:00:43.810 --> 01:00:46.970
This is the largest living
monument in the world
01:00:46.970 --> 01:00:48.623
to Dr. Martin Luther King.
01:00:49.500 --> 01:00:51.667
You can see it from space.
01:01:06.550 --> 01:01:09.370
- This is a really good place to contrast
01:01:09.370 --> 01:01:11.383
current with what's soon to be.
01:01:12.240 --> 01:01:15.920
Notice how wet the ground is,
how much water was wasted.
01:01:15.920 --> 01:01:18.040
And it's just either
carried pollutants away,
01:01:18.040 --> 01:01:19.520
or it's now evaporating.
01:01:19.520 --> 01:01:23.626
Here the water is captured so elegantly,
01:01:23.626 --> 01:01:26.280
there's no waste and overspray.
01:01:26.280 --> 01:01:29.900
It's being water directly to the soil,
01:01:29.900 --> 01:01:32.003
directly to the roots and the aquifer.
01:01:33.568 --> 01:01:37.010
Where we don't have enough
space for enough capture
01:01:37.010 --> 01:01:40.630
in trees and soil, we have tanks.
01:01:40.630 --> 01:01:45.630
This is a thimble, a tiny,
tiny thimble, a rain barrel.
01:01:47.136 --> 01:01:50.120
But our vision is to have large tanks,
01:01:50.120 --> 01:01:52.630
1,000 gallons, 5,000 gallons,
01:01:52.630 --> 01:01:54.421
10,000 gallons per house.
01:01:56.685 --> 01:01:58.580
- We're gonna go out front, okay?
01:01:58.580 --> 01:01:59.736
- Yeah.
01:01:59.736 --> 01:02:01.165
- I wanna go.
01:02:01.165 --> 01:02:01.998
- Okay.
01:02:02.934 --> 01:02:03.767
Do you have my phone?
01:02:03.767 --> 01:02:05.100
- Yeah.
- Oh.
01:02:05.100 --> 01:02:06.960
- It cuts off the water here,
01:02:06.960 --> 01:02:09.530
and it starts to flow into the cisterns.
01:02:09.530 --> 01:02:11.905
Up here is a bug catcher,
01:02:11.905 --> 01:02:14.530
and it catches all the
sediment and makes sure
01:02:14.530 --> 01:02:19.530
that no pest or anything,
bugs, get into the system.
01:02:20.040 --> 01:02:22.173
Comes down and,
01:02:23.770 --> 01:02:27.151
travels from there and
into these cisterns.
01:02:27.151 --> 01:02:31.520
They fill up at the same time.
01:02:31.520 --> 01:02:34.970
So they're always at the same level.
01:02:34.970 --> 01:02:36.730
So this level here lets us know
01:02:36.730 --> 01:02:38.280
how much water is in there now.
01:02:39.702 --> 01:02:41.105
I was surprised.
01:02:43.130 --> 01:02:47.350
I didn't think that these
cisterns would ever fill up.
01:02:47.350 --> 01:02:49.020
They're huge.
01:02:49.020 --> 01:02:52.920
But, I also underestimated how much water
01:02:52.920 --> 01:02:54.562
was coming off of my roof.
01:02:58.040 --> 01:03:02.311
- LA doesn't get a whole lot
of rain, but when we get rain,
01:03:02.311 --> 01:03:05.450
it's like it's shooting down.
01:03:05.450 --> 01:03:08.870
And, I mean, it just comes down
and these things overflowed.
01:03:08.870 --> 01:03:12.250
So they hold, well,
01:03:12.250 --> 01:03:15.220
865 gallons a piece.
01:03:15.220 --> 01:03:17.673
So I had 16,
01:03:18.708 --> 01:03:23.708
1,700+ gallons, plus whatever overflowed.
01:03:26.650 --> 01:03:28.390
Now I know what to look forward to
01:03:28.390 --> 01:03:31.280
when we get big rains,
and what to prep for,
01:03:31.280 --> 01:03:32.340
and just start...
01:03:32.340 --> 01:03:33.976
Maybe I should start planting more plants
01:03:33.976 --> 01:03:35.976
so I can use more water.
01:03:41.590 --> 01:03:44.280
- I could foresee a situation in which
01:03:45.760 --> 01:03:49.900
the whole city was sort of
smartly networked together,
01:03:49.900 --> 01:03:51.830
rainwater harvesting.
01:03:51.830 --> 01:03:55.573
Where when it sees the giant storm coming,
01:03:57.160 --> 01:03:59.660
24-hours out, opens the valve
01:03:59.660 --> 01:04:03.060
at the bottom of
everybody's rainwater tank,
01:04:03.060 --> 01:04:06.763
so each tank would have
its overflow basin.
01:04:08.641 --> 01:04:13.600
So that band of the storm
passes, valve opens,
01:04:13.600 --> 01:04:15.870
smartly networked through the whole city,
01:04:15.870 --> 01:04:18.570
it drains the thing into the soil,
01:04:18.570 --> 01:04:21.153
then it catches the next surge.
01:04:44.727 --> 01:04:47.850
- For decades, they've been
mining gravel to make concrete
01:04:47.850 --> 01:04:49.067
for freeways and stuff like that,
01:04:49.067 --> 01:04:51.217
and it's left this huge
hole in the ground.
01:04:56.080 --> 01:04:58.470
- The city and the County of Los Angeles
01:04:58.470 --> 01:05:00.779
have combined together
to purchase this land
01:05:00.779 --> 01:05:03.026
from the gravel operator,
01:05:03.026 --> 01:05:06.930
and it will become a beautiful lake
01:05:08.170 --> 01:05:10.730
and treatment wetland.
01:05:10.730 --> 01:05:14.210
So it's gonna take all
the bulk of the floodwater
01:05:14.210 --> 01:05:17.040
from a couple miles north.
01:05:17.040 --> 01:05:19.620
The massive flow of floodwater,
01:05:19.620 --> 01:05:21.780
all of this will go
straight to the aquifer,
01:05:21.780 --> 01:05:24.253
recharging and rebuilding
LA's water supply.
01:05:25.789 --> 01:05:29.650
This will be a beautiful
park and lake, tall trees,
01:05:29.650 --> 01:05:32.093
places for people to play and be.
01:05:34.540 --> 01:05:37.760
- A flood is simply the result
01:05:37.760 --> 01:05:42.160
of having more water appear
within a given location
01:05:42.160 --> 01:05:43.973
than can be absorbed by the ground.
01:05:44.810 --> 01:05:47.910
So if you have areas that are hard pan,
01:05:47.910 --> 01:05:49.849
you have areas that are paved over,
01:05:49.849 --> 01:05:52.560
then the water that falls is
simply gonna hit the ground
01:05:52.560 --> 01:05:53.510
and it's gonna run.
01:05:54.430 --> 01:05:55.530
- Whenever it rained,
01:05:55.530 --> 01:05:57.460
this street would be completely flooded.
01:05:57.460 --> 01:05:59.467
People couldn't get out of their homes,
01:05:59.467 --> 01:06:02.610
kids couldn't get to school.
01:06:02.610 --> 01:06:07.610
This tree was removed,
major deep trench dug,
01:06:07.910 --> 01:06:11.570
and two gigantic trench drains,
01:06:11.570 --> 01:06:13.570
or French drains were put in.
01:06:13.570 --> 01:06:18.570
These are big pipes,
perforated, so holes throughout.
01:06:18.750 --> 01:06:21.730
And that's taking the
bulk of the floodwater
01:06:21.730 --> 01:06:24.240
that's running off of
everyone else's house
01:06:24.240 --> 01:06:27.440
and put it underground into the pipe
01:06:27.440 --> 01:06:32.440
in a catch basin that's in
the street by that gray car.
01:06:32.620 --> 01:06:35.010
All of that goes through
a filtration system,
01:06:35.010 --> 01:06:37.440
is put in the pipe,
and the water is stored
01:06:37.440 --> 01:06:40.540
and slowly seeps into the ground,
01:06:40.540 --> 01:06:45.540
biomimicking the tree, once
again, but extended underground.
01:06:45.640 --> 01:06:46.840
- First of all, we capture as much
01:06:46.840 --> 01:06:50.000
and keep it on the property
so it doesn't run off.
01:06:50.000 --> 01:06:52.260
Keep as much of that water as possible.
01:06:52.260 --> 01:06:55.100
That then overflows into the street,
01:06:55.100 --> 01:06:57.600
is captured from the street in a curb cut.
01:06:57.600 --> 01:06:59.480
That green strip called the parkway
01:07:00.440 --> 01:07:02.840
is retrofitted to be like a creek.
01:07:02.840 --> 01:07:05.280
So the water can flow in through a drain,
01:07:05.280 --> 01:07:10.060
flows along a meandering swale,
a creek-shaped structure,
01:07:10.060 --> 01:07:13.530
but it's lined and loaded
with plants and mulch.
01:07:13.530 --> 01:07:16.990
- This basin's totally full, love it.
01:07:16.990 --> 01:07:19.730
Next, totally full.
01:07:19.730 --> 01:07:21.600
Then it continues down, and
then the neighbor down there's
01:07:21.600 --> 01:07:23.360
got a whole bunch of basin.
01:07:23.360 --> 01:07:26.260
- All of that returns
water to our water supply,
01:07:26.260 --> 01:07:29.910
our ground water, and that's vital,
01:07:29.910 --> 01:07:34.220
because that will be a big part
of our ongoing water supply.
01:07:34.220 --> 01:07:38.820
It allows us to be taking
less water from other regions
01:07:38.820 --> 01:07:42.450
so more water can stay in
the Owens Valley, especially.
01:07:42.450 --> 01:07:44.950
Pull it back from being
the desert that it wasn't.
01:07:56.100 --> 01:07:57.183
- And we're on!
01:08:01.643 --> 01:08:04.230
- What if we run diagonal
across the road now?
01:08:04.230 --> 01:08:05.830
- Yeah, there we go.
01:08:05.830 --> 01:08:08.353
- Yeah, she's been walking
with us for a while.
01:08:10.490 --> 01:08:11.615
- Since the mountains?
01:08:11.615 --> 01:08:15.448
- That's incredible.
- Since a few blocks back.
01:08:26.308 --> 01:08:29.740
- We walked the last three weeks.
01:08:29.740 --> 01:08:32.610
200 miles, and tomorrow is our last day.
01:08:32.610 --> 01:08:34.887
- Oh, good for you guys.
- Yeah.
01:08:34.887 --> 01:08:37.440
And we're walking over
three years all the way
01:08:37.440 --> 01:08:40.360
from the headwaters above Mono Lake,
01:08:40.360 --> 01:08:42.320
and next year we'll be walking through LA
01:08:42.320 --> 01:08:44.737
for three weeks to the ocean.
01:09:38.028 --> 01:09:42.309
- If you're able to walk
out of here tomorrow.
01:09:42.309 --> 01:09:44.142
What do you walk with?
01:09:55.827 --> 01:10:00.752
♪ Time is gonna kill me ♪
01:10:00.752 --> 01:10:05.752
♪ Well, at least that's what they say ♪
01:10:06.665 --> 01:10:11.665
♪ I heard it by the fire ♪
01:10:12.408 --> 01:10:17.408
♪ And there was nothing more to say ♪
01:10:18.299 --> 01:10:21.144
♪ Well, I ain't ever ♪
01:10:21.144 --> 01:10:24.020
♪ Met a river ♪
01:10:24.020 --> 01:10:26.918
♪ Gone and treat it ♪
01:10:26.918 --> 01:10:30.676
♪ This way ♪
01:10:30.676 --> 01:10:32.810
♪ All ♪
01:10:32.810 --> 01:10:35.668
♪ Of you people ♪
01:10:35.668 --> 01:10:38.130
♪ Won't ever be... ♪
01:10:38.130 --> 01:10:39.640
- So it was pretty incredible
01:10:39.640 --> 01:10:41.480
to watch all the snow come down
01:10:41.480 --> 01:10:46.200
and to just not be anticipating
this amount of snowfall
01:10:46.200 --> 01:10:48.420
to happen during this year.
01:10:48.420 --> 01:10:52.310
And for it to all come in
those moments in January.
01:10:54.200 --> 01:10:57.430
And it's no longer flowing, but-
01:10:57.430 --> 01:10:59.330
- So this was cranking at one point?
01:10:59.330 --> 01:11:00.163
- Oh yeah.
01:11:00.163 --> 01:11:03.170
It was cranking, it was cranking.
01:11:03.170 --> 01:11:05.720
You can definitely see that
there was a lot of water
01:11:05.720 --> 01:11:06.983
that went through this.
01:11:11.220 --> 01:11:14.090
- And so the water will naturally flow
01:11:14.090 --> 01:11:16.830
into the terminus is Owens Lake.
01:11:16.830 --> 01:11:19.895
And so that's where water wants to go,
01:11:19.895 --> 01:11:21.820
is down into the lake.
01:11:21.820 --> 01:11:24.720
And the lake is, I believe,
calling to the water
01:11:24.720 --> 01:11:26.240
and saying, "Come."
01:11:26.240 --> 01:11:29.630
And all the life
01:11:29.630 --> 01:11:33.380
that wants to erupt from
the creation, again,
01:11:33.380 --> 01:11:36.430
of this lake is saying,
"Come and be a part."
01:11:36.430 --> 01:11:39.627
"We're ready to restore this place."
01:11:40.860 --> 01:11:42.423
And in the midst of that,
01:11:44.360 --> 01:11:45.703
LA says, "no."
01:11:47.030 --> 01:11:48.700
"This will not become a lake."
01:11:48.700 --> 01:11:52.070
"In fact, we're gonna
put this line across"
01:11:52.070 --> 01:11:55.380
"to stop any water from getting there."
01:11:55.380 --> 01:12:00.050
And so they put up these
berms to direct water
01:12:00.050 --> 01:12:02.230
away from this lake,
01:12:02.230 --> 01:12:05.830
because they wanna protect
their infrastructure.
01:12:05.830 --> 01:12:08.790
The moment we believe we control nature
01:12:08.790 --> 01:12:11.573
is the moment that nature
begins to control us.
01:12:12.430 --> 01:12:16.180
In a very physical way,
in a threatening way.
01:12:24.260 --> 01:12:26.963
- From a distance and through fences,
01:12:28.000 --> 01:12:30.363
we greeted the cascades
at the end of our walk.
01:12:32.430 --> 01:12:36.180
I remember feeling a profound
relief to have arrived there,
01:12:36.180 --> 01:12:38.760
and I wondered what it
was like for the water
01:12:38.760 --> 01:12:39.943
to meet the sun again.
01:12:41.290 --> 01:12:45.293
If it longed for soil and
stone, or roots and critters.
01:12:46.990 --> 01:12:49.100
In that culminating moment,
01:12:49.100 --> 01:12:52.320
it felt natural to envision
a humanity that's wise,
01:12:52.320 --> 01:12:54.463
sensitive, and willing to heal.
01:12:55.890 --> 01:12:57.640
And I like to think of this film
01:12:58.490 --> 01:13:00.053
as an offering to that dream.
01:13:05.910 --> 01:13:08.763
- Unity is unavoidable.
01:13:10.320 --> 01:13:13.390
We're realizing that we're
all in this together,
01:13:13.390 --> 01:13:16.630
especially as we watch the
climate start to deteriorate,
01:13:16.630 --> 01:13:19.967
and we realize that we
all play our part in that,
01:13:19.967 --> 01:13:24.430
and that we all live on planet Earth.
01:13:24.430 --> 01:13:27.600
And there's this thin veil of atmosphere
01:13:27.600 --> 01:13:30.310
that keeps us from
getting blasted by the sun
01:13:30.310 --> 01:13:32.643
and frozen by the winds of space.
01:13:36.870 --> 01:13:38.083
We gotta work together.
01:13:39.480 --> 01:13:42.910
If we're in the anthropocene
and we're making
01:13:42.910 --> 01:13:45.840
more change on this planet
than any other species,
01:13:45.840 --> 01:13:47.830
we gotta be self-aware
01:13:47.830 --> 01:13:49.730
and we gotta check each other and say,
01:13:51.250 --> 01:13:54.323
"is what we're doing good
for everyone and everything?"
01:13:57.358 --> 01:13:59.278
And water is at the heart of that.
01:14:04.360 --> 01:14:07.810
- We are part of a huge history.
01:14:07.810 --> 01:14:11.033
And as humans at this
time, we're a tiny spec.
01:14:13.240 --> 01:14:17.090
And as that, if we can
head, like on a sailboat,
01:14:17.090 --> 01:14:20.870
a trim tab, just be
part of turning the boat
01:14:20.870 --> 01:14:25.870
in the best direction possible
for all life to continue,
01:14:27.420 --> 01:14:30.093
I will go out of here with gratitude.
01:14:35.910 --> 01:14:37.060
- Hope springs eternal.
01:14:38.680 --> 01:14:40.903
And I'm not talking like that,
01:14:42.960 --> 01:14:44.833
that fake hope dope.
01:14:46.720 --> 01:14:51.030
You know I think, as long
as, my attitude is...
01:14:52.340 --> 01:14:54.803
As long as we're waking up in the morning,
01:14:56.210 --> 01:14:58.200
it's another day to get it right.
01:14:58.200 --> 01:14:59.950
You got another day.
01:14:59.950 --> 01:15:01.650
You got another opportunity.
01:15:15.829 --> 01:15:20.758
♪ Flow freely when you need me ♪
01:15:20.758 --> 01:15:25.758
♪ Swift upon your way to meet me ♪
01:15:27.513 --> 01:15:32.513
♪ Let go, you rise to greet me ♪
01:15:32.701 --> 01:15:37.129
♪ Bring me back to life ♪
01:15:37.129 --> 01:15:38.923
♪ Oh ♪
01:15:38.923 --> 01:15:41.041
♪ Time ♪
01:15:41.041 --> 01:15:43.451
♪ Flows on ♪
01:15:43.451 --> 01:15:47.023
♪ On and on ♪
01:15:47.023 --> 01:15:51.498
♪ And on ♪
01:15:51.498 --> 01:15:56.498
♪ Flow freely when you see me ♪
01:15:57.025 --> 01:16:02.025
♪ Lift me from the road beneath me ♪
01:16:03.472 --> 01:16:08.472
♪ Let go, you hide to seek me ♪
01:16:08.930 --> 01:16:13.235
♪ Under open skies ♪
01:16:13.235 --> 01:16:15.124
♪ Oh ♪
01:16:15.124 --> 01:16:17.150
♪ Time ♪
01:16:17.150 --> 01:16:18.527
♪ Flows on ♪
01:16:18.527 --> 01:16:19.968
♪ And on, and on, and on ♪
01:16:19.968 --> 01:16:23.276
♪ And on ♪
01:16:23.276 --> 01:16:25.717
♪ And on ♪
01:16:25.717 --> 01:16:29.217
♪ Whoa ♪
01:16:50.737 --> 01:16:53.190
♪ And the tide ♪
01:16:53.190 --> 01:16:56.121
♪ Goes on ♪
01:16:56.121 --> 01:16:58.971
♪ And on ♪
01:16:58.971 --> 01:17:02.130
♪ And on ♪
01:17:02.130 --> 01:17:07.130
♪ And the tide goes on ♪
01:17:07.942 --> 01:17:12.942
♪ And on, and on ♪
01:17:14.692 --> 01:17:15.623
♪ And the tide ♪
01:17:15.623 --> 01:17:16.834
♪ And the tide ♪
01:17:16.834 --> 01:17:18.404
♪ Goes on ♪
01:17:18.404 --> 01:17:23.404
♪ And on, and on ♪
01:17:26.542 --> 01:17:31.542
♪ And the tide goes on and on and on ♪
01:17:32.280 --> 01:17:37.280
♪ And on, and on, and on ♪
Distributor: Bullfrog Films
Length: 79 minutes
Date: 2021
Genre: Expository
Language: English
Grade: 7-12, College, Adults
Color/BW:
Closed Captioning: Available
Existing customers, please log in to view this film.
New to Docuseek? Register to request a quote.
Related Films
Breathtaking photography tells the story of the Colorado River, which…