Examines the global marine fisheries crisis and the efforts to implement…
One Ocean: Footprints in the Sand
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- Citation
- Cataloging
- Transcript
Today, two billion people live along or near a coast. By 2025, nearly all ocean shoreline will be inhabited and in use. Overfishing, pollution, over-population, and over-development of our coasts are having deadly consequences. The ocean that once seemed inexhaustible is buckling under the weight of our demands.
FOOTPRINTS IN THE SAND reveals the devastating impact of human activity on the ocean, focusing on the Mediterranean's contentious bluefin tuna fishery and the Gulf of Mexico's massive de-oxygenated dead zones. It also celebrates our successes with sustainable pratices, like 'no take' conservation projects managed by locals in Zanzibar, as well as the extraordinary turnaround in New Zealand's coral reefs.
'Very impressive! One Ocean is an exceptional series of videos focused on some of the most pressing problems threatening the health and future of the oceans. Accompanying highly respected scientists on research cruises and underwater dives, Footprints in the Sand and The Changing Sea present a powerful set of interviews and images that clearly explain the science behind the complex issues of hypoxia, ocean acidification, and overfishing. The geographic diversity of the areas covered, the superb quality and high definition videos, and the lucid explanations of the science provide a powerful and credible set of stories...These are moving and compelling stories of ocean researchers investigating the problems humans have created in the sea and explaining why our one ocean needs our help now.' Dr. Gary Griggs, Distinguished Professor of Earth and Planetary Sciences, Director of the Institute of Marine Sciences, University of California Santa Cruz, Author, Living with the Changing California Coast and Introduction to California Beaches and Coast
'There are a lot of DVDs available on topics relating to the ocean, but these are some of the best I have seen. I enjoyed the way in which information was conveyed and was pleased to learn things I had not seen in previous videos... I highly recommend this series to public, high-school, and college libraries.' Barbara Butler, University of Oregon Institute of Marine Biology, Educational Media Reviews Online
'Puts viewers in the passenger seat along-side scientists, fishermen and explorers on numerous ocean-going expeditions...Most impressive is the ample footage from deep-sea explorations--courtesy of research submersibles. These give us a window into alien worlds...Appropriate for audiences from grade school students to adults.' Timothy Oleson, EARTH Magazine
'Footprints in the Sand illustrates the effects of fishing in artisanal and industrial fisheries and makes strong visual connections among the 'fishing down' process, the effects of man and burgeoning human populations on the world's oceans...I will use it to generate a discussion of fishing as a major negative influence on marine ecosystems that is under-appreciated and has preceded other impacts including habitat destruction, pollution, water diversions, and the introduction of exotic species.' Dr. Donald Baltz, Professor and Chair, Department of Oceanography and Coastal Sciences, Louisiana State University
'Spectacular undersea footage, informative narration by David Suzuki, and engaging interviews with leading marine conservation scientists worldwide. Footprints in the Sand presents case studies of major threats to our oceans caused by human activities. Topics spanning the globe include overfishing and coastal pollution, and importantly, ecosystem-based approaches for replenishing and conserving the oceans for future generations.' Dr. Mark Hixon, Professor of Marine Conservation and Biology, Department of Zoology, Oregon State University
'If there is a rhythm to the stories of ecosystem crises from the ocean and lands around the world, Footprints on the Sand adds several new beats...Footprints uses beautiful imagery layered with interviews and testimony from fishermen and scientists on the front lines of each story. It concludes with two stories of hope that show people can come together to create protected areas that support resilience in coastal ecosystems.' John C. Anderson, Director of Education, New England Aquarium
'I have finally found a film series that thoroughly covers all of the current marine topics that I teach in the classroom which includes MPAs, marine ecosystems, sustainability, international coastal culture, climate change and the formation of ocean life. It is presented in a sense of urgency and at the same time provides essential background information peaking the viewer's interest with animations and interviews with seasoned marine scientists and beautiful cinematography! One Ocean should be an integral part of any environmental studies course.' Michelle Ashley, Environmental Science teacher, South Aiken High School
'A striking presentation...Interviews with scientists, including one female researcher, help keep the film personal, and the photography, if not spectacular, is always excellent, with plenty of engrossing scenes above and below the surface.' Charles Hibbard, Lowell High School, Science Books and Films
'[In] this serious, though still visually stunning [Footprints in the Sand] episode we get to see more of the underbelly of the ocean--the things that have gone wrong...Similar to other episodes in the series, the viewer is drawn in both by the narrative and the visuals. Students will love the views and insights. In addition, teachers will appreciate the message.' Marc Zucker, Assistant Professor, NSTA Recommends
Citation
Main credits
								Suzuki, David T. (narrator)
Corkery, Jacqueline (film director)
Verma, Tina (film producer)
							
Other credits
Editor, Murray Green.
Distributor subjects
Biology; Climate Change/Global Warming; Earth Science; Ecology; Environment; Fisheries; Geography; Geology; Global Issues; Habitat; Marine Biology; Oceans and Coasts; Pacific Studies; Pollution; SustainabilityKeywords
WEBVTT
 
 00:00:00.000 --> 00:00:00.461
 
 
 00:00:00.461 --> 00:00:03.688
 [MUSIC PLAYING]
 
 00:00:03.688 --> 00:00:10.966
 For millennia, humans have
 been drawn to the sea.
 
 00:00:10.966 --> 00:00:14.780
 Today, we see the richness of
 the ocean from an increasingly
 
 00:00:14.780 --> 00:00:16.670
 crowded shore.
 
 00:00:16.670 --> 00:00:21.470
 Two billion people now live
 along or near a coast.
 
 00:00:21.470 --> 00:00:25.680
 By 2025, nearly all the world\'s
 shorelines will have
 
 00:00:25.680 --> 00:00:27.670
 been developed.
 
 00:00:27.670 --> 00:00:32.820
 We still see turquoise seas,
 stunning shores, and markets
 
 00:00:32.820 --> 00:00:34.490
 full of fish.
 
 00:00:34.490 --> 00:00:37.400
 But it\'s a dangerous illusion.
 
 00:00:37.400 --> 00:00:41.920
 There\'s a growing crisis
 beneath the waves.
 
 00:00:41.920 --> 00:00:46.710
 Maine life was there for a
 million years before people.
 
 00:00:46.710 --> 00:00:49.244
 So the idea that we are required
 to manage it is
 
 00:00:49.244 --> 00:00:50.030
 ridiculous.
 
 00:00:50.030 --> 00:00:54.345
 What we are having
 to manage is us.
 
 00:00:54.345 --> 00:00:57.320
 There are solutions
 within our grasp.
 
 00:00:57.320 --> 00:00:59.764
 But will we take them?
 
 00:00:59.764 --> 00:01:21.740
 [MUSIC PLAYING]
 
 00:01:21.740 --> 00:01:26.500
 The rich coastal waters of the
 ocean, where land meets sea,
 
 00:01:26.500 --> 00:01:29.450
 have fed our bodies and
 nourished our souls since we
 
 00:01:29.450 --> 00:01:31.690
 first landed on shore.
 
 00:01:31.690 --> 00:01:35.080
 They are some of the most unique
 places on the planet.
 
 00:01:35.080 --> 00:01:37.830
 For scientists and fishermen,
 this beauty
 
 00:01:37.830 --> 00:01:39.780
 and bounty is vanishing.
 
 00:01:39.780 --> 00:01:43.390
 The ocean that once seemed
 inexhaustible is buckling
 
 00:01:43.390 --> 00:01:45.420
 under the weight
 of our demands.
 
 00:01:45.420 --> 00:01:46.930
 But there is hope.
 
 00:01:46.930 --> 00:01:50.152
 There are places where we\'ve
 made a difference.
 
 00:01:50.152 --> 00:01:55.700
 [MUSIC PLAYING]
 
 00:01:55.700 --> 00:02:00.020
 The Mediterranean Sea is an
 ecosystem in trouble.
 
 00:02:00.020 --> 00:02:03.390
 The tragic story of the bluefin
 Tuna is one of its
 
 00:02:03.390 --> 00:02:06.680
 most dramatic and contentious
 issues.
 
 00:02:06.680 --> 00:02:15.140
 [MUSIC PLAYING]
 
 00:02:15.140 --> 00:02:18.850
 Every spring, after a
 transatlantic migration,
 
 00:02:18.850 --> 00:02:22.670
 bluefin travel to these warm
 coastal waters to spawn.
 
 00:02:22.670 --> 00:02:25.510
 
 
 00:02:25.510 --> 00:02:28.800
 And for countless generations,
 fisherman around the
 
 00:02:28.800 --> 00:02:32.040
 Mediterranean have eagerly
 awaited their arrival.
 
 00:02:32.040 --> 00:02:35.710
 
 
 00:02:35.710 --> 00:02:39.500
 These Spanish fishermen, the
 last of their kind, are going
 
 00:02:39.500 --> 00:02:41.050
 out to their nets.
 
 00:02:41.050 --> 00:02:44.280
 And like many fishermen around
 the world, they are worried
 
 00:02:44.280 --> 00:02:46.986
 that there may be nothing
 left to catch.
 
 00:02:46.986 --> 00:02:49.680
 
 
 00:02:49.680 --> 00:02:51.930
 This traditional method
 of tuna fishing
 
 00:02:51.930 --> 00:02:54.200
 is called the almadraba.
 
 00:02:54.200 --> 00:02:58.310
 The almadraberos have spent two
 months fixing their maze
 
 00:02:58.310 --> 00:03:02.309
 of nets to the ocean floor
 in an age old pattern.
 
 00:03:02.309 --> 00:03:23.830
 [MUSIC PLAYING]
 
 00:03:23.830 --> 00:03:28.300
 The 3000-year-old
 contest begins.
 
 00:03:28.300 --> 00:03:37.950
 [MUSIC PLAYING]
 
 00:03:37.950 --> 00:03:41.160
 Over the course of the next two
 hours, the fishermen bring
 
 00:03:41.160 --> 00:03:43.565
 their boats and nets together.
 
 00:03:43.565 --> 00:03:55.815
 [MUSIC PLAYING]
 
 00:03:55.815 --> 00:04:00.756
 By the end, the color of the
 water leaves no doubt as to
 
 00:04:00.756 --> 00:04:01.722
 who has won.
 
 00:04:01.722 --> 00:04:09.940
 [MUSIC PLAYING]
 
 00:04:09.940 --> 00:04:11.900
 The fishermen elated.
 
 00:04:11.900 --> 00:04:15.180
 Today has been one of
 the rare good days.
 
 00:04:15.180 --> 00:04:18.440
 But the bounty is an illusion.
 
 00:04:18.440 --> 00:04:22.560
 The almadraberos catch
 has dropped by 80% in
 
 00:04:22.560 --> 00:04:23.994
 the past two decades.
 
 00:04:23.994 --> 00:04:25.910
 [SPEAKING SPANISH]
 
 00:04:25.910 --> 00:04:29.300
 It used to catch up to 1,000
 tuna in one day.
 
 00:04:29.300 --> 00:04:31.340
 Today if catch 1,000,
 1,100 during the
 
 00:04:31.340 --> 00:04:33.285
 season we are happy.
 
 00:04:33.285 --> 00:04:38.740
 
 
 00:04:38.740 --> 00:04:41.170
 Fishers have known about
 the migration
 
 00:04:41.170 --> 00:04:43.780
 routes of tuna for centuries.
 
 00:04:43.780 --> 00:04:48.010
 Large-scale organize fishing,
 including tuna, was a feature
 
 00:04:48.010 --> 00:04:49.260
 of the Roman Empire.
 
 00:04:49.260 --> 00:04:52.280
 
 
 00:04:52.280 --> 00:04:55.120
 Even then overfishing
 was a problem.
 
 00:04:55.120 --> 00:04:59.060
 And the Romans tried
 to control it.
 
 00:04:59.060 --> 00:05:02.920
 The bluefin was their
 prized catch.
 
 00:05:02.920 --> 00:05:06.840
 But feeding the Roman legions
 pales in comparison to the
 
 00:05:06.840 --> 00:05:10.070
 demands of today\'s
 global market.
 
 00:05:10.070 --> 00:05:18.060
 [MUSIC PLAYING]
 
 00:05:18.060 --> 00:05:20.330
 The race to catch the
 last of the bluefin
 
 00:05:20.330 --> 00:05:26.200
 began in the 1990s.
 
 00:05:26.200 --> 00:05:31.060
 Today, it is Japan that buys
 as much tuna as it can.
 
 00:05:31.060 --> 00:05:36.420
 Almost all of the world\'s
 catch ends up here.
 
 00:05:36.420 --> 00:05:40.210
 bluefin fetch of the
 highest prices of
 
 00:05:40.210 --> 00:05:43.130
 any fish in the world.
 
 00:05:43.130 --> 00:05:46.110
 So the fishery has gone from
 the hands of traditional
 
 00:05:46.110 --> 00:05:50.290
 fishers to those of the large
 fishing fleets that are armed
 
 00:05:50.290 --> 00:05:54.970
 with both speed and technology,
 radar, sonar,
 
 00:05:54.970 --> 00:05:57.835
 planes, and a ship called
 the purse seiner.
 
 00:05:57.835 --> 00:06:02.380
 
 
 00:06:02.380 --> 00:06:05.910
 It\'s high tech fishing on
 an industrial scale.
 
 00:06:05.910 --> 00:06:08.910
 Illegal spotter planes
 relay the tuna\'s
 
 00:06:08.910 --> 00:06:11.240
 location to the seiner.
 
 00:06:11.240 --> 00:06:16.360
 One of them can catch as many
 as 3,000 bluefin in one go.
 
 00:06:16.360 --> 00:06:19.690
 
 
 00:06:19.690 --> 00:06:22.690
 It\'s no contest.
 
 00:06:22.690 --> 00:06:27.020
 Illegal fishing is rampant,
 driven by an insatiable demand
 
 00:06:27.020 --> 00:06:28.960
 for the fish\'s meat.
 
 00:06:28.960 --> 00:06:32.900
 Meanwhile, as scientists and
 politicians debate whether
 
 00:06:32.900 --> 00:06:36.180
 established quotas are
 sustainable, the number of
 
 00:06:36.180 --> 00:06:39.460
 bluefin continues to decline.
 
 00:06:39.460 --> 00:06:49.650
 
 
 00:06:49.650 --> 00:06:50.800
 [SPEAKING SPANISH]
 
 00:06:50.800 --> 00:06:53.380
 After the appearance of
 unregulated vessels and
 
 00:06:53.380 --> 00:06:55.700
 companies in the Mediterranean,
 we\'ve seen the
 
 00:06:55.700 --> 00:06:59.930
 catch go down and down.
 
 00:06:59.930 --> 00:07:03.040
 We fish in a very
 selective way.
 
 00:07:03.040 --> 00:07:05.640
 And up until these people
 appeared with their huge nets,
 
 00:07:05.640 --> 00:07:08.820
 their big vessels, we never
 had problems with anybody.
 
 00:07:08.820 --> 00:07:12.630
 
 
 00:07:12.630 --> 00:07:16.740
 The almadraberos, scientists,
 and conservationists are
 
 00:07:16.740 --> 00:07:20.250
 fighting back as
 best they can.
 
 00:07:20.250 --> 00:07:24.030
 Tuna specialist Dr. Sergi
 Tudela is the head of
 
 00:07:24.030 --> 00:07:29.530
 Mediterranean fisheries for
 the World Wildlife Fund.
 
 00:07:29.530 --> 00:07:32.310
 The bluefin tuna is a species
 which is collapsing as we
 
 00:07:32.310 --> 00:07:33.960
 speak right now.
 
 00:07:33.960 --> 00:07:35.920
 This is due to overfishing.
 
 00:07:35.920 --> 00:07:38.030
 Unfortunately, the case of
 bluefin tuna is not very
 
 00:07:38.030 --> 00:07:41.500
 different from the case of a
 newfoundland cod, or other
 
 00:07:41.500 --> 00:07:44.790
 species that, in the past,
 have collapsed.
 
 00:07:44.790 --> 00:07:47.570
 The difference, maybe, is that
 we are well aware of what is
 
 00:07:47.570 --> 00:07:50.160
 going on right now.
 
 00:07:50.160 --> 00:07:53.410
 And this is a challenge we have
 had to fight, avoid the
 
 00:07:53.410 --> 00:07:55.090
 collapse of this magnificent
 species.
 
 00:07:55.090 --> 00:07:59.720
 
 
 00:07:59.720 --> 00:08:02.760
 Although bluefin have been
 managed by an international
 
 00:08:02.760 --> 00:08:07.700
 commission for more than 40
 years, we\'ve fished out 3/4 of
 
 00:08:07.700 --> 00:08:10.380
 the breeding population in
 the last half century.
 
 00:08:10.380 --> 00:08:13.005
 
 
 00:08:13.005 --> 00:08:13.480
 [SPEAKING SPANISH]
 
 00:08:13.480 --> 00:08:16.710
 Because of the way the sector
 is right now, I think that
 
 00:08:16.710 --> 00:08:20.940
 when my generation dies, the
 sea will die with us.
 
 00:08:20.940 --> 00:08:24.370
 It isn\'t only these fisherman
 who are affected.
 
 00:08:24.370 --> 00:08:28.710
 As bluefin disappear, no one
 knows how they\'re absence will
 
 00:08:28.710 --> 00:08:31.380
 impact the web of marine life.
 
 00:08:31.380 --> 00:08:35.789
 Science is only beginning to
 understand the complex role
 
 00:08:35.789 --> 00:08:39.350
 that top predators like
 bluefin tuna play in
 
 00:08:39.350 --> 00:08:41.190
 maintaining biodiversity.
 
 00:08:41.190 --> 00:08:45.420
 
 
 00:08:45.420 --> 00:08:49.480
 The tragic story of the bluefin
 tuna is just one
 
 00:08:49.480 --> 00:08:53.010
 example of overfishing
 in the Mediterranean.
 
 00:08:53.010 --> 00:08:59.520
 Hake, marlin, swordfish, red
 mullet, see bream, and
 
 00:08:59.520 --> 00:09:01.520
 anchovies are all threatened.
 
 00:09:01.520 --> 00:09:04.050
 
 
 00:09:04.050 --> 00:09:08.330
 The once rich sea is being
 transformed in ways that are
 
 00:09:08.330 --> 00:09:11.600
 invisible to most of us.
 
 00:09:11.600 --> 00:09:15.440
 What we do see is a growing
 population and a growing
 
 00:09:15.440 --> 00:09:17.410
 demand for fish.
 
 00:09:17.410 --> 00:09:23.100
 
 
 00:09:23.100 --> 00:09:26.600
 From the port of Gibraltar at
 the mouth of the Great Sea, to
 
 00:09:26.600 --> 00:09:30.240
 the shores of the Middle East,
 the Mediterranean is one of
 
 00:09:30.240 --> 00:09:33.800
 the most heavily-stressed
 ecosystems on the planet.
 
 00:09:33.800 --> 00:09:37.070
 Nowhere is this more evident
 than in the Nile Delta.
 
 00:09:37.070 --> 00:09:42.050
 
 
 00:09:42.050 --> 00:09:45.570
 One of the largest deltas in the
 world, it\'s outer margins
 
 00:09:45.570 --> 00:09:48.910
 are a series of lagoons and
 lakes that have sustained
 
 00:09:48.910 --> 00:09:52.962
 productive fisheries for
 thousands of years.
 
 00:09:52.962 --> 00:10:03.550
 
 
 00:10:03.550 --> 00:10:07.390
 Dr. Abdel Fattah El-Sayed is
 from the University of
 
 00:10:07.390 --> 00:10:10.350
 Alexandria.
 
 00:10:10.350 --> 00:10:14.650
 The Egyptian lagoons, they
 cover a huge area.
 
 00:10:14.650 --> 00:10:17.290
 
 
 00:10:17.290 --> 00:10:22.630
 They have very, very heavy
 vegetation cover.
 
 00:10:22.630 --> 00:10:28.550
 And this is considered like a
 lung for cleaning the air.
 
 00:10:28.550 --> 00:10:33.050
 So, environmentally, the play an
 extensive and a major role
 
 00:10:33.050 --> 00:10:35.085
 in conserving our lives.
 
 00:10:35.085 --> 00:10:38.840
 
 
 00:10:38.840 --> 00:10:43.820
 In the late 1980s, something
 odd occurred.
 
 00:10:43.820 --> 00:10:45.720
 There was a mysterious
 and welcome
 
 00:10:45.720 --> 00:10:49.850
 explosion in fish stocks.
 
 00:10:49.850 --> 00:10:53.290
 The abundance of fish helped
 to feed Egypt\'s rapidly
 
 00:10:53.290 --> 00:10:54.540
 expanding population.
 
 00:10:54.540 --> 00:10:56.870
 
 
 00:10:56.870 --> 00:10:59.400
 It was a bonanza
 for fishermen.
 
 00:10:59.400 --> 00:11:02.550
 But it\'s not what it seems.
 
 00:11:02.550 --> 00:11:05.440
 This bonanza has a disturbing
 dark side.
 
 00:11:05.440 --> 00:11:08.440
 
 
 00:11:08.440 --> 00:11:11.590
 Where the Mediterranean meets
 the Nile, industry and
 
 00:11:11.590 --> 00:11:13.380
 agriculture are radically
 
 00:11:13.380 --> 00:11:16.850
 altering the natural landscape.
 
 00:11:16.850 --> 00:11:20.500
 Here in Alexandria, coastal
 sprawl is shrinking the
 
 00:11:20.500 --> 00:11:24.880
 largest coastal lagoon,
 Marriott Lake.
 
 00:11:24.880 --> 00:11:28.490
 Worse, the wetlands have been
 completely cut off from the
 
 00:11:28.490 --> 00:11:30.800
 Mediterranean by development.
 
 00:11:30.800 --> 00:11:37.730
 
 
 00:11:37.730 --> 00:11:41.520
 With no renewal of water, the
 brackish lagoon is being
 
 00:11:41.520 --> 00:11:45.890
 choked by vegetation that
 thrives on the constant influx
 
 00:11:45.890 --> 00:11:48.005
 of agricultural and chemical
 fertilizers.
 
 00:11:48.005 --> 00:11:51.330
 
 
 00:11:51.330 --> 00:11:55.800
 Dr. El-Sayeed monitors the
 oxygen levels closely.
 
 00:11:55.800 --> 00:12:00.240
 Less oxygen in these waters is
 a sure sign of trouble, and
 
 00:12:00.240 --> 00:12:02.430
 that sewage and fertilizers are
 
 00:12:02.430 --> 00:12:06.480
 creating a dangerous situation.
 
 00:12:06.480 --> 00:12:13.290
 There are signals indicating
 that something bad will take
 
 00:12:13.290 --> 00:12:15.360
 place very soon.
 
 00:12:15.360 --> 00:12:20.110
 If we keep this level of
 dumping, of land-based
 
 00:12:20.110 --> 00:12:25.750
 discharge, then the crisis
 will be inevitable.
 
 00:12:25.750 --> 00:12:30.620
 So hopefully it won\'t reach this
 point, otherwise we\'ll be
 
 00:12:30.620 --> 00:12:31.972
 in trouble.
 
 00:12:31.972 --> 00:12:40.630
 
 
 00:12:40.630 --> 00:12:44.700
 Oxygen is an essential element
 in water, and makes it
 
 00:12:44.700 --> 00:12:49.590
 possible for fish, crabs, and
 most sea life to exist.
 
 00:12:49.590 --> 00:12:52.336
 Without it, they die.
 
 00:12:52.336 --> 00:12:59.810
 
 
 00:12:59.810 --> 00:13:03.890
 Smothered by overpopulation and
 pollution, the bonanza of
 
 00:13:03.890 --> 00:13:08.280
 fish in the Nile delta is
 already coming to an end.
 
 00:13:08.280 --> 00:13:10.580
 Many of the world\'s
 coastal areas have
 
 00:13:10.580 --> 00:13:13.060
 become marine deserts.
 
 00:13:13.060 --> 00:13:15.858
 This may be the next.
 
 00:13:15.858 --> 00:13:25.740
 
 
 00:13:25.740 --> 00:13:28.790
 On the other side of the
 Atlantic lies the Gulf of
 
 00:13:28.790 --> 00:13:32.790
 Mexico, a sea much like
 the Mediterranean.
 
 00:13:32.790 --> 00:13:36.160
 But like the Mediterranean,
 all is not as
 
 00:13:36.160 --> 00:13:37.638
 it appears to be.
 
 00:13:37.638 --> 00:13:42.220
 
 
 00:13:42.220 --> 00:13:46.670
 The shrimp boats are out, as
 usual plying the waters.
 
 00:13:46.670 --> 00:13:51.740
 Dolphins follow in water that
 looks as blue as ever.
 
 00:13:51.740 --> 00:13:58.010
 But up ahead, an ocean of life
 quietly fade to black.
 
 00:13:58.010 --> 00:14:00.237
 This is the dead zone.
 
 00:14:00.237 --> 00:14:15.090
 
 
 00:14:15.090 --> 00:14:18.440
 The only sound is the
 boat\'s engine.
 
 00:14:18.440 --> 00:14:22.221
 Here, there are no birds,
 no sharks, no
 
 00:14:22.221 --> 00:14:25.535
 fish, no life at all.
 
 00:14:25.535 --> 00:14:29.040
 
 
 00:14:29.040 --> 00:14:33.520
 Only The Pelican, out on its
 annual expedition to map one
 
 00:14:33.520 --> 00:14:35.790
 of the world\'s largest
 human-caused dead zones.
 
 00:14:35.790 --> 00:14:40.100
 
 
 00:14:40.100 --> 00:14:43.520
 Catch the water four meters,
 so bring it up to five.
 
 00:14:43.520 --> 00:14:47.430
 Chief scientist Nancy Rabalais
 is measuring the oxygen
 
 00:14:47.430 --> 00:14:51.150
 content at one of her many
 sampling stations.
 
 00:14:51.150 --> 00:14:55.470
 Dead zones occur wherever oxygen
 is depleted below the
 
 00:14:55.470 --> 00:14:58.880
 level necessary to sustain
 marine life.
 
 00:14:58.880 --> 00:15:00.488
 It\'s called hypoxia.
 
 00:15:00.488 --> 00:15:06.980
 
 
 00:15:06.980 --> 00:15:10.920
 Every spring, the Mississippi
 River watches fertilizers and
 
 00:15:10.920 --> 00:15:14.740
 sewage from 32 states
 into the delta and
 
 00:15:14.740 --> 00:15:15.990
 into the Gulf of Mexico.
 
 00:15:15.990 --> 00:15:20.330
 
 
 00:15:20.330 --> 00:15:24.590
 All these nutrients cause a
 massive bloom of algae.
 
 00:15:24.590 --> 00:15:29.120
 When they die, they decompose
 on the sea bed, using up all
 
 00:15:29.120 --> 00:15:30.370
 the oxygen.
 
 00:15:30.370 --> 00:15:35.090
 
 
 00:15:35.090 --> 00:15:37.720
 And the green line is the
 oxygen, which I\'m very
 
 00:15:37.720 --> 00:15:38.950
 interested in.
 
 00:15:38.950 --> 00:15:42.590
 As Rabalais watches, the impact
 of the declining oxygen
 
 00:15:42.590 --> 00:15:45.710
 levels on marine life
 is predictable.
 
 00:15:45.710 --> 00:15:48.605
 Drops to about three, then
 things like sharks and sting
 
 00:15:48.605 --> 00:15:51.210
 rays start to move
 out of the area.
 
 00:15:51.210 --> 00:15:54.691
 And below two, shrimp, fish,
 crabs, will start to move out.
 
 00:15:54.691 --> 00:16:04.320
 [MUSIC PLAYING]
 
 00:16:04.320 --> 00:16:08.600
 For sea life, it\'s as if all the
 air were suddenly sucked
 
 00:16:08.600 --> 00:16:10.250
 out of the world.
 
 00:16:10.250 --> 00:16:12.780
 Those creatures that can
 swim or crawl away
 
 00:16:12.780 --> 00:16:15.390
 fast enough may survive.
 
 00:16:15.390 --> 00:16:18.030
 Those who can\'t die.
 
 00:16:18.030 --> 00:16:25.750
 
 
 00:16:25.750 --> 00:16:28.240
 They die because they
 can\'t breathe.
 
 00:16:28.240 --> 00:16:31.489
 And because the water has
 become a toxic soup.
 
 00:16:31.489 --> 00:16:41.760
 
 
 00:16:41.760 --> 00:16:44.054
 Ryan, I\'m going to take
 number four, OK?
 
 00:16:44.054 --> 00:16:45.304
 OK.
 
 00:16:45.304 --> 00:16:49.720
 
 
 00:16:49.720 --> 00:16:51.870
 We just took this water
 from the bottom.
 
 00:16:51.870 --> 00:16:55.960
 And it smells like hydrogen
 sulfide, which means that
 
 00:16:55.960 --> 00:16:57.630
 there\'s no oxygen
 on the bottom.
 
 00:16:57.630 --> 00:16:59.810
 There\'s absolutely no oxygen
 on the bottom.
 
 00:16:59.810 --> 00:17:01.850
 And hydrogen sulfide is
 toxic to animals.
 
 00:17:01.850 --> 00:17:04.839
 So any of the animals living
 on the bottom right now or
 
 00:17:04.839 --> 00:17:07.740
 either going to die because
 there\'s no often, or because
 
 00:17:07.740 --> 00:17:11.530
 of hydrogen sulfide toxicity.
 
 00:17:11.530 --> 00:17:15.560
 Dr. Rabalais maps the gulf\'s
 dead zone every year.
 
 00:17:15.560 --> 00:17:19.380
 And every year it\'s
 menace grows.
 
 00:17:19.380 --> 00:17:22.390
 It was first discovered
 in the 1970s.
 
 00:17:22.390 --> 00:17:27.339
 and at times has grown to 22,000
 square kilometers.
 
 00:17:27.339 --> 00:17:31.667
 Its legal waters spread from
 the Mississippi to Texas.
 
 00:17:31.667 --> 00:17:40.730
 
 
 00:17:40.730 --> 00:17:45.430
 This is our 25th cruise to map
 this area, started in 1985.
 
 00:17:45.430 --> 00:17:47.840
 Every year we find something
 different.
 
 00:17:47.840 --> 00:17:50.230
 It\'s either that the low oxygen
 forms now where it
 
 00:17:50.230 --> 00:17:51.320
 didn\'t form before.
 
 00:17:51.320 --> 00:17:55.500
 Or if it did, it\'s
 much worse now.
 
 00:17:55.500 --> 00:17:58.490
 And it\'s gone from being
 aperiodic, not happening very
 
 00:17:58.490 --> 00:18:02.440
 often, to being a persistent
 problem in many areas.
 
 00:18:02.440 --> 00:18:04.930
 Coastal dead zones
 are springing up
 
 00:18:04.930 --> 00:18:06.730
 all over the planet.
 
 00:18:06.730 --> 00:18:09.700
 Now there are over 400, many
 
 00:18:09.700 --> 00:18:12.520
 increasing in size and duration.
 
 00:18:12.520 --> 00:18:17.380
 They have doubled in number
 every 10 years since 1960.
 
 00:18:17.380 --> 00:18:21.320
 The worst is the 70,000
 square kilometer
 
 00:18:21.320 --> 00:18:23.687
 Baltic Sea dead zone.
 
 00:18:23.687 --> 00:18:30.020
 
 
 00:18:30.020 --> 00:18:34.040
 Hypoxia is rapidly becoming the
 greatest threat to fish
 
 00:18:34.040 --> 00:18:38.060
 stocks in the Gulf of Mexico
 because it forces them to
 
 00:18:38.060 --> 00:18:41.020
 leave their feeding, spawning,
 and maturation grounds.
 
 00:18:41.020 --> 00:18:43.960
 
 
 00:18:43.960 --> 00:18:46.350
 Things look good at
 the Dean Blanchard
 
 00:18:46.350 --> 00:18:48.730
 Shrimp Factory in Louisiana.
 
 00:18:48.730 --> 00:18:52.810
 But it doesn\'t tell
 the whole story.
 
 00:18:52.810 --> 00:18:54.850
 It virtually knocks us out.
 
 00:18:54.850 --> 00:18:55.855
 It kills us.
 
 00:18:55.855 --> 00:18:58.920
 The reason they call it a dead
 zone is wherever it\'s at,
 
 00:18:58.920 --> 00:19:00.740
 everything in it\'s dead.
 
 00:19:00.740 --> 00:19:03.880
 So you could be gone from
 getting 100,000 pound a shrimp
 
 00:19:03.880 --> 00:19:06.640
 a day, and the dead zone
 moves in, and the
 
 00:19:06.640 --> 00:19:08.670
 next day there\'s nothing.
 
 00:19:08.670 --> 00:19:11.310
 The guys put their trolls in
 the water, and they pick up
 
 00:19:11.310 --> 00:19:14.340
 their nets, and there\'s
 nothing in there.
 
 00:19:14.340 --> 00:19:16.580
 We probably lost two and a
 half million pounds of
 
 00:19:16.580 --> 00:19:19.487
 production because of the
 dead zone last year.
 
 00:19:19.487 --> 00:19:24.850
 
 
 00:19:24.850 --> 00:19:28.100
 Coastal development compounds
 the problem.
 
 00:19:28.100 --> 00:19:31.600
 Wetlands that used to absorb the
 excess nutrients from the
 
 00:19:31.600 --> 00:19:35.840
 river have been lost at an
 alarming rate to both people
 
 00:19:35.840 --> 00:19:37.430
 and industry.
 
 00:19:37.430 --> 00:19:41.590
 Louisiana alone loses the
 equivalent of about one
 
 00:19:41.590 --> 00:19:44.980
 football field of wetlands
 every half hour.
 
 00:19:44.980 --> 00:19:49.860
 
 
 00:19:49.860 --> 00:19:51.980
 They\'re destroying
 our wetlands.
 
 00:19:51.980 --> 00:19:55.880
 The Corps of Engineers came in
 and put up a levy system and
 
 00:19:55.880 --> 00:19:58.460
 changed the natural
 flow of the river.
 
 00:19:58.460 --> 00:20:00.220
 And it\'s like the old
 butter commercial.
 
 00:20:00.220 --> 00:20:02.400
 you can\'t next mess with
 mother nature.
 
 00:20:02.400 --> 00:20:04.860
 And these people think they\'re
 smarter than mother nature.
 
 00:20:04.860 --> 00:20:07.134
 But they\'re now, you Know
 
 00:20:07.134 --> 00:20:12.110
 
 
 00:20:12.110 --> 00:20:16.160
 Many of the effects caused by
 the dead zone are obvious.
 
 00:20:16.160 --> 00:20:19.813
 But scientists are seeing
 more subtle changes.
 
 00:20:19.813 --> 00:20:23.890
 
 
 00:20:23.890 --> 00:20:27.500
 Croaker, an important commercial
 fish in the Gulf,
 
 00:20:27.500 --> 00:20:31.410
 are showing some ominous effects
 of the toxic waters.
 
 00:20:31.410 --> 00:20:35.190
 There\'s a lot known about how
 hypoxia is formed now.
 
 00:20:35.190 --> 00:20:38.040
 But there\'s not much known about
 how it affects animals,
 
 00:20:38.040 --> 00:20:40.205
 except, of course, when
 it kills them
 
 00:20:40.205 --> 00:20:41.310
 because it\'s so severe.
 
 00:20:41.310 --> 00:20:47.290
 So what we are concerned about
 is low levels of oxygen, not
 
 00:20:47.290 --> 00:20:49.870
 so low that it kills
 the animals.
 
 00:20:49.870 --> 00:20:53.280
 But how does it affect their
 complete life history?
 
 00:20:53.280 --> 00:20:55.980
 
 
 00:20:55.980 --> 00:20:59.860
 So these are all juveniles.
 
 00:20:59.860 --> 00:21:01.600
 They\'re in the nursery
 area here.
 
 00:21:01.600 --> 00:21:05.010
 And then when they get a little
 larger they\'ll move
 
 00:21:05.010 --> 00:21:06.956
 into deeper water for feeding.
 
 00:21:06.956 --> 00:21:10.360
 
 
 00:21:10.360 --> 00:21:15.970
 In his lab, the emerging
 picture is grim.
 
 00:21:15.970 --> 00:21:19.770
 First of all, we\'ve seen that
 the development and eggs and
 
 00:21:19.770 --> 00:21:23.290
 sperm is dramatically impaired,
 which makes one
 
 00:21:23.290 --> 00:21:27.000
 concerned about how many fish
 from this region are able to
 
 00:21:27.000 --> 00:21:30.970
 actually produce viable eggs and
 sperm that can contribute
 
 00:21:30.970 --> 00:21:32.790
 to the next generation.
 
 00:21:32.790 --> 00:21:41.130
 
 
 00:21:41.130 --> 00:21:46.600
 We found some of the females had
 male reproductive tissues
 
 00:21:46.600 --> 00:21:50.240
 in their ovaries, which
 suggested a process called
 
 00:21:50.240 --> 00:21:55.490
 masculinization, that
 is they made sperm.
 
 00:21:55.490 --> 00:21:58.760
 We had never seen this with any
 chemical exposures before.
 
 00:21:58.760 --> 00:22:00.468
 So this was a great
 surprise to us.
 
 00:22:00.468 --> 00:22:05.580
 
 
 00:22:05.580 --> 00:22:07.860
 It\'s a dire prognosis.
 
 00:22:07.860 --> 00:22:11.800
 The very ocean that gave birth
 to all life is not only
 
 00:22:11.800 --> 00:22:16.760
 suffocating, it\'s also changing
 basic biology.
 
 00:22:16.760 --> 00:22:20.480
 But here on the coast,
 you\'d never know it.
 
 00:22:20.480 --> 00:22:24.510
 Everyone wants to live here,
 play here, and eat the bounty
 
 00:22:24.510 --> 00:22:27.220
 the ocean provides.
 
 00:22:27.220 --> 00:22:31.220
 Coastal ecosystems like sea
 grass beds make up only a
 
 00:22:31.220 --> 00:22:34.570
 small fraction of the
 global ocean.
 
 00:22:34.570 --> 00:22:37.920
 But they provide shelter and
 food to many species.
 
 00:22:37.920 --> 00:22:41.590
 They are some of the most
 ecologically important parts
 
 00:22:41.590 --> 00:22:42.840
 of the ocean.
 
 00:22:42.840 --> 00:22:47.990
 
 
 00:22:47.990 --> 00:22:51.150
 Coastal zones form an important
 connection between
 
 00:22:51.150 --> 00:22:53.450
 land and sea.
 
 00:22:53.450 --> 00:22:57.100
 90% of marine species
 rely on them at some
 
 00:22:57.100 --> 00:22:58.350
 point in their life.
 
 00:22:58.350 --> 00:23:01.330
 
 
 00:23:01.330 --> 00:23:05.910
 Sea grass beds, mangrove swamps,
 and coral reefs act as
 
 00:23:05.910 --> 00:23:09.490
 natural protective barriers
 for the land.
 
 00:23:09.490 --> 00:23:13.590
 And for marine life, they give
 vital refuge not found in the
 
 00:23:13.590 --> 00:23:14.760
 open ocean.
 
 00:23:14.760 --> 00:23:29.840
 [MUSIC PLAYING]
 
 00:23:29.840 --> 00:23:33.850
 Coral reefs are the jewels of
 the ocean, and are some of its
 
 00:23:33.850 --> 00:23:36.015
 most diverse and productive
 places.
 
 00:23:36.015 --> 00:23:40.080
 
 
 00:23:40.080 --> 00:23:44.220
 Reefs are among the oldest
 living communities on earth,
 
 00:23:44.220 --> 00:23:46.832
 and the most threatened.
 
 00:23:46.832 --> 00:23:59.650
 
 
 00:23:59.650 --> 00:24:03.710
 At first light, fisherman head
 out to the coral reefs, as
 
 00:24:03.710 --> 00:24:04.960
 they have for centuries.
 
 00:24:04.960 --> 00:24:08.320
 
 
 00:24:08.320 --> 00:24:11.850
 Fishing has always defined the
 people of Zanzibar and their
 
 00:24:11.850 --> 00:24:14.230
 coastal culture.
 
 00:24:14.230 --> 00:24:17.520
 In fact, there very names,
 the Swahili,
 
 00:24:17.520 --> 00:24:20.201
 means coast in Arabic.
 
 00:24:20.201 --> 00:24:24.820
 
 
 00:24:24.820 --> 00:24:29.330
 The islands that make Zanzibar
 are themselves ancient coral
 
 00:24:29.330 --> 00:24:32.490
 reefs which sit off the
 east coast of Africa
 
 00:24:32.490 --> 00:24:33.740
 in the Indian Ocean.
 
 00:24:33.740 --> 00:24:38.490
 
 
 00:24:38.490 --> 00:24:41.360
 Today, the fishermen
 are anxious.
 
 00:24:41.360 --> 00:24:46.188
 Their baskets often come
 up with little in them.
 
 00:24:46.188 --> 00:24:55.120
 
 
 00:24:55.120 --> 00:24:58.370
 While the men are out fishing,
 the women\'s work here in
 
 00:24:58.370 --> 00:25:01.220
 Matemwe village, is to
 glean everything
 
 00:25:01.220 --> 00:25:03.360
 else the sea provides.
 
 00:25:03.360 --> 00:25:05.340
 Now there is little
 to collect.
 
 00:25:05.340 --> 00:25:07.990
 
 
 00:25:07.990 --> 00:25:10.230
 They plant and harvest seaweed
 to sell on the
 
 00:25:10.230 --> 00:25:13.040
 international market.
 
 00:25:13.040 --> 00:25:18.730
 But their income hasn\'t kept
 pace with inflation.
 
 00:25:18.730 --> 00:25:22.430
 A shifting global market wants a
 different species of seaweed
 
 00:25:22.430 --> 00:25:24.860
 that is very difficult
 to grow here.
 
 00:25:24.860 --> 00:25:26.860
 So families are losing
 an important
 
 00:25:26.860 --> 00:25:28.110
 part of their income.
 
 00:25:28.110 --> 00:25:31.548
 
 
 00:25:31.548 --> 00:25:40.860
 [MUSIC PLAYING]
 
 00:25:40.860 --> 00:25:44.100
 As the fishermen head home, the
 village gathers for the
 
 00:25:44.100 --> 00:25:45.420
 daily fish auction.
 
 00:25:45.420 --> 00:25:50.020
 
 
 00:25:50.020 --> 00:25:52.336
 What is being sold
 is survival.
 
 00:25:52.336 --> 00:25:55.790
 
 
 00:25:55.790 --> 00:25:58.680
 A quarter of the islanders
 fish for a living.
 
 00:25:58.680 --> 00:26:02.490
 In 1980, that meant
 7,000 fisherman.
 
 00:26:02.490 --> 00:26:04.886
 Today, it means 26,000.
 
 00:26:04.886 --> 00:26:06.136
 [? [SPEAKING SWAHILI] ?]
 
 00:26:06.136 --> 00:26:20.350
 
 
 00:26:20.350 --> 00:26:23.920
 Fisheries biologist, Dr.
 Narriman Jiddawi, is at the
 
 00:26:23.920 --> 00:26:27.620
 Matemwe auction to monitor
 the catch.
 
 00:26:27.620 --> 00:26:29.660
 She grew up on the island.
 
 00:26:29.660 --> 00:26:33.150
 She\'s convinced that marine
 resources need local
 
 00:26:33.150 --> 00:26:37.180
 management in order to prevent
 a collapse of the ecosystem.
 
 00:26:37.180 --> 00:26:40.138
 
 
 00:26:40.138 --> 00:26:41.388
 [? [SPEAKING SWAHILI] ?]
 
 00:26:41.388 --> 00:26:54.480
 
 
 00:26:54.480 --> 00:26:57.030
 The astounding a variety
 of coral reef
 
 00:26:57.030 --> 00:26:59.250
 fish is on full display.
 
 00:26:59.250 --> 00:27:03.660
 But as in the Mediterranean and
 the Gulf of Mexico, these
 
 00:27:03.660 --> 00:27:06.465
 coastal fish stocks are under
 intense pressure.
 
 00:27:06.465 --> 00:27:09.910
 
 
 00:27:09.910 --> 00:27:13.390
 When you ask the fisherman,
 what do you think?
 
 00:27:13.390 --> 00:27:17.160
 How was the fisheries 10
 years ago and now?
 
 00:27:17.160 --> 00:27:18.565
 Most of them say they
 have reduced.
 
 00:27:18.565 --> 00:27:21.880
 
 
 00:27:21.880 --> 00:27:25.660
 But for Zanziban, when you look
 at the catch in 1980 it
 
 00:27:25.660 --> 00:27:27.550
 was around 20,000
 tons per year.
 
 00:27:27.550 --> 00:27:31.410
 2009, it\'s also around
 20,000 tons.
 
 00:27:31.410 --> 00:27:34.640
 But the number of fishermen
 have increased.
 
 00:27:34.640 --> 00:27:37.120
 So catch per fishermen have
 definitely reduced.
 
 00:27:37.120 --> 00:27:39.840
 
 
 00:27:39.840 --> 00:27:42.690
 Although the coral reefs appear
 to be teeming with
 
 00:27:42.690 --> 00:27:45.750
 life, it\'s an illusion.
 
 00:27:45.750 --> 00:27:50.260
 This is only a fraction of the
 number and variety of fish
 
 00:27:50.260 --> 00:27:52.410
 that were once found here.
 
 00:27:52.410 --> 00:27:56.390
 Fish size has also decreased
 dramatically because of
 
 00:27:56.390 --> 00:27:57.669
 overfishing.
 
 00:27:57.669 --> 00:28:04.380
 
 
 00:28:04.380 --> 00:28:08.565
 Global issues like climate
 change also have an impact.
 
 00:28:08.565 --> 00:28:13.290
 
 
 00:28:13.290 --> 00:28:17.470
 Protecting the reef, like they
 do here at the tiny Chum Bay
 
 00:28:17.470 --> 00:28:20.780
 Marine Park, is an insurance
 policy for the future.
 
 00:28:20.780 --> 00:28:23.940
 
 
 00:28:23.940 --> 00:28:28.110
 All over Zanzibar we see signs
 of overfishing, but the reefs
 
 00:28:28.110 --> 00:28:29.930
 have deteriorated.
 
 00:28:29.930 --> 00:28:31.460
 Partly because of
 global warming.
 
 00:28:31.460 --> 00:28:34.100
 
 
 00:28:34.100 --> 00:28:36.000
 We work closely with
 the fishermen
 
 00:28:36.000 --> 00:28:36.870
 along the coast here.
 
 00:28:36.870 --> 00:28:42.190
 And they benefit from fishing
 just outside the park borders.
 
 00:28:42.190 --> 00:28:44.200
 And then they see that they
 catch bigger fish.
 
 00:28:44.200 --> 00:28:47.450
 They catch more fish, when they
 come close to the park.
 
 00:28:47.450 --> 00:28:52.680
 So by leaving this tiny area
 alone, they can actually
 
 00:28:52.680 --> 00:28:56.896
 directly benefit from
 catching more fish.
 
 00:28:56.896 --> 00:29:00.180
 The local fishermen want to
 conserve the resources.
 
 00:29:00.180 --> 00:29:04.120
 So I think some kind of
 ownership, where actually the
 
 00:29:04.120 --> 00:29:07.690
 local villagers are given the
 right to manage their own
 
 00:29:07.690 --> 00:29:11.660
 resources, that would create
 an incentive for them to
 
 00:29:11.660 --> 00:29:14.727
 actually manage the
 resources better.
 
 00:29:14.727 --> 00:29:18.630
 
 
 00:29:18.630 --> 00:29:22.850
 Ensuring that local people have
 a stake in the future is
 
 00:29:22.850 --> 00:29:25.696
 at the heart of several new
 conservation projects.
 
 00:29:25.696 --> 00:29:28.470
 
 
 00:29:28.470 --> 00:29:32.340
 And one of those is here
 on the Fumba Peninsula.
 
 00:29:32.340 --> 00:29:39.540
 
 
 00:29:39.540 --> 00:29:43.490
 Dr. Jiddawi\'s solution is to
 have the women manage the
 
 00:29:43.490 --> 00:29:47.230
 resources along the shore, so
 that they can once again
 
 00:29:47.230 --> 00:29:51.230
 supplement their family\'s
 income.
 
 00:29:51.230 --> 00:29:55.240
 The women of Fumba by have
 always collected shellfish.
 
 00:29:55.240 --> 00:29:59.810
 But now they work with Jiddawi
 in experimental no take zones
 
 00:29:59.810 --> 00:30:01.840
 in the tidal pools.
 
 00:30:01.840 --> 00:30:03.800
 They leave the smaller
 shellfish to
 
 00:30:03.800 --> 00:30:06.590
 grow so they can reproduce.
 
 00:30:06.590 --> 00:30:11.361
 Jiddawi has made the women
 conservation monitors.
 
 00:30:11.361 --> 00:30:13.190
 [SPEAKING SWAHILI]
 
 00:30:13.190 --> 00:30:15.220
 Take the big ones
 like this one.
 
 00:30:15.220 --> 00:30:16.797
 We call it [? Corroboree. ?]
 
 00:30:16.797 --> 00:30:19.288
 Write down the different
 types.
 
 00:30:19.288 --> 00:30:21.920
 
 
 00:30:21.920 --> 00:30:23.170
 How many, three?
 
 00:30:23.170 --> 00:30:27.460
 
 
 00:30:27.460 --> 00:30:31.940
 The women of Fumba are improving
 their livelihood, at
 
 00:30:31.940 --> 00:30:34.810
 the same time conserving
 their resources.
 
 00:30:34.810 --> 00:30:38.340
 We have initiated no take
 zones in all of
 
 00:30:38.340 --> 00:30:40.220
 the four small villages.
 
 00:30:40.220 --> 00:30:41.280
 Why no take zones?
 
 00:30:41.280 --> 00:30:43.480
 Because they are always
 going to collect.
 
 00:30:43.480 --> 00:30:46.180
 They need to have an area which
 is like a nursery to
 
 00:30:46.180 --> 00:30:47.240
 remain intact.
 
 00:30:47.240 --> 00:30:50.240
 So in that no take zone, which
 is the size maybe or two
 
 00:30:50.240 --> 00:30:53.650
 football pitches, nobody it
 allowed to collect anything.
 
 00:30:53.650 --> 00:30:55.350
 You are not even allowed to go
 and fish on top of that no
 
 00:30:55.350 --> 00:30:59.765
 take area, so that it remains
 intact, the shells and other
 
 00:30:59.765 --> 00:31:01.580
 organism will be bigger.
 
 00:31:01.580 --> 00:31:04.370
 They will produce and feed
 the other areas.
 
 00:31:04.370 --> 00:31:07.180
 
 
 00:31:07.180 --> 00:31:09.550
 Every six months,
 the women count
 
 00:31:09.550 --> 00:31:11.720
 and measure the shellfish.
 
 00:31:11.720 --> 00:31:15.660
 They present the results to the
 community so that everyone
 
 00:31:15.660 --> 00:31:20.230
 has a stake in the new
 conservation ethic.
 
 00:31:20.230 --> 00:31:24.760
 For now, it\'s the need to eat
 that drives the villagers.
 
 00:31:24.760 --> 00:31:28.070
 Hunger can easily drown out
 the conservation message.
 
 00:31:28.070 --> 00:31:30.640
 
 
 00:31:30.640 --> 00:31:32.570
 They monitor themselves.
 
 00:31:32.570 --> 00:31:35.060
 And they see that there
 is a product.
 
 00:31:35.060 --> 00:31:36.900
 It\'s really a conserved area.
 
 00:31:36.900 --> 00:31:38.570
 And they see the benefit.
 
 00:31:38.570 --> 00:31:41.010
 But if they are just
 told conservation,
 
 00:31:41.010 --> 00:31:43.260
 conservation, for what?
 
 00:31:43.260 --> 00:31:44.410
 They are poor.
 
 00:31:44.410 --> 00:31:46.750
 They cannot to get anything
 from that.
 
 00:31:46.750 --> 00:31:48.470
 Then definitely they are
 will not accept.
 
 00:31:48.470 --> 00:31:51.930
 
 
 00:31:51.930 --> 00:31:58.850
 So what I would like to see is
 that the sea is conserved.
 
 00:31:58.850 --> 00:32:03.590
 So the ultimate goal should be
 improvement of livelihood
 
 00:32:03.590 --> 00:32:06.010
 while conserving
 the resources.
 
 00:32:06.010 --> 00:32:08.830
 If this happens that would be
 the most wonderful thing,
 
 00:32:08.830 --> 00:32:10.360
 because people would be.
 
 00:32:10.360 --> 00:32:12.970
 People would be earning money.
 
 00:32:12.970 --> 00:32:15.150
 It would be wonderful.
 
 00:32:15.150 --> 00:32:19.680
 We\'ve become a major force
 in the life of the ocean.
 
 00:32:19.680 --> 00:32:23.385
 Fortunately, it has some
 passionate defenders.
 
 00:32:23.385 --> 00:32:29.610
 
 
 00:32:29.610 --> 00:32:33.540
 Jacque Costeau called the
 sea a silent world.
 
 00:32:33.540 --> 00:32:35.266
 He was wrong.
 
 00:32:35.266 --> 00:32:39.640
 
 
 00:32:39.640 --> 00:32:42.890
 Noisy sea urchins are finishing
 off of a feeding
 
 00:32:42.890 --> 00:32:47.030
 frenzy, scraping their teeth
 along the rocky reef as they
 
 00:32:47.030 --> 00:32:49.730
 graze on kelp and algae.
 
 00:32:49.730 --> 00:32:54.500
 The deafening sound is a
 distress signal, an SOS from a
 
 00:32:54.500 --> 00:32:56.398
 reef out of balance.
 
 00:32:56.398 --> 00:33:02.100
 
 
 00:33:02.100 --> 00:33:06.680
 But here, on the Goat Island
 Marine Reserve in New Zealand,
 
 00:33:06.680 --> 00:33:10.940
 the decibel level has dropped
 radically thanks to this man.
 
 00:33:10.940 --> 00:33:13.670
 
 
 00:33:13.670 --> 00:33:18.130
 Dr. Bill Valentine laid the
 path 40 years ago as the
 
 00:33:18.130 --> 00:33:20.970
 godfather of marine reserves.
 
 00:33:20.970 --> 00:33:25.360
 Today, marine reserves are
 recognized as a crucial way of
 
 00:33:25.360 --> 00:33:30.480
 protecting diversity and
 habitat in the ocean.
 
 00:33:30.480 --> 00:33:34.140
 How do you protect things you
 haven\'t even discovered yet?
 
 00:33:34.140 --> 00:33:38.048
 The only way is to leave
 some chunks alone.
 
 00:33:38.048 --> 00:33:40.900
 I\'ve been a marine scientist
 for 50 years.
 
 00:33:40.900 --> 00:33:44.550
 During that time our knowledge
 of this and that has doubled,
 
 00:33:44.550 --> 00:33:46.160
 quadrupled.
 
 00:33:46.160 --> 00:33:49.800
 But if I\'m talking to the public
 or my grandchildren,
 
 00:33:49.800 --> 00:33:54.570
 instead of rabbiting on about
 what we know, I want to stress
 
 00:33:54.570 --> 00:33:55.820
 how little we know.
 
 00:33:55.820 --> 00:33:59.890
 
 
 00:33:59.890 --> 00:34:03.210
 New Zealand is a small country
 with a long coastline.
 
 00:34:03.210 --> 00:34:07.230
 
 
 00:34:07.230 --> 00:34:10.710
 With no land in sight, it\'s
 one of the most maritime
 
 00:34:10.710 --> 00:34:14.080
 nations on earth.
 
 00:34:14.080 --> 00:34:17.620
 It\'s no surprise that the
 worldwide movement for marine
 
 00:34:17.620 --> 00:34:20.170
 reserves began here.
 
 00:34:20.170 --> 00:34:24.429
 Nor is it surprising that the
 battle lines were drawn early.
 
 00:34:24.429 --> 00:34:28.770
 Fishing is a huge industry in
 New Zealand, both commercially
 
 00:34:28.770 --> 00:34:30.020
 and recreationally.
 
 00:34:30.020 --> 00:34:38.870
 
 
 00:34:38.870 --> 00:34:42.460
 Goat Island near the Lee Marine
 Laboratory is where it
 
 00:34:42.460 --> 00:34:43.710
 all started.
 
 00:34:43.710 --> 00:34:46.000
 
 
 00:34:46.000 --> 00:34:51.550
 Back in 1965, when I took on the
 job of being in charge of
 
 00:34:51.550 --> 00:34:55.929
 a little hut in field miles from
 anywhere as the resident
 
 00:34:55.929 --> 00:35:02.050
 biologist, my boss Professor
 Chapman said at a meeting, we
 
 00:35:02.050 --> 00:35:04.890
 ought to get a marine reserve,
 and everybody else said,
 
 00:35:04.890 --> 00:35:05.850
 what\'s that?
 
 00:35:05.850 --> 00:35:09.000
 And he said, well, you know,
 place where, if we mark some
 
 00:35:09.000 --> 00:35:12.440
 animals and build a few little
 cages and things, people don\'t
 
 00:35:12.440 --> 00:35:14.360
 kick them to pieces
 and eat them.
 
 00:35:14.360 --> 00:35:15.460
 And we said, great idea.
 
 00:35:15.460 --> 00:35:16.710
 Go for it.
 
 00:35:16.710 --> 00:35:19.570
 
 
 00:35:19.570 --> 00:35:23.330
 Scientists soon realized that
 large parts of the reef in
 
 00:35:23.330 --> 00:35:26.080
 Goat Island Bay had
 been grazed to a
 
 00:35:26.080 --> 00:35:27.625
 stubble by sea urchins.
 
 00:35:27.625 --> 00:35:32.080
 
 
 00:35:32.080 --> 00:35:35.200
 Their chief predators, snappers
 and spiny rock
 
 00:35:35.200 --> 00:35:38.150
 lobsters, had been
 over-fished.
 
 00:35:38.150 --> 00:35:41.950
 Eventually, after a bitter,
 12-year battle, five
 
 00:35:41.950 --> 00:35:45.680
 kilometers of this coastal reef
 where protected in one of
 
 00:35:45.680 --> 00:35:47.690
 the world\'s first
 marine reserves.
 
 00:35:47.690 --> 00:35:55.600
 
 
 00:35:55.600 --> 00:35:59.430
 40 years later, Valentine
 is still at it.
 
 00:35:59.430 --> 00:36:01.033
 And it is still a battle.
 
 00:36:01.033 --> 00:36:04.100
 
 
 00:36:04.100 --> 00:36:06.720
 I keep getting questions
 at public meetings, how
 
 00:36:06.720 --> 00:36:08.060
 small can they be?
 
 00:36:08.060 --> 00:36:11.100
 And I have to take a deep
 breath, and look the person
 
 00:36:11.100 --> 00:36:15.880
 very carefully in the eye, and
 smile, and say, before I
 
 00:36:15.880 --> 00:36:19.070
 answer that question, which I
 will try to do, I have to ask
 
 00:36:19.070 --> 00:36:22.010
 you, why are you asking?
 
 00:36:22.010 --> 00:36:25.920
 If you are asking how little
 can we feed our children,
 
 00:36:25.920 --> 00:36:27.170
 people would worry about you.
 
 00:36:27.170 --> 00:36:30.090
 
 
 00:36:30.090 --> 00:36:32.752
 Why do you wish to know how
 little we could do?
 
 00:36:32.752 --> 00:36:36.090
 
 
 00:36:36.090 --> 00:36:40.060
 Isn\'t it more important to
 make sure we do enough?
 
 00:36:40.060 --> 00:36:43.830
 
 
 00:36:43.830 --> 00:36:46.430
 The little experiment
 paid off.
 
 00:36:46.430 --> 00:36:49.800
 It took seven years for the main
 predators at Goat Island
 
 00:36:49.800 --> 00:36:53.010
 to come back.
 
 00:36:53.010 --> 00:36:57.770
 Snappers are now 30 times more
 abundant inside the reserve
 
 00:36:57.770 --> 00:36:58.980
 than outside.
 
 00:36:58.980 --> 00:37:03.620
 And the large female snappers
 here produce as many eggs as
 
 00:37:03.620 --> 00:37:07.961
 those along 90 kilometers
 of unprotected coast.
 
 00:37:07.961 --> 00:37:12.871
 
 
 00:37:12.871 --> 00:37:16.920
 The predators soon got the
 urchins under control,
 
 00:37:16.920 --> 00:37:19.740
 allowing the kelp and
 coral to thrive.
 
 00:37:19.740 --> 00:37:23.040
 Once again, small fish
 and crustaceans
 
 00:37:23.040 --> 00:37:25.011
 have food and shelter.
 
 00:37:25.011 --> 00:37:30.790
 
 
 00:37:30.790 --> 00:37:34.930
 The results startled everyone,
 and no one more so than
 
 00:37:34.930 --> 00:37:38.080
 Valentine himself.
 
 00:37:38.080 --> 00:37:40.990
 Everybody wants to know what
 would happen if we made a
 
 00:37:40.990 --> 00:37:42.926
 marine reserve here or there.
 
 00:37:42.926 --> 00:37:44.850
 And the answer is
 we don\'t know.
 
 00:37:44.850 --> 00:37:47.950
 And that\'s the best reason
 for doing it.
 
 00:37:47.950 --> 00:37:52.350
 See, a marine reserve is a
 success if it remains or
 
 00:37:52.350 --> 00:37:54.300
 becomes more natural.
 
 00:37:54.300 --> 00:37:56.600
 That\'s it.
 
 00:37:56.600 --> 00:37:58.850
 There isn\'t a plan for
 this to happen.
 
 00:37:58.850 --> 00:38:00.360
 We\'re allowing it.
 
 00:38:00.360 --> 00:38:07.090
 
 
 00:38:07.090 --> 00:38:10.710
 Poor Knights is a chain of
 volcanic islands where the
 
 00:38:10.710 --> 00:38:13.260
 land has long been protected.
 
 00:38:13.260 --> 00:38:16.780
 It\'s one of the highest-rated
 dive sites in the world, a
 
 00:38:16.780 --> 00:38:20.250
 seemingly perfect candidate
 for New Zealand\'s second
 
 00:38:20.250 --> 00:38:21.667
 marine reserve.
 
 00:38:21.667 --> 00:38:24.052
 Just near the entrance there\'s
 some rocks hanging down.
 
 00:38:24.052 --> 00:38:27.040
 There\'s some bubble kelp.
 
 00:38:27.040 --> 00:38:30.370
 Wade [? Doog ?] and his son
 Brady are passionate about
 
 00:38:30.370 --> 00:38:33.650
 this underwater paradise.
 
 00:38:33.650 --> 00:38:37.680
 Wade is one of the country\'s
 pioneer divers and underwater
 
 00:38:37.680 --> 00:38:39.090
 photographers.
 
 00:38:39.090 --> 00:38:41.680
 It\'s divers like him,
 supported by the Lee
 
 00:38:41.680 --> 00:38:44.300
 scientists, who fought
 to have Poor Knights
 
 00:38:44.300 --> 00:38:46.250
 also declared a reserve.
 
 00:38:46.250 --> 00:38:49.690
 So I\'ve always said the day that
 the golden snapper come
 
 00:38:49.690 --> 00:38:52.540
 back to Rico Rico Caves is the
 day that we\'re starting to
 
 00:38:52.540 --> 00:38:54.750
 make real progress.
 
 00:38:54.750 --> 00:38:57.960
 Now at 70, he rarely dives.
 
 00:38:57.960 --> 00:39:01.810
 It\'s his son Brady who captures
 the images that tell
 
 00:39:01.810 --> 00:39:04.902
 the story of an amazing
 transformation.
 
 00:39:04.902 --> 00:39:14.750
 [MUSIC PLAYING]
 
 00:39:14.750 --> 00:39:18.000
 They\'re accumulating
 from all around.
 
 00:39:18.000 --> 00:39:21.400
 They\'ve gotten to understand
 that it\'s a lot safer at the
 
 00:39:21.400 --> 00:39:25.820
 Poor Knights than on the coasts
 or anywhere else.
 
 00:39:25.820 --> 00:39:29.620
 Now we\'re seeing massive
 populations of fishes which
 
 00:39:29.620 --> 00:39:36.250
 we\'re just a vestige, hardly
 any, almost disappeared.
 
 00:39:36.250 --> 00:39:39.300
 And the recovery rate, it
 doesn\'t increase in an
 
 00:39:39.300 --> 00:39:40.950
 arithmetical way.
 
 00:39:40.950 --> 00:39:43.080
 It goes out in big jumps.
 
 00:39:43.080 --> 00:39:46.300
 And that\'s what\'s
 so staggering.
 
 00:39:46.300 --> 00:39:47.780
 You\'ve got to give it a
 little bit of time.
 
 00:39:47.780 --> 00:39:52.260
 
 
 00:39:52.260 --> 00:39:55.390
 When the Poor Knights Marine
 Reserve was established in
 
 00:39:55.390 --> 00:40:00.630
 1981, the stated goal was
 to protect reef fish.
 
 00:40:00.630 --> 00:40:04.830
 However, with the exception of
 two small no take areas,
 
 00:40:04.830 --> 00:40:09.430
 recreational fishing
 was allowed.
 
 00:40:09.430 --> 00:40:14.730
 They settled on a system whereby
 recreational fishing
 
 00:40:14.730 --> 00:40:20.312
 for some species, by some
 methods, was legal.
 
 00:40:20.312 --> 00:40:24.280
 Well, it\'s like, if you\'ve got
 an art gallery, you say,
 
 00:40:24.280 --> 00:40:26.455
 people shall not damage
 the pictures.
 
 00:40:26.455 --> 00:40:31.240
 You don\'t say little scratches
 are all right on Tuesday\'s if
 
 00:40:31.240 --> 00:40:32.844
 you\'re under five.
 
 00:40:32.844 --> 00:40:39.450
 No, no, no, protection is
 something that doesn\'t have
 
 00:40:39.450 --> 00:40:41.440
 some sort of minimum level.
 
 00:40:41.440 --> 00:40:44.160
 
 
 00:40:44.160 --> 00:40:47.560
 It took 17 more years
 to realize the
 
 00:40:47.560 --> 00:40:49.690
 folly of that decision.
 
 00:40:49.690 --> 00:40:53.540
 In October, 1998, the
 Poor Nights Reserve
 
 00:40:53.540 --> 00:40:55.940
 became fully no take.
 
 00:40:55.940 --> 00:40:59.050
 And the vibrant underwater
 world exploded
 
 00:40:59.050 --> 00:41:01.325
 once again with life.
 
 00:41:01.325 --> 00:41:07.030
 [MUSIC PLAYING]
 
 00:41:07.030 --> 00:41:09.550
 So it\'s no take or nothing.
 
 00:41:09.550 --> 00:41:12.350
 It\'s proving to be an
 essential principle.
 
 00:41:12.350 --> 00:41:15.740
 And it\'s the only way to get
 significant results.
 
 00:41:15.740 --> 00:41:21.210
 
 
 00:41:21.210 --> 00:41:26.260
 New Zealand has been exemplary
 in protecting 30% of its land,
 
 00:41:26.260 --> 00:41:29.690
 an idea that the world
 readily accepts.
 
 00:41:29.690 --> 00:41:33.020
 But the idea of protecting
 marine habitat has
 
 00:41:33.020 --> 00:41:34.810
 a long way to go.
 
 00:41:34.810 --> 00:41:39.760
 New Zealand is also a leader
 here, with 32 marine reserves.
 
 00:41:39.760 --> 00:41:44.430
 
 
 00:41:44.430 --> 00:41:48.045
 They\'ve shown the world that
 recovery is possible.
 
 00:41:48.045 --> 00:41:53.640
 
 
 00:41:53.640 --> 00:41:54.700
 We learned the hard way.
 
 00:41:54.700 --> 00:41:58.720
 Going down this road, we fell
 into all the pot holes, and
 
 00:41:58.720 --> 00:42:00.160
 crawled out grazed
 and dripping.
 
 00:42:00.160 --> 00:42:03.870
 We went down all the dead ends
 and byways, and got lost, and
 
 00:42:03.870 --> 00:42:06.660
 struggled back.
 
 00:42:06.660 --> 00:42:09.460
 I\'m really proud that
 we kept going.
 
 00:42:09.460 --> 00:42:11.440
 But I won\'t like anybody
 to think we knew
 
 00:42:11.440 --> 00:42:14.040
 what we were doing.
 
 00:42:14.040 --> 00:42:18.740
 
 
 00:42:18.740 --> 00:42:22.960
 It\'s just as if you put the
 rainforest back in the Amazon.
 
 00:42:22.960 --> 00:42:25.185
 And that encourages
 me immensely.
 
 00:42:25.185 --> 00:42:31.850
 
 
 00:42:31.850 --> 00:42:36.620
 Today, marine reserves are an
 antidote to our collective
 
 00:42:36.620 --> 00:42:40.830
 amnesia about what the oceans
 once were, and what
 
 00:42:40.830 --> 00:42:43.430
 they could be again.
 
 00:42:43.430 --> 00:42:49.110
 It\'s quite difficult to remind
 people that all this stuff was
 
 00:42:49.110 --> 00:42:52.370
 this for a million years
 before people.
 
 00:42:52.370 --> 00:42:55.060
 So the idea that we are required
 to manage it is
 
 00:42:55.060 --> 00:42:57.460
 ridiculous.
 
 00:42:57.460 --> 00:42:59.340
 What we are having
 to manage is us.
 
 00:42:59.340 --> 00:43:15.741
 [MUSIC PLAYING]
 
 00:43:15.741 --> 00:43:47.454
 [MUSIC PLAYING]
Distributor: Bullfrog Films
Length: 44 minutes
Date: 2012
Genre: Expository
Language: English / English subtitles
Grade: 8-12, College, Adult
		Color/BW: 
		 
	
Closed Captioning: Available
Audio description: Available
Interactive Transcript: Available
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