Environment

FSI scholars approach their research on the environment from regulatory, economic and societal angles. The Center on Food Security and the Environment weighs the connection between climate change and agriculture; the impact of biofuel expansion on land and food supply; how to increase crop yields without expanding agricultural lands; and the trends in aquaculture. FSE’s research spans the globe – from the potential of smallholder irrigation to reduce hunger and improve development in sub-Saharan Africa to the devastation of drought on Iowa farms. David Lobell, a senior fellow at FSI and a recipient of a MacArthur “genius” grant, has looked at the impacts of increasing wheat and corn crops in Africa, South Asia, Mexico and the United States; and has studied the effects of extreme heat on the world’s staple crops.

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Can Africa rise to the challenge of feeding itself in the 21st century?
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At 90, William J. Perry has seen a lot in this world.

Maybe, in fact, too much. When it comes to nuclear warfare and annihilation, few people alive have contemplated such tragic outcomes quite like Perry, a senior fellow at the Center for International Security and Cooperation (CISAC), a former U.S. secretary of defense, and one of the world’s top nuclear weapons experts.

Perry, who becomes a nonagenarian on Oct. 11, has been called America’s “nuclear conscience.” He has sometimes referred to himself as a “prophet of doom,” and certainly not in a congratulatory sense, but more as a scientist on a mission. A brilliant mathematician who's worked with nearly every administration since Eisenhower, Perry's been up-close to nuclear weapons and near-miss crises for the last several decades.

Today, Perry is devoted to education on the subject of nuclear weapons – he understands exactly how much horror they would wreak on humanity and beyond.

And while no one would call Perry a crusader type (he is pragmatic, modest and private), there’s no doubt he’s on an energetic crusade for a nuclear-free world. Reaching young minds – those who will inherit the leadership of this world – is his calculus in the formula of world peace.

So, Perry reaches out in ways that resonant with youth. Last year created a series of virtual lectures, "Living at the Nuclear Brink," known as a MOOC, or massive open online course. His new online course, "The Threat of Nuclear Terrorism," launches Oct. 17.  

“Nuclear weapons may seem like 20th century history, but the choices we make about these weapons in the 21st century will decide your future in truly fundamental ways,” Perry wrote in the earlier course's introduction.

Conversations with conscience

An engineer and policy maker, Perry has academic affiliations that range widely across the Stanford campus. He is the Michael and Barbara Berberian Professor (emeritus), a senior fellow at the Freeman Spogli Institute for International Studies, and a senior fellow at the Hoover Institution. He's always in demand for a panel discussion or speaker event.

On Nov. 1, he's the featured subject of a CISAC event, "A Conversation with William J. Perry: Assessing Nuclear Risk in a New Era." That talk will include a Perry discussion with CISAC co-director Amy Zegart and another panel discussion, led by CISAC co-director Rod Ewing, with scholars Siegfried Hecker, David Holloway and Scott Sagan.

Perry's been known to participate in “Ask Me Anything” chats on Reddit, a place popular with youth. He connects with all types of audiences, conveying in direct encounters the exact nature of the nuclear dangers now facing civilization, and what can be done to reduce those dangers. This mission to educate led him to write a memoir, My Journey at the Nuclear Brink, all the while giving countless media interviews and delivering major speeches before major think tanks, nongovernmental organizations and policymakers.

One core Perry message is that U.S. foreign policies do not reflect the existing danger of nuclear threats -- the reason is that this risk isn’t widely recognized across society. And young people need to understand this dynamic that creates a distorted, too complacent view of a very real nuclear weapons problem throughout the world.

Perry, with the help of both his daughter, Robin Perry, his son, David Perry, granddaughter, Lisa Perry, and grandson Patrick Allen, established the William J. Perry Project, which informs the public about the role of nuclear weapons in today's world, while urging the elimination of these weapons.

It’s a family on a mission, and the Perrys believe the only way to avoid nuclear war is by directly contemplating the scenario in a personal, direct sense through learning and education.

"We're really just out there trying to reach a generation that isn't engaged on this issue right now," said Lisa Perry in an article on the Perry Project web site. She is the digital media manager for the project. "It's something we learned in history class. There was no conversation about what's happening now."

As her grandfather explained, "The dangers will never go away as long as we have nuclear weapons. But we should take every action to lower the dangers, and I think it can be done."

Early entrepreneurship days

Perry was born in Vandergrift, Pennsylvania, in 1927, the year that Charles Lindbergh completed the first solo flight across the Atlantic.

As a child, Perry fell in love with math. Math for him represented analytical discipline and the beauty of overcoming challenge. By solving math problems, one can master not only numerical problems, but other seemingly all-too difficult challenges. The key, as Perry discovered, was breaking down the larger problem into smaller parts. This evolved complexity into simplicity, which is more easily understood. Perry went on to cultivate this problem-solving mindset the rest of his life.

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Perry saw the world as a young man – he left college at 18 to enlist in the U.S. Army, serving in the army of occupation of Japan. There he witnessed firsthand the devastating aftermath of the conventional and nuclear bombings in Japan. Those experiences in Japan shaped his perspectives forever on issues like arms control and national security.

After his military service, Perry received his B.S. (1949) and M.A. (1950) degrees from Stanford, and a Ph.D. in mathematics from Pennsylvania State University in 1957. He chose a career in defense electronics, and became one of the Silicon Valley’s early entrepreneurs, founding a company that pioneered digital technologies to analyze the Soviet nuclear missile arsenal. And so, he was often asked to counsel the federal government on national security.

In October 1962 during the Cuban missile crisis, Perry received an urgent request from the U.S. government to help analyze U-2 photos of the Soviet installation of nuclear-armed missiles in Cuba. Perry later recollected that he thought the world could end during that crisis, and that those days might well be his last.

From 1977 to 1981 during the Carter administration, Perry served as the Pentagon’s undersecretary of defense for research and engineering, where he oversaw weapon systems and research. After leaving the Pentagon in 1981 to work in the private sector, Perry became a Stanford engineering professor and a co-director of the Preventive Defense Project at Stanford's Center for International Security and Cooperation (CISAC).

He was the co-director of CISAC from 1988 to 1993. Today, he is the Michael and Barbara Berberian Professor emeritus at Stanford, with a joint appointment at the Freeman Spogli Institute for International Studies and the School of Engineering. He is also a senior fellow at the Hoover Institution.

In 1994, President Bill Clinton tapped Perry to become the 19th U.S. Secretary of Defense. However, it was not so easy for the White House to recruit him.

Perry treasured his privacy so much that he originally turned down the job of defense secretary. Only when Clinton and Al Gore assured him that his family’s privacy could be maintained, he finally accepted the offer. With the Cold War having ended a fear years earlier, he found it would become a historic time to serve as America’s defense secretary.

Years later he recalled standing with his Russian and Ukrainian counterparts as their teams destroyed missile silos in the former Soviet Union. By the end of the 1980s, Perry thought the world had survived the horrific prospect of nuclear annihilation – and that it was behind everyone, left in the ashes of the Cold War.

Not so fast. Welcome to 2017.

Beyond doomsday

Today, Perry believes, the world is arguably more dangerous than ever before. His view is supported by The Bulletin of Atomic Scientists, which announced in January 2017 that the Doomsday clock now stands at two-and-a-half minutes to midnight, suggesting that existential threats now pose a greater danger to humanity than they have at any time since the height of the Cold War.

In fact, in 2016, Perry warned that the Doomsday clock should stand at five minutes to midnight for nuclear war – but only one minute to midnight for the threat of nuclear terrorism. He said during that press conference that the clock now issued a “more dangerous, more ominous forecast than two thirds of the years during the Cold War.”

As a result, Perry’s profile has risen higher than ever as the world confronts increasingly unsettling nuclear threats like a war between the U.S. and North Korea, reckless nuclear rhetoric by state leaders, and the possibility that terrorists may use nukes.

On North Korea in particular, Perry has urged a return to deterrence on the part of the United States:

“The threat to use nuclear weapons has always been tied to deterrence or extended deterrence; historical U.S. policy is that the use of nuclear weapons would only be in response to the first use of nuclear weapons against the United States or an ally covered by our extended deterrence,” he said in a statement.

With North Korea, Perry notes that the U.S. should not make empty threats, because empty threats weaken America’s credibility and reduce the ability to actually take strong action. “As Theodore Roosevelt said, ‘Speak softly but carry a big stick,’” he said.

During the early Cold War, he said, when the Soviets used “shrill” language, U.S. presidents like Eisenhower merely responded in tempered, moderate tones. “Just as in those tense times, today’s crisis also calls for measured language,” Perry said.

On top of this, Perry said the U.S. and Russians seem to be “sleepwalking into this new nuclear arms race,” and that while a new Cold War and arms race may look different than the prior one in U.S.-Soviet history, they are both dangerous and “totally unnecessary.”

Whether on the North Korean peninsula or elsewhere, a miscalculation could be catastrophic, Perry warns. That’s one reason he joined other former "Cold Warriors" like George Schulz, Henry Kissinger and Sam Nunn to write an op-ed in the Wall Street Journal in 2007. They argued that the goal of U.S. nuclear policy should be not merely the reduction and control of atomic arms, but the ultimate elimination of all nuclear weapons everywhere.

What type of world does Perry dream about in his brightest visions? One without nuclear weapons. He believes collective humanity must “delegitimize” nuclear war as an acceptable risk of modern civilization. A safer world, one that requires great purpose, persistence, and patience to make a reality, is possible, if people understand the threats and take action to reduce them, Perry has said.

“This global threat requires unified global action,” Perry wrote in July 2017 in support of a new United Nations treaty banning the use of nuclear weapons.

Education and knowledge – that’s how Perry believes humanity can safely evolve past its nuclear phase.

MEDIA CONTACT:

Clifton B. Parker, Center for International Security and Cooperation: (650) 725-6488, cbparker@stanford.edu

 

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William J. Perry talks with Stanford students in 2013. Perry, who turns 90 on Oct. 11, has been called America’s “nuclear conscience." The Stanford professor emeritus has led a decades-long educational effort to teach people, especially the young, about nuclear dangers.
Courtesy of CISAC
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Co-sponsored by the Center for East Asian Studies and the Asia Health Policy Program

With rapid economic development, changes in lifestyle, epidemiologic transition and the ageing of the population, China’s primary health challenge has become Non-Communicable Diseases (NCDs). Zhejiang province—one of the wealthiest and longest-lived—illustrates how China is responding to this challenge. In Zhejiang, NCDs account for 85% of deaths; the prevalence of hypertension and diabetes are 26.7 % and 7.4%, respectively; and the age of onset of diabetes is getting progressively younger. This seminar will focus on two inter-related strategies: strengthening primary care management of chronic disease, and leveraging newly created regional “big data” platforms to improve policy. Drawing on collaborative research with Stanford’s Asia Health Policy Program, Dr. Zhong will discuss management of hypertension and diabetes patients in community health centers, as well as how Ningbo City of Zhejiang exemplifies the experience of many local governments (municipalities or counties) in building their own regional health information platforms. By gradually collecting all administrative data and other health-related information for their residents from birth to death, including medical claims, vaccination records, lifestyle behaviors, environmental and meteorological factors, and so on, more and more local policymakers seek to analyze big data to explore potential risk factors, pilot targeted interventions, and support evidence-based health policies.

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Zhong, Jieming graduated from the school of public health of Zhejiang University and received his master's degree in public health (MPH) from the Chinese Center for Disease Control and Prevention. He is the director of the Department of Non-communicable Disease (NCD) Control and Prevention in the Zhejiang CDC. He served as deputy director of the Department of Tuberculosis Control and Prevention in Zhejiang CDC during 2008-2014. He is a member of the Zhejiang Preventive Medicine Association and has engaged in and chaired several international cooperation and local research projects. He has in-depth research on NCDs and TB control and prevention, and has published over 30 scientific papers in related fields.

Zhong Jieming Director of the Department of NCD Control and Prevention, Zhejiang CDC, China.
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Food security will be increasingly challenged by climate change, natural resource degradation, and population growth. Wheat yields, in particular, have already stagnated in many regions and will be further affected by warming temperatures. Despite these challenges, wheat yields can be increased by improving management practices in regions with existing yield gaps. To identify the magnitude and causes of current yield gaps in India, one of the largest wheat producers globally, we produced 30 meter resolution yield maps from 2001 to 2015 across the Indo-Gangetic Plains (IGP), the nation's main wheat belt. Yield maps were derived using a new method that translates satellite vegetation indices to yield estimates using crop model simulations, bypassing the need for ground calibration data. This is one of the first attempts to apply this method to a smallholder agriculture system, where ground calibration data are rarely available. We find that yields can be increased by 11% on average and up to 32% in the eastern IGP by improving management to current best practices within a given district. Additionally, if current best practices from the highest-yielding state of Punjab are implemented in the eastern IGP, yields could increase by almost 110%. Considering the factors that most influence yields, later sow dates and warmer temperatures are most associated with low yields across the IGP. This suggests that strategies to reduce the negative effects of heat stress, like earlier sowing and planting heat-tolerant wheat varieties, are critical to increasing wheat yields in this globally-important agricultural region.

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Although development organizations agree that reliable access to energy and energy services—one of the 17 Sustainable Development Goals—is likely to have profound and perhaps disproportionate impacts on women, few studies have directly empirically estimated the impact of energy access on women's empowerment. This is a result of both a relative dearth of energy access evaluations in general and a lack of clarity on how to quantify gender impacts of development projects. Here we present an evaluation of the impacts of the Solar Market Garden—a distributed photovoltaic irrigation project—on the level and structure of women's empowerment in Benin, West Africa. We use a quasi-experimental design (matched-pair villages) to estimate changes in empowerment for project beneficiaries after one year of Solar Market Garden production relative to non-beneficiaries in both treatment and comparison villages (n = 771). To create an empowerment metric, we constructed a set of general questions based on existing theories of empowerment, and then used latent variable analysis to understand the underlying structure of empowerment locally. We repeated this analysis at follow-up to understand whether the structure of empowerment had changed over time, and then measured changes in both the levels and likelihood of empowerment over time. We show that the Solar Market Garden significantly positively impacted women's empowerment, particularly through the domain of economic independence. In addition to providing rigorous evidence for the impact of a rural renewable energy project on women's empowerment, our work lays out a methodology that can be used in the future to benchmark the gender impacts of energy projects.

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Accurate measurements of crop production in smallholder farming systems are critical to the understanding of yield constraints and, thus, setting the appropriate agronomic investments and policies for improving food security and reducing poverty. Nevertheless, mapping the yields of smallholder farms is challenging because of factors such as small field sizes and heterogeneous landscapes. Recent advances in fine-resolution satellite sensors offer promise for monitoring and characterizing the production of smallholder farms. In this study, we investigated the utility of different sensors, including the commercial Skysat and RapidEye satellites and the publicly accessible Sentinel-2, for tracking smallholder maize yield variation throughout a ~40,000 km2western Kenya region. We tested the potential of two types of multiple regression models for predicting yield: (i) a “calibrated model”, which required ground-measured yield and weather data for calibration, and (ii) an “uncalibrated model”, which used a process-based crop model to generate daily vegetation index and end-of-season biomass and/or yield as pseudo training samples. Model performance was evaluated at the field, division, and district scales using a combination of farmer surveys and crop cuts across thousands of smallholder plots in western Kenya. Results show that the “calibrated” approach captured a significant fraction (R2 between 0.3 and 0.6) of yield variations at aggregated administrative units (e.g., districts and divisions), while the “uncalibrated” approach performed only slightly worse. For both approaches, we found that predictions using the MERIS Terrestrial Chlorophyll Index (MTCI), which included the red edge band available in RapidEye and Sentinel-2, were superior to those made using other commonly used vegetation indices. We also found that multiple refinements to the crop simulation procedures led to improvements in the “uncalibrated” approach. We identified the prevalence of small field sizes, intercropping management, and cloudy satellite images as major challenges to improve the model performance. Overall, this study suggested that high-resolution satellite imagery can be used to map yields of smallholder farming systems, and the methodology presented in this study could serve as a good foundation for other smallholder farming systems in the world.

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Abstract: This talk examines the history of environmental data systems in the context of the Trump administration’s assault on environmental science. Tracking and understanding environmental change requires “long data,” i.e. consistent, reliable sampling over long periods of time. Weather observations can become climate data, for example — but only if carefully curated and adjusted to account for changes in instrumentation and data analysis methods. Environmental knowledge institutions therefore depend on an ongoing “truce” among scientific and political actors. Climate denialism and deregulatory movements seek to destabilize this truce. In recent months, with the installation of climate change deniers and non-scientist ideologues as leaders of American knowledge institutions, wholesale dismantling of some environmental data systems has begun. These developments threaten the continuity of “long data” vital to tracking climate change and other environmental disruptions with significant consequences for both domestic and international security.
 
Speaker bio: Paul N. Edwards is William J. Perry Fellow in International Security at Stanford University (from July 2017) and Professor of Information at the University of Michigan. He writes and teaches about the history, politics, and culture of information infrastructures. Edwards is the author of A Vast Machine: Computer Models, Climate Data, and the Politics of Global Warming (MIT Press, 2010) and The Closed World: Computers and the Politics of Discourse in Cold War America (MIT Press, 1996), and co-editor of Changing the Atmosphere: Expert Knowledge and Environmental Governance (MIT Press, 2001), as well as numerous articles.

 

William J. Perry Fellow in International Security Stanford University
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Walter Falcon, the Helen Farnsworth Professor of International Agricultural Policy in Economics (emeritus), writes from an unusual perspective. During the academic year he serves as a senior fellow with the Freeman Spogli Institute for International Studies and the Stanford Woods Institute for the Environment. He spends the summers on his family farm near Marion, Iowa. He returns to campus each year with reflections on the challenges and rewards of faming life in his "Almanac Report." Falcon is former deputy director of the Center on Food Security and the Environment. 

September means that it is time again for my annual Iowa farm report, the sixth edition in this series. As readers of prior postings will remember, my day job is Professor of International Agricultural Policy at Stanford University. However, my wife and I also own a 200-acre farm near Marion, Iowa, where we spend summers watching over corn, soybean, and alfalfa fields, and gazing out at a growing cow-calf herd.

After all these years, it is still difficult for me to describe the differences in pace, politics, and age structure in Iowa relative to California. I am now 81, and at Stanford I feel ancient; in Iowa, I am just one of the boys, since 41 percent of farm owners are 75 or older. 

This summer’s weather, especially rainfall, has been almost perfect for crops in our area. Although western Iowa and the northern Great Plains experienced drought, we are expecting record yields of both corn and soybeans, possibly reaching 225 and 55 bushels per acre, respectively. Unfortunately, December corn prices are only about $3.50 per bushel. This level is just half of what it was five years ago. The old adage that farmers should raise more hell and less corn has taken on new meaning. Average prices of Iowa farmland have slipped from about $9,000 to $7,000 per acre during the past five years (though still remarkably high relative to the $2,000 that prevailed in 2000). Renters of land are also feeling price pressures. Average cash rents have fallen about 10 percent over the past two years and now average about $230 per acre in our part of the state.

The difference between the “almost perfect” weather described above and an absolute disaster measured about three miles this year. During much of June, our area was hit with very unstable air. The worst episode was on June 28 when an EF-2 tornado came barreling right at our farm. The picture below was taken out of the west window before we scampered down to the safe room in our basement. At the last minute, the tornado veered slightly, going just between our farm and the bustling county fair (also shown) four miles to the north. The tornado then touched down a few miles to our east, crushed the historic Brown farm, and mostly destroyed the small town of Prairieburg. Amazingly, both our farm and the fair were completely spared except for a few broken tree limbs.

There is an interesting footnote on risk to this story. When I show the tornado picture to my California friends they cannot understand why I would live in such a risky place; however, my Iowa friends frequently remark that they cannot comprehend how I can live in the risky state of California with its earthquakes. Risk, like beauty, is sometimes in the eyes of the beholder.

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Photo: Karla Hogan (just to the west of our house)

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Photo: David Roll (fair)

Not everything from the sky was bad this year, although one other episode also turned out to be a non-event. Our region was to have had 90 percent coverage during the eclipse. We were completely socked in by clouds, however, and could see absolutely nothing on this historic occasion. On the other hand, airplane applications of fungicides and pesticides were greater than I can ever remember. A combination of new weeds to the region (water hemp and Palmer amaranth) and growing weed resistance in Roundup-ready soybeans are causing increased problems for farmers. As for the applicators, I never cease to be impressed by the skill (craziness?) of those pilots who fly at 50 feet or less, dodging power lines, while managing controls of the spray equipment as well as the plane.

Describing another “sky” event at the farm requires that I first remove considerable amounts of egg from my face. Stanford sits in the middle of Silicon Valley, and over the past decade perhaps a dozen firms have visited my office regarding agricultural applications. Particularly in the earlier years, I assured them that precision agriculture was overrated and that drones would never have a place in agriculture. Those were not among my better forecasts!

My conjecture is that more than 90 percent of the fields in Iowa have now been laid out with GPS grid maps that permit automatic steering of tractors and harvesters. Famers rarely steer or look ahead; rather they mostly look backward at planters and other equipment. From gauge-filled cabs that resemble cockpits, farmers monitor yields, seed-planting rates, and fertilizer applications in ways that produce field maps for each 10x10 meter sub-plot. In some sense, producers already have more data than they can assimilate, so one could reasonably ask, can drones really help? It turns out that they can, and they can do so for only a small investment.

The high quality drone shown below, complete with two 30-minute batteries, costs about $2,000, with quality determined mostly by the precision of its camera. (That sum may not be petty cash, but it is not in the same league as a $600,000 combine-harvester either.) For mapping work, drones are connected to an off-site service center that costs about $100 per month. They produce video in real-time, snap images as well, and are proving useful in determining if the number of emergent plants (really the lack of plants) on areas that may require replanting; in checking fields for “wet spots” after rains for indicators of future tiling needs; and watching the cow herd from the back porch, as is also shown below. Applications are ever underway that can take the temperatures of animals via intricate heat-sensing devices.

Once corn grows to chest high, it is impossible to walk or drive through fields to isolate areas with particular weed problems or to view pest damage. These drones are also tied in with GPS systems, so that entire fields can be mapped “automatically” at very high resolution. A 100-acre field can be mapped within the 25 minutes of a single battery-powered flight. (The further good news is that the machines are smart enough to return to their takeoff point before losing power.) Drones seem to be here to stay because they save labor, generate useful data, and help improve farm-management practices

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Photo: Margaret Meythaler (drone demo)

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Photo: Mitch Meythaler (field map by drone—August 5th corn plant health (potential yield); red is low, green is high; dark red areas are waterways and fence rows; sandy soils show red to the north, and red streaks indicate water erosion.)

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Photo: Mitch Meythaler (part of cow herd by drone)

Drones, however, have not affected my image of the old limestone “restaurant” where neighborhood farmers gather about 8 a.m. Most of the “action” is around the big table where truly terrible coffee is self-served. Payment is on the honor system, since there is rarely a waitress around. Maybe it was just my imagination, but farmer discussions seemed more somber and narrower this year, despite the good weather. Perhaps it is the third successive year of low prices, or the uncertainty about corn exports to Mexico and China, or the general chaos in Washington, D.C. Perhaps it also reflects the ethnic and religious homogeneity of the local population. Stanford’s undergraduate student body, for example, is only 45 percent white. However, during the course of all of my personal interactions during four months in Iowa, I encountered only three minority persons – two medical doctors at the local hospital whose families came from India, and one African-American. Homogeneity and diversity make for different worldviews and different conversations – neither being necessarily better or worse, but certainly different.

The most animated discussion I participated in concerned technology gone astray. Large chemical companies, such as Monsanto and DuPont, have purchased many seed companies, thereby assuring markets for their particular brand of chemicals. In the case of corn, for example, a particular GMO variety has been bred such that, when sprayed by a particular brand, all plants are killed except for the corn. Spraying these herbicides requires training and specialized equipment, and herbicide applications are frequently hired – typically for about $8 per acre, plus the cost of chemicals. As part of the new technology, the specific corn variety and the particular brand of spray are entered into the software that then uses GPS maps to control the actual spraying. But what happens when the hired vendor, in this case a local co-operative, enters the wrong variety into the computer, as happened to two of our neighbors? The spray killed the weeds, but it also killed the corn. At that point, it was too late in the season to replant. These fields were sorry looking messes, and the debate still continues as to who is liable and for how much.

Another hot button item this year centered on the purchase of farmland for housing developments. Farmers almost universally regard such investments as unwarranted intrusions into their space. (The proposed relocation of the county landfill generated even more vehement responses.) The housing argument typically took two forms: more houses mean more children and therefore higher property taxes for schools; and theses houses take “all of the good Iowa farmland”, which is needed to feed the world. There is some correctness to the former argument, but as to the latter assertion – not so much. I argued that for the last five years, total acres of corn and soybeans in Iowa had trended upward rather than downward, and that furthermore, both current and future problems of hunger were driven primarily by poverty, not the lack of corn and soybean supplies. This comment was not regarded as being helpful to the coffee-crowd discussion!

Politics are rarely discussed in these conversations – at least in my presence. However, I sense several things. Although Iowans voted for Donald Trump, I think it was because they generally disliked him less than they disliked Hilary Clinton. Most of my neighbors now simply seem embarrassed by what is happening. My California friends continue to ask me about what Iowans think and what they believe in. There is not much open discussion about these matters either, which made a July poll of the Des Moines Register all the more interesting. When given a choice of 17 options of whom they believed, the top six in order were: the armed forces, God, the Iowa Department of Natural Resources, local schools, the Farm Bureau, and the FBI. The three options they believed in least, also in order from the bottom, were the U.S. Congress, the media, and the President. I do not know what a comparable survey in California would look like, but I believe that it would be considerably different.

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Photo: Daryl Hamey (2016 calves — the red heifer is now bred, and the black baldy steer is now in the freezer!)

At the end of last year’s report, I left readers hanging with the question of whether our seemingly disinterested yearling bull would produce a crop of calves. It turns out that my fears were misplaced, and that he was indeed working the night shift. Our problems were in fact on the female side—our best cow did not conceive, and another of our good cows produced a sickly calf that ended up being bottle-fed by my wife. To compete the story, we again rented a red Angus bull – the same one in fact that we had last year – and he is now a much larger two-year old. But he is still no competition for “Upward”, the strangely named Angus super-bull winner at the Iowa State Fair that weighed 2,798 pounds.

I leave in a week for yet another year of teaching and research at Stanford. I have only a limited number of lectures scheduled, and most of my time will be directed toward research on the growing importance of tropical vegetable oils, particularly from oil palm in Indonesia. Palm oil has recently replaced soybean oil as the most important in world commerce, so even when I am in California, there remain important and unusual Iowa connections.

My neighbor says that I must leave Iowa soon – because of the upcoming weather. In true Almanac fashion, he confidently predicts an early and harsh winter ahead. His evidence – the deer are weaning their young at an early date, and are busy consuming great quantities of corn from our fields, so as to layer on fat for the winter. We might even be able to see the extent of their gluttony on our autumn yield maps!

 

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The Stanford Center at Peking University (SCPKU) on August 26 hosted a forum, “Challenges in the Process of China’s Urbanization,” which included the launch of a book of the same name and a panel discussion. 

The book explores the key institutional and governance challenges China will face in reaching its ambitious targets for sustainable, human-centered, and environmentally friendly urbanization as part of the next phase of the country’s National New Urbanization Plan (2014-20). Book authors Karen Eggleston, Director of the Asia Health Policy Program at Stanford’s Shorenstein Asia-Pacific Research Center (Shorenstein APARC) and Senior Fellow in Stanford’s Freeman Spogli Institute for International Studies (FSI), Jean C. Oi, Stanford’s William Haas Professor in Chinese Politics, Founding Director of Shorenstein APARC’s China Program and SCPKU Director, and Wang Yiming, Vice President and Senior Research Fellow at the National Development and Reform Commission (NDRC), attended the launch and participated in the panel discussion.  In her welcoming remarks, Professor Oi briefly introduced the book, the result of a close, 5-year collaboration between Shorenstein APARC and the NDRC. In addition to qualitative data and fieldwork, the book covers comparative analyses among countries, such as the spatial distribution of urbanization in China, India and the United States.

Other panel speakers included Canfei He, Dean of Peking University’s College of Urban and Environmental Sciences, Yulong Shi, Director of NDRC’s Institute of Spatial Planning and Regional Economy, Yongzhi Hou, Director-General and Research Fellow of the Department of Development Strategy and Regional Economy at the Development Research Center of the State Council, and Sangay Penjor, Director of the Asian Development Bank’s Urban and Social Sectors Division, East Asia Department. 

During the panel discussion, Dr. Hou pointed out that the publication gave an accurate and objective description of China’s urbanization that could help deepen the understanding of problems in China’s urbanization efforts.

Wang Yiming summarized the book’s content in the context of the household registration system, land system, public service, housing system, finance, financial policy, and administration policy. He suggested that in past forty years, a large number of the rural population has moved to form enormous urban hubs in various cities in China. The Chinese government is targeting 100 million of the 260 million people who are residing in cities to complete their citizenization by 2020. Prof. Wang introduced current urbanization reform plans to close this gap, policies that relate to the household registration system, urban “zero threshold” access, and policies on public services such as education and health care, and intergenerational inheritance.

 

 

 

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China urbanization experts participate in the forum's panel discussion at SCPKU on August 26, 2017.
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