‘Having it all’ at Harvard

first_imgLately, three little words have the power to turn a conversation among women on a dime. Harvard, home to ambitious female faculty and staff of many ages, isn’t immune to the national debate over “having it all.”When the Atlantic published “Why Women Still Can’t Have It All,” Anne-Marie Slaughter’s 11,000-word manifesto on the myth of perfect work-life balance, earlier this year, it quickly became the most-read article in the magazine’s history. Likewise, when Harvard’s Committee on the Concerns of Women announced it would host a discussion of Slaughter’s essay last month, seats filled in record time.The committee, whose lunchtime meetings have been a fixture on campus for more than three decades, was a natural host for the event. But the level of interest in a work-life discussion surprised even longtime board members, who watched in real time as the event’s 150 seats were filled through online registration in minutes. (They quickly added 50 more seats, which were claimed 20 minutes later.)“We’ve never had this kind of response before,” said Nancy Costikyan, director of the Office of Work/Life and one of the event’s organizers. “It legitimates the public conversation around these issues.”Interest in the October meeting, “Imperfect Balance,” was so high that the committee is hosting a follow-up event on Nov. 14 at the Monroe C. Gutman Library. The two discussions, both led by Francesca Dominici, professor of biostatistics and associate dean for information technology at Harvard School of Public Health, are just the start of a year’s worth of committee events focused on the theme of self-care for women.Negeen Darani (center), who is executive director of the Harvard Humanitarian Academy, carries on a discussion at her table. When the Committee on the Concerns of Women announced it would host a discussion of Slaughter’s essay last month, seats filled in record time.“Just about every issue we are talking about — women’s advancement in the workplace, child care, flexibility — all come back to the question: How do women advocate for themselves, care for themselves, and remember their own needs in addition to every other obligation they’re trying to fulfill?” said Costikyan, the University’s liaison to the committee.Costikyan hopes the events will help shed light on the resources that Harvard offers to help ease the modern tug-of-war between work and family obligations, especially for women, who on average assume a larger burden of child care (and elder care, a less-discussed topic).For example, employees can already arrange for subsidized back-up child care through the University’s Parents in a Pinch and Just In Time Care programs (which also cover elder care and caregiving for employees themselves). The University distributes $3.5 million a year in child care scholarships for faculty and staff, and also offers a free consulting service for new parents. The WATCH Portal, an online service launched last year, helps connect parents with Harvard students and the children of Harvard employees looking for babysitting jobs, and has recently expanded to allow postings for tutoring and odd jobs.Soundbytes: Anne-Marie Slaughter on Women, Work, and Public PolicyIn this PolicyCast episode from the Harvard Kennedy School, Anne-Marie Slaughter talks about her experience since publishing the The Atlantic article, how her thoughts on the subject have evolved, and what the implications are for public policy.But while Harvard’s work-life benefits are robust, there is still work to be done regarding workplace flexibility, Costikyan said. Harvard Human Resources is currently piloting a new set of flexible work guidelines with the goal of understanding best practices when it comes to nontraditional schedules, job-sharing between employees, and telecommuting.“I think people are hungry for it,” Costikyan said, though she acknowledged that modern workplace culture is not well designed to accommodate workers’ needs for flexibility. “You need to break down the components of resistance. Some people are afraid of flexible work arrangements. They’ve not seen them work well. They’ve been burned by poor designs. But in recent years we have learned a lot about how to make flexibility benefit wider units and departments, not just individual employees.”At the October talk, held in Radcliffe Gymnasium, Dominici detailed her own experiences juggling roles as employee, boss, professor wife, mother, and, for a brief spell, caregiver to her 94-year-old Italian grandmother.She recalled how she unknowingly did “serious damage” by coming back to teach two weeks after giving birth. While she had merely wanted an excuse to leave the house for a couple hours a week, she said, she unwittingly gave off the impression of being an intimidating superwoman to her younger female students.Women are still underrepresented in academia and in other high-powered fields, she said, not because they’re not earning Ph.D.s or other necessary credentials, but because pressures to balance work and family cause many women to drop out.“This is not a pipeline issue anymore,” Dominici said. “It’s not a woman’s issue — it’s a family issue and an economic issue.”That sentiment was reflected in the small-group discussions following Dominici’s talk, where women from across Harvard’s Schools and departments brainstormed ideas for new work-life policies. Despite being well-versed in the work-life debate, Blue Magruder attended the committee event to meet others from across the University with a similar interest in the topic.“This is something we’ve all been battling,” said Magruder, director of communications and marketing at the Harvard Museum of Natural History. “I think it’s great that people are aware of these issues and are asking how policies should change.”Though her own son is out of the house and about to graduate from college, Magruder recounted the tough choices she and her husband made to juggle their equally demanding careers. When her son was in fifth grade, Magruder’s husband left his consulting job — which entailed flying half a million miles a year — to become a stay-at-home father.“I refused to leave my nonprofit career,” Magruder said. “We had a family meeting, and my son said, ‘When Mummy comes to my games, all she does is talk to the other moms. When Dad comes, he makes constructive comments.’ So we just decided to see what we could do to make it work.”Ultimately, her family’s arrangement worked well, she said, and she’s glad to see a new generation of Harvard women exploring flexible situations with their partners as they raise children.“I think the younger women now are braver about saying you can’t have it all at once,” Magruder said. “When there’s a will, there can be new solutions.”last_img read more

A way forward on climate

first_imgHeadlines focus on international agreements, sea levels, melting ice, and superstorms, but climate change is most of all an energy problem. Burning fossil fuels to power our cars and heat our homes produces carbon dioxide that transforms the atmosphere into a greenhouse, trapping heat that otherwise would radiate into space.While the fundamentals are solid, everything else about climate change is evolving. Climate science is advancing and economic pressures have dramatically altered the national fuel mix — for the better, most agree, though we still have miles to go. Even the political landscape that determines national climate action — or inaction — is in flux. Michael McElroy, Gilbert Butler Professor of Environmental Studies, has long helped explain the complexities of climate to students, scholars, and government leaders. His most recent book, “Energy and Climate: Vision for the Future,” published in August by Oxford University Press, is a continuation of that work. He discussed the book in a recent interview with the Gazette. GAZETTE: In “Energy and Climate,” you talk about the U.S. energy picture being transformed over the last five years in ways that may make needed changes regarding climate tougher to accomplish. How has the U.S. energy scene changed into the one we’re in now?McELROY: The big change is that we no longer have the previous driving concern about national energy security. What has made the difference was the shale revolution. Ten years ago we were projecting that the U.S. would not only be dependent on imports for oil but also for natural gas. We now have a surplus of both. The U.S. is presently a net exporter of petroleum products. Prices for both natural gas and oil have plummeted. I had a student who wrote a beautiful senior thesis four or five years ago, in which he tried to analyze the break-even price for production of natural gas from shale. His conclusion was it would be about $5 per million BTU at a time when natural gas prices — wholesale prices — were $7, $8, $9. Now they’re below $3. So it’s a different world. Oil prices were $168 a barrel in 2008 just before the economic crisis. They are now below $50.The U.S. also has abundant sources of coal. Were it not for the climate issue, we could contemplate taking advantage of this resource also, doing so as efficiently as possible to eliminate conventional sources of pollution such as sulfur and nitrogen oxides and particulates. Emissions of CO2 could go through the roof under these scenarios. There is no cost-effective means to capture CO2. Concerning the potentially expanded emphasis [that] coal — not to mention oil and natural gas — could have on our energy system, this would be a disaster for climate. Bottom line is that we can no longer rely on policies that could be adopted to address concerns about energy security, looking to climate policy as a silent secondary beneficiary. We must now confront the climate issue directly. Clearly many in the body politic are reluctant to do so.GAZETTE: And the electricity supply has gotten cleaner, hasn’t it? But not because of climate change efforts?McELROY: Not because of climate change, but for economic reasons, largely. If you’re a utility and you’re able to vary the mix of generation options you can tap to produce electricity, your primary choice is likely to be between coal and natural gas. Old coal-fired power plants are very inefficient compared to new gas-fired power plants. The efficiency to turn the energy of coal into electricity in some of the older plants is as low as 20 percent. If you’re just worrying about efficiency, if you have the opportunity to turn off that inefficient coal plant and switch to a gas system and additionally save money [since gas is cheaper than coal], you’re going to do it. The choice is economically driven and the consumers are actually benefiting.GAZETTE: In your vision for the future, you emphasize that more electricity usage could be part of the solution. Clearly, electricity is already a big part of our energy picture; why should it be even larger?McELROY: Dealing with CO2 emissions from the transportation sector is extremely difficult if the transportation sector is fueled with liquid fossil fuels. You can’t capture CO2 from the tailpipe of every vehicle on the road — 260 million cars in the U.S. At the same time, there’s another a good reason to want to use electricity more in this application. If you drive your car with gasoline, the fraction of the energy in the gasoline that turns the wheels of your car may be as low as about 20 percent. If you drive your car with electricity, the fraction of electricity that turns the wheels could be as high as 95 percent. So, on an efficiency basis, electricity is better. As I discussed in the book, if I had to pay the retail price for electricity here in Cambridge, 19.8 cents a kilowatt hour when I was writing the relevant chapter, the equivalent gasoline price would be as low as $1.46 a gallon, as low as 67 cents a gallon in Washington state where electricity prices average about 9 cents per kilowatt-hour. So on a cost basis, it’s a good thing to do. Then, in addition, air quality would improve if we switched to driving electrically, so long as the electricity was produced from a nonpolluting source. The climate issue would be the obvious beneficiary.GAZETTE: You go chapter by chapter on possible fuels, and settle on wind and solar as the cleanest and most likely sources to power a future clean electricity grid. What are their drawbacks and can those be addressed?McELROY: The economics of wind in the United States is actually quite favorable. You can produce electricity for about 5 cents a kilowatt-hour with wind at present. So it’s competitive. The really serious drawback is that the wind is strongest in winter and our demand for electricity is highest in summer. The wind is also generally stronger at night than it is during the day and our big demand is during the day. And wind doesn’t blow all the time. So we need to find some way to deal with that particular issue.There are a number of possible strategies. You could integrate the electrical system over a large part of the country — so if wind is blowing in one place and not in another, by combining outputs you could reduce the net variability. If you had the opportunity to store electricity, that could minimize the problem also. So putting an emphasis on storage systems is a good thing to do. There’s important work going on here at Harvard by Mike Aziz and Roy Gordon on the flow battery idea. It’s something that might actually scale up as a utility scale opportunity to store electricity.I am enthusiastic also about the idea of taking advantage of the distributed storage available potentially in the batteries of large numbers of electrically propelled vehicles. I discuss this idea at some length in the book. You could imagine charging your car at night when prices of electricity are low and then selling power back to the grid during the day when prices are high, assuming you don’t need to drive at that time. This could represent a win-win strategy.You would still have the issue of summer demand for electricity when wind conditions will be less favorable. That’s where solar comes in. Solar, however, to this point, is still more expensive than wind. Despite this, solar is doing quite well in the U.S. We have a house on Cape Cod and five years ago or so we installed PV cells on the roof. We did this by making a deal with a particular company, Solar City, one in which they actually own the solar cells. They sized the solar cells to meet our projected historical annual demand for electricity. They gave us a deal where we have a fixed price for electricity for 20 years at half of what we were paying previously. How do they manage to do that? Turns out the retail cost for electricity on Cape Cod is very high. It’s very high because the delivery cost is high. The retail price is about 26 cents a kilowatt-hour, more than half of which is for delivery. So they’re giving us a deal at 13 cents per kilowatt-hour.There are requirements in almost all of the states now that some fraction of the electricity has to be renewable. If the utilities are not able to meet that requirement from their own resources, which generally they’re not, then they have to buy it. So the Solar Cities of the world are auctioning their renewable energy for incorporation in the grid. If New England Electric is looking for a certain amount of electricity from a renewable source, then Solar City can supply this by packaging sources from large numbers of houses under their control.The other thing that’s happening in the U.S. is that meters in many states are allowed to run in reverse. We’re not typically present on Cape Cod in winter. The sun is still shining most of the time and the house continues to produce electricity. Solar City is selling this electricity to the grid at the retail price. Our meter is running in reverse. So, for a lot of reasons, solar has done very well.GAZETTE: You say that one of the top priorities for this country should be upgrading the transmission grid. I think a lot of people, when thinking about climate change, think wind farm, solar farm, but not transmission grid. Why do we need that?McELROY: Think of the role played more than 100 years ago by Thomas Alva Edison. Edison was an incredible inventor. He was also a very smart guy and he built the first electricity-generating system in Manhattan. Then Westinghouse came along and suddenly we began to see electricity generated in central facilities and distributed more widely to local customers. We’ve built our electrical system in a piecemeal way. We didn’t say, “What’s the best national electricity system?” If we had done that, we would have had an interconnected national electricity system.The U.S. has three electricity systems: East Coast grid, West Coast grid, and Texas. It’s very difficult to move electricity across those boundaries. At a minimum, we should invest to interconnect the boundaries. That’s a no-brainer and it would not be very expensive. I like to think about being able to move electricity efficiently over several thousand miles, coast to coast, border to border. We have wonderful wind resources in the middle of the country. The key location to produce electricity from the sun is in the southwest, where we have great solar conditions. The ideal would be to bring both those sources to where the markets are, on the East Coast and West Coast and in major cities like Chicago. But if you’re going to serve those markets you have to be able to deliver.In addition, the demand for electricity peaks in the morning and peaks in the evening: when people get up and when they come back from work. If we had a system that was interconnected from California to Massachusetts, at a minimum we’d take advantage of the three-hour time shift to smooth out the peaks in demand.What are the obstacles? The obstacles are largely political — the fact that you have to bring power across state boundaries, and you may have to go across individuals’ property. The federal government has the authority to overrule objections if it’s declared to be in the national interest or if it’s in effect a matter of national security. That’s largely why we have a reasonably efficient natural gas distribution system. It could be done for electricity also if we had the will to do it.If you really make a commitment to developing this electrical infrastructure, you’re going to have to employ lots of people. So this would be good for the economy. My vision would be one in which we invest in community colleges that train people for those jobs. These are going to be good-paying jobs that can’t be exported.last_img read more

Traffic plans for Tipp – Wexford game

first_imgPhoto: © Pat Flynn Supporters travelling to the game Semple Stadium on Saturday evening are being warned there will be no parking adjacent to the Stadium without an official car pass.Barriers will be erected and traffic will be stopped on the immediate approach roads to the Stadium.Car Parking facilities are available at LIT Thurles on the Nenagh Road, Thurles Greyhound Stadium opposite the entrance to Ardáin Ui Riain, and the VEC Grounds beside entrance to Ardáin Uí Riain. As well as Parnell St Car Park, Liberty Square Car Park, and St Patrick’s College and at the Munster Hotel Car Park both opposite the Cathedral.last_img