Author: Chris

  • ‘Groasis Waterboxx’ can make deserts green

    waterboxx.jpg
    Peter Hoff has designed the ultimate device to combat problems like global warming and soil erosion- the ‘Groasis Waterboxx’. It is a 20-inch wide container made from polypropylene having a very simple working. Rainwater and condensation get trapped inside this container. A wick goes from the bottom of this container into the ground through which water drips on to the roots of the plants, supporting their growth till they reach deep enough to get their own water source. After the plant has crossed this stage the box can be removed. While testing his invention in the Sahara desert, Hoff observed that 90% of the plants grown using the Waterboxx survived even after removing it.

    The Waterboxx is a great example of a very simple yet extremely useful green innovation. Hoff also plans to make a biodegradable Waterboxx which will gradually decompose releasing nutrients into the soil.
    waterboxx1.jpg
    [inhabitat]

  • G&R showcases solar power generation tracking system in Green Energy Expo

    solarpanel.JPG
    At the Green Energy Expo held from April 7-9th, G&R showcased its solar energy tracking system. This system is a 2-axis type power generation system which yields much better efficiency than the single axis conventional solar panels. This system is powered by a regular motor to enable rotation of the solar collection panels. As a result, the panels can be properly aligned to ensure that maximum amount of sunlight is incident on them at all times. It also has a mechanism to enable vertical angling of the panel to up to 60 degrees. This system claims a 10-13% increase in efficiency compared to a conventional system.

    More such practical innovations to help increase output from solar energy would go a long way in conserving the environment while increasing energy availability.
    [aving]

  • Another way to reduce e-waste-Motherboard coasters

    Motherboard-Coasters.jpg
    We have seen PCBs being recycled into chessboards, capacitors and other wasted computer spares being turned into attractive sculptures, and other such innovations to reduce the growing amount of e-waste, which constitutes almost 25% of the total waste generated. Here we have another one of such attempts-Motherboard coasters. These coasters are made from recycled motherboards and are 4 inches in diameter.

    At $12.99 for a pack of six, these coasters are great way to ‘geek-up’ your beverages while doing your part in preserving Mother Nature.
    [walyou]

  • Energy saving light bulbs emit accidental IR rays interfering with TV’s sensor

    lowenergy.jpg
    When many people started complaining that the channels on their TV were automatically flipping, most of them having Samsung set-top boxes supplied by Virgin Media, it took a long time to figure out that this unnatural phenomenon was being caused due to infrared rays being emitted by low energy bulbs which interfere with the sensor. While most of the people who have been having this problem say that it is solved when there aren’t any of these bulbs in the same room, some still complain that even though the bulb is in a different room, the IR rays do interfere. It has been observed that this problem is caused only due to a particular low energy bulb from Philips. A Philips executive maintains that this problem only exists in older CFLs.

    If you are wondering why this never happened in a regular light bulb even though they too emit infrared rays, it is because they don’t ‘flicker’ like some of the CFLs.
    [dailymail]

  • Electrically powered truck can haul thousands of pounds of freight

    balqon.jpg
    At the mention of an electric vehicle, the only picture that comes to mind is of a compact 2-4 seater vehicle. However, the Port of Los Angeles has recently put into service world’s first all-electric truck, the Balqon XE20. Powered by lithium-ion batteries, the Balqon XE20 can cover a distance of 50 miles on a complete charge. It takes 6-8 hours to charge completely. It also has a quick charge facility which charges the Li-ion batteries up to 60% in an hour. The locally built XE20 can carry a staggering 60,000lbs of freight, which is equal to a fully loaded 40-feet container.

    These freight trucks make more than 1.2 million trips between the Port of LA and a local railyard. If the all-electric XE20s were to be used for this purpose, it could eliminate around 35,000 tonnes of tailpipe emissions. The XE20 is a great way to conserver the environment while saving on fuel costs.
    [wired]

  • Thermal water currents can be used to power a ship’s engine

    solotrec.jpg
    We have always known that indefinite motion is a physical impossibility but the US Navy and NASA’s Jet Propulsion lab have set out to prove that belief wrong. They have designed an ingenious propulsion motor that could power itself and propel a ship indefinitely. This engine, called SOLO-TREC, is fitted with tubes containing phase change materials. On encountering warmer currents near the surface these materials expand and they contract as the tubes go deeper in the water due to the cooler temperature. This expansion and contraction pressurizes oil, which drives a hydraulic motor. This motor generates electricity to recharge batteries that power a pump. This pump can then be used to control the buoyancy of the float facilitating its vertical motion in the water column.

    In essence, this mechanism enables the engine to derive power from water currents. This also implies that it will run out of power when there is no energy left in the ocean, which will never happen. This technology when developed could a long way in further empowering the Navy while protecting the environment.
    [neatorama]

  • Fujitsu develops smart power strip to help monitor energy usage

    fujitsu.jpg
    The new power strip developed by Fujitsu is quite different from a regular power strip. It has special low power sensors in its outlets to measure the amount of energy being consumed. These contactless sensors only consume about 1W of power and can measure up to 2,000W. These sensors are downsized and optimized so that they fit in the power strip and are unaffected by magnetic fields of corresponding outlets or any other external factors. It also has a USB port, so that the usage patterns can be transmitted over to a computer where the user can analyze consumption using graphs. It also has the feature to measure consumption during a particular time in the absence of the user by means of a scheduler.

    Fujitsu recently employed these devices in their offices for testing, and the result was 20% lesser consumption due to the continuous monitoring. There is no information yet available, about the commercial availability or the pricing of this product.
    [techon]
    [akihabaranews]

  • Intel designs stunning OLED-display Home Energy Management System concept

    inteloledlead.jpg
    Intel’s new home tablet does more than just providing weather and video apps. Its main feature is an energy management system which can monitor your overall energy usage. It works with your local power company due to analyze energy consumed by different devices in your home. It also provides suggestions on how to lower energy consumption. It can also provide updates about government subsidies and newly developed energy saving appliances. Its interface is designed on a Windows XP back-end and the 11.2 inch OLED display is quite stylish too.

    Though it is still a concept at this stage, Intel believes that such energy management systems are not far in the future and they can help in a great way by providing real-time energy usage patterns to regulate consumption.
    [engadget]

  • Red Dot Design Award winner ‘StudyLite’ is solar powered

    studylite.jpg
    ‘StudyLite’, designed to provide efficient backup lighting system for developing countries during power cuts, has contributions from eye experts at Sankara Nethralaya, in Chennai. It has a unique feature of reducing stress on eyes, even if it used in a completely dark background. It is designed in the shape of the ring with 24 LED lights embedded in it. The thoughtful design and the nature of the light emitted by the LEDs result in a uniform luminance, thus reducing the stress on eyes. The StudyLite is powered using a NiMH battery pack which charges automatically when connected to the mains, and starts working when mains are switched off. It can power the light for more than 6 hours. A solar panel is also available as an optional accessory to charge the battery-pack. The StudyLite is designed to work over a large range of voltages and at low current for safety purposes.

    LEDs reduce power consumption by 90%, while the availability of the solar panel make StudyLite the ultimate eco-friendly product.
    [thedesignblog]

  • AMP converts Chevy’s Equinox SUV to an all-electric vehicle

    nyas-2010-amp-equinox.jpg
    AMP, which has previously converted the Saturn Sky to an all-electric drivetrain, displayed their new production, an all-electric version of Chevy’s Equinox SUV at the New York Auto Show. Although it is an all-electric car, it does not lack in its fair share of power. AMP has used Remy’s HVH250TM motor for the drivetrain which, according to the President of AMP, are the best in the market. The AMP’d Equinox can cover a distance of 150 miles on a complete charge and can attain a top speed of 90mph. AMP claims that the car can accelerate from 0 to 60 in about 8 seconds. The AMP’d Equinox is supposed to be available in the market from summer this year at a price of $50,000 after deducting government incentives.

    This eco-friendly high performance SUV still has some issues to be solved, but if other automakers take inspiration from such models, it can be of great help to reduce carbon emissions.
    [autoblog]

  • Berkeley researchers discover new photovoltaic material which can provide higher efficiency

    solar-energy-path.jpg
    Researchers from the Lawrence Berkeley National Laboratory have recently discovered that the long existing problem of bandgap voltage limitation in solar cells can be solved by using bismuth ferrite as a photovoltaic material. This is enabled due to bismuth ferrite exhibiting both ferroelectric and ferromagnetic properties. This material has a highly distorted crystal structure which makes it possible to manipulate it under an electric field, thus controlling its photovoltaic properties. It is possible to bypass the bandgap, an area where no electrons can exist; using this material, which in layman’s terms implies a great increase in the efficiency of solar cells.

    The increase in efficiency brought about by using this new photovoltaic material can help in saving millions of dollars while further popularizing the use of solar energy.
    [earthtechling]

  • Inmates of Arizona jail to help the environment while burning some calories

    prisoners-make-electricity.jpg
    Sheriff Joe Arpaio of Arizona has devised a great way for the inmates of his jail to stay fit while generating electricity. Yup, that’s right! He arranged for a stationary bike equipped with a mechanism to generate electricity to be set up in the jail’s viewing centre. The TV is connected to this bike, if an inmate wants to watch TV, he has to pedal his way to entertainment. This bike, which the sheriff calls, “Pedal Vision”, can generate 12V of current, which is enough to power a 19-inch TV set. If all of US’s 2.5 million prisoners were to follow this practice, it could generate more than 363,641 kWh of electricity while saving millions of dollars. Currently, this facility is only available for the female inmates at Arpaio’s jail.

    Considering the importance of exercise for the inmates and the scarcity of energy, this is a great way to contribute to solving both the problems.
    [treehugger]

  • KEPCO headquarters to go green

    KEPCO green energy park plaza.jpg
    The designs for the new headquarters of the Korean Electric Power Company have revolutionized the concept of green architecture. This new design features a sloping podium which integrates with the landscaping, thus directing light and wind more efficiently. This 29-storey tower also employs the use of a helical atrium which extends upwards from the central plaza, providing better natural ventilation. The headquarters also has provisions for collecting solar energy incident on the building along with that in its solar park, thus making it self-sufficient. It also has windmills, which not only harness wind energy but also redirect the wind towards the centre, to provide better air circulation. The main building also features a unique moss capture system which helps further insulate the building.

    The plans also consist of water retention systems, rainwater harvesting systems and grey-water systems which will reduce wastage of water. There are also provisions to integrate temperature and light sensors to regulate energy usage.
    [worldarchitecturenews]

  • Revolutionary “Greenfan” to provide a new ‘windy’ experience


    A new electric fan developed by Balmuda Design Ltd, called the ‘Greenfan’, employs an innovative technique to improve performance while reducing energy consumption. It uses a large and small fan concentrically arranged to create a pressure difference which produces, what the company executives call, ’a wall of wind’. It has a 5-blade fan integrated with a 9-blade fan, due to which air flow from the 9-blade fan gets halved causing diffusion of winds 30-50 cm away and thus, leading to this effect. It has four operating modes; while on the “weak” mode, the rotating speed is maintained at 250 rpm compared to 600 rpm in conventional fans. Due to this the power consumption is only 4W in the weak mode.

    Apart from these technical innovations it also has other thoughtful touches. The switches are placed on top of the main body instead of the base so that the user doesn’t have to crouch down to operate it. The high performing and low consuming ‘Greenfan’ is supposed to be available in the market from mid May, 2010 at a price of $358.
    [techon]

  • Solar energy to be used to satisfy almost half of Morocco’s energy needs

    Morocco.jpg
    Contributing in its own way to fight climate change, the government of Morocco has devised a scheme to invest $2 billion to build solar power plants. It expects to generate 2,000 megawatts of power from five solar power plants which will be built under this scheme. The construction of these plants is supposed to start by 2015 and the plants are expected to be functional by 2020. Due to a small population and modest energy needs, it is estimated that these plants will be able to supply more than 40% of the total energy required. The abundant availability of sunlight in this region has made this project feasible.

    The government is utilizing all the resources in its power to build these plants as soon as possible. Other countries should take inspiration from this great effort to generate clean energy.
    [cleantechnica]

  • ConEd recycles 91% of its waste saving the environment and millions of dollars

    con-ed-manhole.jpg
    ConEd recycled around 67,000 tonnes of waste in 2009, which amounted to 91% of its total waste. Due to this, it was rightfully awarded with the ‘WasteWise Gold Achievement’ by the EPA. This huge amount of waste mainly consisted of sand and dirt (33,000 tonnes), scrap Metals (11,500 tonnes), trash (3,400 tonnes) and construction and demolition debris (1,300 tonnes). However, along with these, equal attention was paid to the recycling of day-to-day utilities such as office papers (400 tonnes), wood (100 tonnes), carboards (150 tonnes), and electronics (50 tonnes). This massive environmental effort from ConEd not only reduced the amount of waste to be dumped as landfill by a huge amount, but also saved the company more than $19 million.

    This effort from ConEd should be an inspiration for other organizations to promote recycling.
    [treehugger]

  • Flexible thin-film solar panels to make harnessing solar energy more affordable

    thinfilm solar panel.jpg
    Major drawbacks in using silicone panels to harness solar energy are their cost and their bulky nature. However, very soon these may be problems of the past. Recently developed technology to produce thin-film solar panels can make them flexible so that they could be rolled up into sheets and laid out on a roof without being very apparent. In recent years, the cost of using solar panels has reduced as their efficiency has increased. According to Abound Solar, a company based in Colorado, thin-film solar panels can be used to generate energy at $1 per watt, which is very low when compared the effective cost of $4 per watt while using silicone solar panels.

    Though thin-film solar panels aren’t as effective as silicone solar panels, which can harness about 20.3% of the total energy incident on them, efforts are going on to increase their efficiency so that using solar energy can be more convenient and affordable.
    [instalbiz]

  • Teijin uses ultra-light eco-friendly materials to build electric vehicle

    PU_PA EV.jpgThe concept electric car PU_PA EV, recently built by Teijin, uses technologies for both Hybrid Electric Vehicles (HEV) and Electric Vehicles (EV). However, the most striking feature about this car is the use of light-weight materials for increasing efficiency. At 437 kg, the PU_PA weighs half of the normal electric vehicle and yet, it can attain a speed of 60km/h and deliver 100km on a complete charge. To achieve this, the core structure design method of carbon composite materials is used. The core structure is formed by placing a pre-formed urethane foam material between prepreg sheets and pressing them with heat. This helps to enhance the rigidity of the carbon sheets. Apart from this, the PU_PA EV also employs other thoughtful touches such as, modularizing the components of the vehicle to reduce the number of parts.

    It also has other eco-friendly aspects such as, the use of biodegradable, polyethylene terephthalate (PET) to make interior materials, and use of “Teonex” polyethylene naphthalate fiber to reduce noise from tyres. It also uses a “cell form” two dimensional communication sheet which enables devices to communicate wirelessly. Due to this, devices like the GPS system can be placed anywhere on the dashboard. Although it still has a few snags, like the absence of airbags, low intensity of lights, and the low relative strength of the special glass material used, Teijin is working hard to fix these problems and commercialize this car as soon as possible.
    [techon]

  • La mala estrategia deja a Alonso, Massa y Hamilton fuera en la Q1 y Mark Webber logra una atípica Pole Position

    lluvia

    Espectacular y desastrosa, para algunos equipos, sesión de calificación del GP de Malasia, la tromba de agua caída sobre Sepang ha tirado por tierra el trabajo de muchas escuderías a la vez abría las puertas a las escuderías menos potentes que con el agua tenían la oportunidad de hacer algo importante y lo han aprovechado. Los errores en Ferrari condenaron a Fernando Alonso y Felipe Massa y una vez más, la estrategia en McLaren perjudicaba a Lewis Hamilton y lo dejaba fuera de la Q2.

    De infarto la Q1, la sesión se iniciaba con una lluvia huracanada que ha obligado a los pilotos a usar neumáticos intermedios. Las condiciones de la pista en este inicio eran muy complicadas, tanto, que sólo tres minutos después de empezar el piloto ruso Vitaly Petrov ha protagonizado el primer incidente con un trompo y minutos después era Sebastién Buemi el que probaba los exteriores de la pista. Los incidentes se sucedían uno tras otro y la multitud de banderas amarillas hacía presagiar que alguna sorpresa veríamos y así ha sido.

    Hacia el final de la sesión las condiciones del circuito empeoraron los equipos se vieron obligados a cambiar neumáticos, la lluvia aumentaba y el primer y el tercer sector eran impracticables, la sorpresa era inminente y al final llegó el desastre. El primero que daba el susto era Jenson Button que se quedaba enganchado en la gravilla, aunque el tiempo que había marcado fue suficiente para pasar a la Q2. La sorpresa llegaba por parte de Ferrari y el otro McLaren, Alonso, Hamilton y Massa esperaron demasiado tiempo para salir algo que lo pagarían carísimo ya que les fue imposible mejorar el tiempo de Robert Kubica, que marcaba el filo del abismo, y se quedaron fuera de la Q2.

    En la Q2, sorpresa relativa, Jenson Button se quedaba fuera de la Q3 ya que no salía ni a rodar y hasta aquí llegaron las sorpresas. La lluvia paraba y la pista mejoraba mucho, lo que permitió a los equipos más potentes imponer su ley, Vettel marcaba el mejor tiempo seguido de Robert Kubica y Adrian Sutil. Especialmente satisfechos estarían en el equipo Williams ya que han logrado colar a sus dos monoplazas en la Q3. En esta sesión caían los dos pilotos españoles supervivientes, ni Pedro de La Rosa ni Jaime Alguersuari pudieron con el tiempo de Vitaly Petrov.

    En la Q3, atípica, había un claro favorito, Sebastian Vettel, pero la lluvia arreciaba. Muchísima agua, tanta, que a los equipos no les ha dado tiempo ni a dar una vuelta cronometrada, tres minutos después de iniciarse la sesión la bandera roja aparecía y se paraba la calificación. Tensa espera hasta que la dirección de carrera daba su beneplácito para reanudar la calificación, algo que agradecía Mark Webber que con neumáticos intermedios lograba un tiempo estratosférico y lograba la Pole Position por delante de Nico Rosberg y Sebastian Vettel

    Mañana, si las condiciones son parecidas a las de hoy, tendremos un Gran Premio totalmente impredecible.

    Parrilla de salida del GP de Malasia

      Pos – Piloto – Equipo – Q1 – Q2 – Q3

    1. Webber – Red Bull-Renault – 1:51.886 – 1:48.210 – 1:49.327
    2. Rosberg – Mercedes – 1:52.560 – 1:47.417 – 1:50.673
    3. Vettel – Red Bull-Renault – 1:47.632 – 1:46.828 -1:50.789
    4. Sutil – Force India-Mercedes – 1:49.479 – 1:47.085- 1:50.914
    5. Hulkenberg – Williams-Cosworth – 1:49.664 – 1:47.346 -1:51.001
    6. Kubica – Renault – 1:46.283 – 1:46.951 – 1:51.051
    7. Barrichello – Williams-Cosworth – 1:50.301 -1:48.371 – 1:51.511
    8. Schumacher – Mercedes – 1:52.239 – 1:48.400 -1:51.717
    9. Kobayashi – Sauber-Ferrari – 1:48.467 – 1:47.792 – 1:51.767
    10. Liuzzi – Force India-Mercedes -1:49.922 – 1:48.238 – 1:52.254
    11. Petrov – Renault – 1:47.952 -1:48.760
    12. de la Rosa – Sauber-Ferrari – 1:47.153 – 1:48.771
    13. Buemi – Toro Rosso-Ferrari – 1:48.945 – 1:49.207
    14. Alguersuari – Toro Rosso-Ferrari – 1:48.655 – 1:49.464
    15. Kovalainen – Lotus-Cosworth – 1:52.875 – 1:52.270
    16. Glock – Virgin-Cosworth – 1:52.398 – 1:52.520
    17. Button – McLaren-Mercedes – 1:52.211
    18. Trulli – Lotus-Cosworth – 1:52.884
    19. Alonso – Ferrari – 1:53.044
    20. Hamilton – McLaren-Mercedes – 1:53.050
    21. Massa – Ferrari – 1:53.283
    22. Chandhok – HRT-Cosworth – 1:56.299
    23. Senna – HRT-Cosworth – 1:57.269
    24. di Grassi – Virgin-Cosworth – 1:59.977

    Vía | Recta de Meta
    Más Información | GP Malasia



  • “We Made a Devil’s Bargain”: Fmr. President Clinton Apologizes for Trade Policies that Destroyed Haitian Rice Farming

    From Democracy Now!, April 1st, 2009.  Check out Democracy Now! for more great coverage of Haiti and international economic news.

    President Bill Clinton, now the UN Special Envoy to Haiti, publicly apologized last month for forcing Haiti to drop tariffs on imported, subsidized US rice during his time in office. The policy wiped out Haitian rice farming and seriously damaged Haiti’s ability to be self-sufficient. On Wednesday, journalist Kim Ives of Haiti Liberté questioned Clinton about his change of heart and his stance on the return of ousted Haitian President Jean-Bertrand Aristide.

    AMY GOODMAN: Kim Ives, I wanted to ask you about former President Bill Clinton, now the UN special envoy to Haiti. Last month he publicly apologized for forcing Haiti to drop tariffs on imported subsidized US rice during his time in office. The policy wiped out Haitian rice farming and seriously damaged Haiti’s ability to be self-sufficient. Well, Clinton apologized at a hearing last month before the Senate Foreign Relations Committee.

      BILL CLINTON: Since 1981, the United States has followed a policy, until the last year or so when we started rethinking it, that we rich countries that produce a lot of food should sell it to poor countries and relieve them of the burden of producing their own food, so, thank goodness, they can leap directly into the industrial era. It has not worked. It may have been good for some of my farmers in Arkansas, but it has not worked. It was a mistake. It was a mistake that I was a party to. I am not pointing the finger at anybody. I did that. I have to live every day with the consequences of the lost capacity to produce a rice crop in Haiti to feed those people, because of what I did. Nobody else.

    AMY GOODMAN: That was former President Bill Clinton speaking last month. Well, on Wednesday, Kim Ives asked Bill Clinton about his change of heart at the donors conference.

      KIM IVES: But what about the change in your thinking to have you issue your apology the other day about the food policies?

      BILL CLINTON: Oh, I just think that, you know, there’s a movement all around the world now. It was first—I first saw Bob Zoellick say the same thing, the head of the World Bank, where he said, you know, starting in 1981, the wealthy agricultural producing countries genuinely believed that they and the emerging agricultural powers in Brazil and Argentina, which are the only two places that have, parenthetically, increased wheat yields per acre, grain yields per acre in the last decade, because they’re the only places with more than twenty feet of topsoil, that they really believed for twenty years that if you moved agricultural production there and then facilitated its introduction into poorer places, you would free those places to get aid to skip agricultural development and go straight into an industrial era.

      And it’s failed everywhere it’s been tried. And you just can’t take the food chain out of production. And it also undermines a lot of the culture, the fabric of life, the sense of self-determination. And I have been involved for several years in agricultural products, principally in Rwanda, Malawi, other places in Africa, and now increasingly in Latin America, and I see this.

      So we genuinely thought we were helping Haiti when we restored President Aristide, made a commitment to help rebuild the infrastructure through the Army Corps of Engineers there, and do a lot of other things. And we made this devil’s bargain on rice. And it wasn’t the right thing to do. We should have continued to work to help them be self-sufficient in agriculture. And we—that’s a lot of what we’re doing now. We’re thinking about how can we get the coffee production up, how can we get other kinds of—the mango production up—we had an announcement on that yesterday—the avocados, lots of other things. And so—

      KIM IVES: What about the return of Aristide, which has been asked for by demonstrations even right across the street today?

      BILL CLINTON: Well, that’s not in my purview. That’s up to the Haitians, including those that aren’t demonstrating.

    AMY GOODMAN: That was President Clinton being questioned by Kim Ives. Kim Ives in the studios with us, along with Roger Leduc, who is a radio host and activist with KAKOLA, the Haitian Coalition to Support the Struggle in Haiti. Juan?

    JUAN GONZALEZ: Well, Kim, that repudiation by Clinton of his previous policies is really a stunning statement, because, in effect, he is in large part renouncing even NAFTA, even though he hasn’t said it, because obviously NAFTA had a major impact on agriculture in Mexico, where millions of people were thrown off their farms because they couldn’t compete with American corn flooding the country. Your sense of whether the possibility of policies like this actually being implemented?

    KIM IVES: Well, that’s just it, Juan. I think it’s a lot of bluff. We have to remember, we’re not in the age of Bush anymore, with all the chest pounding and, you know, America first and capitalism first. This is Slick Willie, and they come with the message. They know the sensitivity of the Haitian community—I can say of the progressive American community, too—to all these maneuvers. And so they know the language. We hear the word “solidarity.” We hear the word “sovereignty.” We hear the word—we hear all the right words. But once again, to me, it’s total smoke.

    JUAN GONZALEZ: And Roger, I wanted to ask you, in terms of the role of the Haitian government, you mentioned that obviously the government had failed in the early—in the aftermath. There have been calls, for instance, for some transparency in what happened to the original aid that came into the country. Your sense of your faith in the ability of the Haitian government to be a major partner in the distribution and the execution of this aid?

    ROGER LEDUC: There is no faith at all. What I was referring to was the principle of recognizing a government that was voted in by the people of Haiti, even though the government failed miserably, not only just in terms of its response to the disaster, but even before that. What Préval applied himself to do was to gather the political class and put them in his pocket and then deliver it to the international community, mostly the United States government, so they could do whatever they needed to do with Haiti.

    With the disaster, the program that they already had in mind to capture Haiti’s state, can be accelerated. If they were going to do it in ten years, this disaster is really a boon, a godsend, for everybody, actually, for the reactionary, for the imperial powers, and also for Haitian progressives who want to take the opportunity to do something and establish public forums throughout Haiti and build a national popular grassroots movement to say, “Hey, we’re here, and we need to be involved. We must be involved. This is our country. And no reconstruction of Haiti, no building of Haiti, can be done without us.”

    This is the key moment here. After the carnival of conferences and the beautiful show of universal support, now this is serious business. Are we going to let them take hold of our country for thirty, forty years, as they’ve done since 1915? Or are we going to step up to the plate and, you know, go through the usual nonsense, secondary contradictions, that we have among us and really build a national front and do the right thing?