A Museologia Social em Portugal, os visitantes dos museus e o futebol

No passado Sábado reuniu-se em Lisboa uma Tertúlia do MINOM Portugal com o tema “Economia do Património”, animada com uma palestra de António dos Santos Queirós WP_20160130_15_25_04_Pro.

O tema e o processo não me eram particularmente apelativos.  Estes encontros de MINOM, reproduzindo os modelos académicos potenciam a energia criadora que o MINOM tem inscrito na sua matriz genética.

Para mais realizados num sábado à tarde, no final duma intensa semana se sociomuseologia, envolvendo seminários, mesas redondas, juris de teses, reuniões de trabalho, etc. A presença dos miúdos fornecia o pretexto ideal para, passar pelo sítio, dar um abraço aos amigos, e escapar para o Museu da Politécnica, para explorar as suas salas silenciosas. Regressava no final para auscultar as opiniões gerais.

O tema “Economia do Património” também não constituía um atrativo. Há nas narrativas contemporâneas uma especial atração por ajativar substantivos. Agregar significâncias particulares para atribuir relevância a enunciados que procuram justificar campos de análise. É o caso desta “economia do património” , que me parecia querer medir o grau do valor do património. Não que não exista relevância na externalidades geradas pelo património na vida económica. Mas um sábado não é o dia mais indicado para pensar nisso. Adiante.

O objectivo era medir o pulso. E entre as discussões geradas saltou a questão dos visitantes dos museus, o nº de espectadores de futebol, e a relevância social dos museus.

Ora segundo os dados no INE, relativos ao últímo inquérito aos visitantes em museus (2014) 11.749.732  de pessoas visitarem os  cerca de 392 museus em Portugal (352 no continente), dados de 2012. Em 2010 haviam sido  10.362.944. Um nº surpreendente que dá uma média de cerca de 30.000 visitantes por museu. Ou se quisermos 82 visitantes por dia por museu.

Comparando, por exemplo, com o número de espectadores de futebol 2.231.258 espectadores em 2015 (dados dos jogos da Liga), o número dá uma medida da intensidade do fenómeno do museu que multiplica 4 a intensidade do fenómeno do futebol. Ora em termos de relevância social, por exemplo o tempo de televisão gasto com o debate sobre futebol, a intensidade dos fenómenos não parecem corresponder.

E´sem dúvida uma comparação grosseira sobre dois fenómenos diferentes.  O futebol afeta. O museu não afeta da mesma forma. Quem vai a um estádio (e as estatísticas mostram apenas os espectadores e não mede os que vêem na televisão, que são o que dão expressão ao mercado da publicidade que gravita em torno do futebol) vibra com o que assiste. Será que o museu afeta com a mesma intensidade.

É certo que há museus e museus. Espaços mais visitados, lugares que afetam mais. Mas mesmo como qualidades diferentes não valerá a pena interrogar as relevâncias dos investimentos públicos nos fenómenos. Uma questão que valerá a pena aprofundar no futuro.

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Breve historia das energias fósseis

1.1 Short history of oil, gas, and mining

Thought-provoking questions:

  1. Why has mining historically played such an important role in the world economy?
  2. What has driven changes and trends in oil, gas, and mining in the modern era?

JEFF SACHS: Hi, I’m Jeff Sachs, director of the Earth Institute at Columbia University and special advisor to U.N. Secretary General Ban Ki-moon. In this chapter I want to talk about the history of mining in the world economy. Now it doesn’t get more important than mining.

In fact, mining has been so important because of the materials that it produces and the technologies and tools that it enables that we even define the timelines of human history according to what is brought up from the ground.

Of course, in the ancient past of our species, before agriculture began, we have the so-called, Paleolithic or old Stone Age era. So stone was the main mining object and pouring object. After the end of the last Ice Age and at the beginning of agriculture, about 10,000 years ago, we have the Neolithic era, the new Stone Age era. But then, over time, humanity, human beings in specific locations close to mineral ores began to master the process of smelting metals.

And about 3000 B.C. we entered the famed Bronze Age, which was yet another massive advance in human civilization with the smelting of copper and tin and the alloys that were produced creating new technologies, new advances, new ways to make armaments and many other human tools.

About 1000 B.C., yet another crucial mineral, iron ore, was smelted to produce iron and small amounts of steel at least, we entered the Iron Age. And again, massive changes of civilization and technology which came with this new mining industry, with this new mineral deposit.

I would say that the modern era which we usually date to the Industrial Revolution can also be related to the extractive sector in a quite fundamental way, because it’s fair to say that the entire modern world, the modern world economy that came roughly around 1800 onward is the fossil fuel age.

It’s the age of coal, oil, and gas. What you’re looking at in this picture is probably the most important machine of modern history, it’s the steam engine. It’s the steam engine invented by James Watt and brought to market around 1776.

It transformed the world economy fundamentally by allowing humanity to tap coal for massive amounts of energy that made possible the industrial era.

This is a graph of world output over a 2000-year period. You see a kind of turning point, a disruption as we would now say, starting around 1800, when the world economy starts to grow relentlessly in the modern economic era.

That is because of coal. That’s because of James Watt. That’s because of the massive amounts of energy that we were able to tap. And coal created the modern world. From there came another great advance starting around 1850 and developed further in the 1860s, 1870s, 1880s, by people famous today, Daimler and Benz and names associated with the automobiles they drive. You’re looking at one of the early internal combustion engines, which allowed us to use petroleum, which before the internal combustion engine was just used for very limited purposes, but now could be used for mass transport.

Here you’re looking at a third major breakthrough, the gas turbine, which enabled the use of natural gas to create massive amounts of power, power to generate electricity, power to move giant ocean freight, power to power today’s jet airlines. And this means that with the steam engine, with the internal combustion engine, with the gas turbine, we had a series of breakthroughs that created the modern energy world, but all fundamentally part of the mining sector, the extractive industry sector.

Now the world’s also been defined by the basic fact that the location of these vital minerals and energy deposits is highly variable around the world. You’re looking here at a map depicting the coal deposits in the world. Lots of coal in North America, in Russia, China, India, Australia, South Africa. But look at the rest of Africa.

Almost devoid of coal, almost impossible for Africa to industrialize in the 19th Century until, indeed, until very, very recently. A lot of South America with very, very limited coal deposits.

In the next picture, you’re looking at oil reserves, where they’re located. Of course the Middle East is the center of about 70% of the proven reserves of oil around the world. Again, much of Africa, devoid of oil. Again, another great limitation to Africa’s economic development until recently. The United States, blessed with oil just as it was blessed with coal, blessed with almost everything. A continent of vast mineral resources.

The next map shows you where natural gas is produced. Again, in parts of Russia, the former Soviet Union, the Middle East, the United States, of course. Sad, again, for Africa, not very many major natural gas producers.

Well a short history really requires days, months to discuss this core subject of how mineral resources and energy resources transformed the world again and again and shaped geopolitics. Where there’s been oil, coal, gas, there’s been a competition that’s intense. We’re going to talk about that in another chapter.