Which are the best states in Mexico for doing business?

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Jul 172014
 

According to “Doing Business en México 2014: Entendiendo las regulaciones para las pequeñas y medianas empresas“, a study issued by the World Bank and the International Finance Corporation, Colima is the most favorable state in Mexico for doing business, followed by Aguascalientes, Guanajuato, San Luis Potosí and (perhaps somewhat surprisingly) the southern state of Chiapas.

  • Doing Business en México 2014 [pdf file]

doing-business-2014While the full report is in Spanish, an English language webpage offers easy access to the data for each individual city.

The rankings take into account the paperwork, time and costs associated with opening a new business, obtaining construction permits, registering industrial property rights and the resolution of commercial disputes.

The three states that improved most rapidly during the past two years were the State of México, Puebla and Quintana Roo. Guerrero was the state that most improved in business start-up, and the State of Mexico was the most improved city for construction permitting, while Guanajuato improved the most in contract enforcement.

Overall, the report concluded that the regulatory business environment in Mexico is converging towards the average performance of high income OECD economies.

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UNESCO appoints Mexico to oversee its International Hydrological Program

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Jul 102014
 

Mexico has been chosen to head the inter-governmental council that oversees UNESCO’s International Hydrological Program (IHP). The IHP is the only inter-governmental program of the U.N. system devoted to water research, water-resources management, and education and capacity building.

A joint statement issued by Mexico’s Environment Secretariat and Foreign Relations Secretariat says that David Korenfeld, the director of Mexico’s National Water Commission (Conagua) has been named the council’s president for the next two years. In his acceptance speech, Korenfeld called for “greater synergy between decision makers and specialists to combine theory and practice” and stated that “significant challenges remain [in the water sector], including integral basin management, application of the human right to water and water security and sustainability in the context of climate change.

Korenfeld said that one of the IHP’s main objectives must by to strengthen “a confluence of science, technology and public policy aimed at reducing the social and environmental vulnerability of emerging and developing countries amid the challenges of climate change.”

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The Magic Town of Tacámbaro in Michoácan

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Jul 052014
 

The interesting, but unpretentious, town of Tacámbaro in Michoacán was awarded Magic Town status in 2012. The town has a population of around 26,000 and is located at an elevation of 1650 meters above mean sea level on the edge of Mexico’s tierra caliente. Its full formal name is Tacámbaro de Codallos, so-named to honor a Venezuelan who defended federalism in the early years of Mexico’s Independence.

tacambaro

Among the tourist highlights of this Magic Town, set in the midst of stunning mountain scenery, are:

  • The town center. Despite a serious town center fire a few years ago, there is plenty to see here, including an old chapel around the corner from the main church.
  • The Hotel-Restaurant El Molino (The Mill) located near the entrance to the town. The main restaurant building is a converted, museum-piece nineteenth century flour mill, complete with grinding wheels. Simply and artistically decorated and furnished, this hotel-restaurant has an excellent fixed-price mid-day meal (comida) with subtle sauces and a varied menu.

Though not normally open to the public, a few minutes outside Tacámbaro, is the private hacienda-studio of master printer Juan Pascoe. Pascoe produces superb quality, limited collectible editions, using one of the oldest printing presses still in operation anywhere in the world: an R. Hoe Washington handpress dating back to 1838.

Historical links to Belgium

One of the more curious incidents in local Tacámbaro history is the so-called “Pardon of the Belgians” in 1865.

Belgian forces on the side of Maximilian, under Major Tydgat, were under siege in Tacámbaro on April 11, 1865. They chose to take several Republican families hostage, including the wife and three children of Nicolás de Régules, the Liberal general who was in charge of the Juarist (Republican) forces attacking the city. When Republican lieutenants realized that the hostages included the family of their general, they first requested orders for their troops to change course and avoid attacking the city, but the general answered, “Men, to your posts! Everyone has to do his duty. The Fatherland comes first!”

Later in the ensuing fighting, in a last ditch effort to prevent defeat, the Belgians produced the family of de Régules and placed them directly in the line of fire. Even that did not stop de Régules who ordered his troops to keep fighting and to take as many prisoners alive as possible. After the battle was over, de Régules had taken more than 300 prisoners, but had not taken revenge for the killing of his family. What a noble act!

The events in Tacámbaro are commemorated by monuments in two Belgian cities: Beverlo and Audenarde.

How to get there:

Tacámbaro is about an hour’s drive from the city of Morelia, the capital of Michoacán state. Follow the Morelia-Pátzcuaro highway westwards, exiting at Tiripetío (“place of gold”), where a former Augustinian college of higher studies, one of the earliest in the Americas, founded in 1537, has been restored and now houses an invaluable historical archive. From Tiripetío, follow signs for Villa Madero, and then Tacámbaro.

Tracking the migratory routes of Mexico’s sea turtles

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Jun 302014
 

The Wildlife Protection and Conservation Program at the CIIDIR Sinaloa campus of Instituto Politécnico Nacional (National Polytechnic Institute), has developed a series of research projects focusing on sea turtle conservation in northwest Mexico. For one of their projects, researchers released (on the Playa Las Glorias beach in the city of Guasave) three sea turtles who can now be tracked using satellite tracking devices affixed to their shells. The main purpose is to allow researchers to determine the sea turtles’ migration routes.

leatherback-turtle

These three Loggerhead sea turtles (Caretta caretta) now carry transmitters that are connected to the ARGOS satellite system. This should enable their location to be closely tracked for at least a year. The migration of these three sub-adult Loggerhead turtles – named Umi, Baawe and La Hija del Señor – can be followed via the Seaturtle.org website:

These sea turtles nest in Japan, but then migrate to the coasts of Hawaii and Mexico to feed and develop. Experts say that they will only migrate back to Japan once they have reached sexual maturity.

This research is only one of many that involves tracking sea turtles. Off the Gulf Coast of Mexico , a longer-established study has sought to determine the movements of Kemp’s Ridley turtles (Lepidochelys kempii), many of which nest in Tecolutla, Veracruz. These turtles nest an average of 2.5-3.0 times per season, and tracking their movements should help predict where and when the turtles might nest, helping conservationists identify and protect nesting sites.

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Study finds indigenous Mexicans far more diverse than previously thought

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Jun 262014
 

A recently released study [1] indicates that genetic diversity among indigenous Mexicans is far greater than previously thought. Ethnic Seri living in isolated parts of Sonora are as genetically different from isolated Lacandon living near the Guatemala border as Europeans are from Chinese. These differences must have existed for thousands of years before Europeans arrived in the New World. The differences are also reflected in mestizos living in geographically separated parts of Mexico.

Source: A. MORENO-ESTRADA ET AL., SCIENCE (2014)

Source: Moreno-Estrada et al. Science (2014)

The study in the June 13 issue of Science was conducted by researchers from the University of California, San Francisco and Stanford. They studied the genomic data from 511 native Mexicans from 20 of Mexico’s 65 indigenous groups scattered throughout Mexico (see map) from the Seri (SER) and Tarahumara (TAR) in the northwest, to the Purépecha (PUR) in the west, Trique (TRQ) and Zapotec (ZAP)in the south as well as three subgroups of Maya (MYA) on the Yucatán Peninsula [2]. They also analyzed similar data from 500 mestizos from ten Mexican states as well as some from Guadalajara and Los Angeles.

The findings have great implications for the study of diseases in these populations [3]. For example a lung capacity test can indicate a disease in one indigenous group while the same test results would be normal in a different indigenous group.

References:

[1] Moreno-Estrada et al. “The genetics of Mexico recapitulates Native American substructure and affects biomedical traits”, Science 13 June 2014; Vol 344 no.6189, p. 1301.

[2] Lizzie Wade. “People from Mexico show stunning amount of genetic diversity”, ScienceMag.org, June 12, 2014.

[3] Karen Weintaub,”Mexico’s Natives didn’t mix much, new study shows”, National Geographic, June 12, 2014.

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Medical tourism and the medical equipment industry in Mexico

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Jun 212014
 

Mexico is both a growing market for medical tourism and a world leader for the manufacture of medical equipment.

Growing market for medical tourism

The global market for medical tourism in 2013 was estimated to be worth about $2.847 billion, with some 7 million patients seeking medical treatment outside their home country each year. According to Patients without Borders, a U.S. business that specializes in the field, Mexico is currently the second most popular destination for medical tourists, after Thailand. Nationwide, Mexico has more than 71,000 doctors working in hospitals and private clinics. Almost two-thirds of all doctors in Mexico are specialists, compared to an average of 57.7% for all OECD member nations.

Mexico’s Economy Secretariat estimates that, combined, the one million medical tourists in 2013 and the numerous affiliated services such as spas, massages and non-conventional therapies, contributed $4.2 billion to the national economy. This figure is growing at about 7% a year.

Patients without Borders claims that patients from the USA and Canada pay between 36 and 80% less for operations and medical treatments in Mexico than the cost in their home country. The most important states for medical tourism are Nuevo León, Baja California, Baja California Sur, Sonora, Tamaulipas, Chihuahua, Jalisco, Quintana Roo and Yucatán.

A plan to build a new “medical city” has been announced by health officials in Quintana Roo. It would be called “Jardines de la Sabiduría” (Gardens of Wisdom) and located on a 550-hectare lot between Cancún and Puerto Morelos. The new city would have four zones: residential, hospitals, recreation and cultural/educational, and would include at least four hospitals: for children, cancer care, dental work and orthopedic surgeries respectively. It remains to be seen if sufficient foreign investment can be found to bring this project to fruition.

World leader for medical equipment

Mexico is a major manufacturer of medical devices. Sales of Mexican-made medical equipment exceed $10.6 billion a year and are predicted to reach $14.9 billion by 2020. Manufacturing costs for medical devices in Mexico average 25% below those in the USA, the world’s largest market for such products.

Major medical device manufacturing areas in Mexico

Major medical device manufacturing areas in Mexico. Credit: Economy Secretariat.

Mexico’s exports of medical equipment and supplies were worth $6.2 billion in 2011, making Mexico by far the largest exporter of medical devices in Latin America, and the 11th largest in the world. 92 % of medical devices manufactured in Mexico are exported to the USA, accounting for two-thirds of all U.S. imports of those products.

According to Pro-Mexico, Mexico is the world’s largest exporter of bore needles; the 4th largest exporter of medical, surgical, dental and veterinary furniture; the 5th largest exporter worldwide of medical,surgical, dental and veterinary instruments and apparatus; and the 7th largest exporter worldwide of ozone therapy, oxygen therapy, aerosol therapy apparatus, breathing apparatus and other respiratory therapy apparatus.

More than 2,000 separate businesses, and about 135,000 workers help invent, design and manufacture medical devices in Mexico. Medical device manufacturing is concentrated mainly in northern border states, especially Baja California, where the cluster of more than 60 specialist firms includes Smiths, Tyco Healthcare, Cardinal Health, Medtronic, Gambro, ICU Medical, CLP, Sunrise Medical and North Safety Products.

Data:

  • The Medical Device Industry, 2012 (Pro-Mexico; pdf file)

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Common errors of Mexican geography #2: confusing the Sierra Madre with the Volcanic Axis

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Jun 192014
 

Describing somewhere in Mexico as being “located in the Sierra Madre mountains” may conjure up images of high, possibly snow-capped peaks and rugged scenery, but does very little to pin down the location. Mexico has several Sierras Madre (literal translation: Mother Ranges). The three main Sierra Madre regions in Mexico are the Western Sierra Madre, Eastern Sierra Madre and Southern Sierra Madre (see map).

The Western Sierra Madre (Sierra Madre Occidental) is the youngest, highest and most viciously dissected of the three. This region includes the scenically amazing Copper Canyon region we have described in many previous posts, including:

Location of Volcanic Axis and Monarch Butterfly reserves

Location of Volcanic Axis and Monarch Butterfly reserves. Basemap: Figure 3.1 of Geo-Mexico; all rights reserved.

The Western Sierra Madre extends only as far south as the states of Nayarit and Jalisco.

Its counterpart on the eastern side of the country is the Eastern Sierra Madre (Sierra Madre Oriental) which is older, lower and less rugged. Between these two major mountain ranges are mid-elevation basins and plains.

At the southern end of both the Western Sierra Madre and the Eastern Sierra Madre is the Volcanic Axis.

The Southern Sierra Madre (Sierra Madre del Sur) lies south of the Volcanic Axis, largely in the state of Oaxaca.

The details of Mexico’s physiographic regions are complex, but the basic relief pattern of these three Sierra Madre regions, separated by the Volcanic Axis and mid-elevation basins and plains, is fairly simple. It is therefore disappointing when we read references to the Sierra Madre regions that are geographically inaccurate.

The Monarch Butterfly reserves, for instance, are regularly described as being in the Sierra Madre, or the Western Sierra Madre, even though they are located hundreds of kilometers away from the Western Sierra Madre, on the southern edge of the Volcanic Axis (see map). In the original National Geographic article about the “discovery” of the Monarch Butterflies’ overwintering sites (August 1976), the location of the butterflies was deliberately left vague (to prevent human-induced disruption of the sites), so that article can readily be excused for mislocating the sites as being in “Mexico’s Sierra Madre”. (The tiny map that accompanied that article also shifted the Monarch’s wintering areas well away from their real position.)

Despite the efforts of the National Geographic, it was not long before journalists published articles giving the precise locations of the sites, and visitors started to flock to see this marvel of nature. The establishment of reserves has now brought a measure of sanity and control to access and most visitors now behave respectfully.

One of the latest in the long line of journals and magazines to erroneously refer to the site of the Monarch reserves as “in the remote Sierra Madre mountains” (but lacking the original excuse of the National Geographic) is the Canadian Geographic in its December 2013 Annual Wildlife Issue. The general tone of the article is helpful, and it rightly emphasizes the need to protect habitat along the entire migration route between Canada and Mexico, so why mar the overall quality by making such a basic error of Mexican geography? Let’s help educate readers by making it clear that the Monarch Butterfly reserves are not in any Sierra Madre, but are in the Volcanic Axis!

Mexico is home to two of the world’s largest cinema multinationals

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Jun 142014
 

The Mexican business press consistently describes Mexico’s movie-going industry as being divided between two major players: Cinépolis, the fourth largest cinema chain in the world, and Cinemex, now the world’s sixth largest cinema company. It should be noted that their world rankings lack independent verification.

Cinépolis

cinepolis-logoCinépolis (“City of Cinema”) has 2456 screens in Mexico, giving it a 48% share of the domestic market. The chain consists of 205 theaters in 65 cities in Mexico, and more than 230 movie theaters and 3,000 screens worldwide, with a presence in Mexico, Guatemala, El Salvador, Costa Rica, Panama, Colombia, Brazil, Peru, India and the USA. It is Latin America’s largest movie theater chain.

The company began in 1947 in Morelia, Michoacán, as “Cine Morelos”. Rebranded several times, the company began expansion by opening theaters in nearby Salamanca, Acámbaro and Guanajuato, before entering the Mexico City market in the early 1970s. The brandname Cinépolis was first used in the mid 1990s, spawning the up-market Cinépolis VIP brand (luxury cinema with reclinable seats and service), in 1999.

Cinépolis extended its operations outside Mexico, first to capital cities in several Central American countries, including Guatemala, El Salvador, Costa Rica and Panama, and is now expanding into South America.

Cinepolis has also entered the lucrative Indian market, with mid-term plans to operate 500 screens in that country.

Cinemex

cinemex-logoCinemex, after its recent acquisition of smaller competitor Cinemark, has a 42% share of the domestic market.

Cinemex has a total of 2,359 screens in 264 locations across Mexico, an astonishing increase from the 44 locations it had in 2007, and now serves 78 million moviegoers a year.

Cinemex started with a college business plan focused on the provision of larger movie theaters. The first Cinemex theaters were opened in Mexico City in 1995. Within a few years, the chain had added cineplexes in Guadalajara, Monterrey, Toluca, Cuernavaca and Puebla. In 2013, it opened Mexico’s X4D theater, in Santa Fe, Mexico City.

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Potential locations for Green Cities in Mexico

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May 312014
 

Following on from our look at the feasibility and practicality of establishing sustainable, accessible Green Cities in Mexico, this post seeks to identify the best locations in Mexico for Green Cities based on an analysis of the natural resources of wind, solar and water.

Of the 31 states in Mexico, only ten were evaluated in detail. Twelve were not evaluated due to their current social conflicts. Seven others were not evaluated because of their propensity for hurricanes, and two were not evaluated due to their mountainous terrain, which is not favorable for generating energy from the wind. The remaining ten states were evaluated using maps similar to those in our previous post about Green Cities.

Green-Cities-States

Of the ten states evaluated (see map), two were rated as having the “Best” wind and solar. But, of the two, Tlaxcala has the best overall ratings of wind, solar and moisture. The best locations in Tlaxcala are in the north and northeast areas of the state. Two other states have a wind and solar rating of “Better”, and three are rated “Good.” Three more have a rating of “Poor.” See the summary chart below.

Summary chart of wind, solar, moisture by state:

Summary chart of wind, solar, moisture by state. Individual ratings: 0 = Poor, 1 = Good, 2 = Better, 3 = Best, 4 = Excellent

State Wind Solar Moisture Total
Tlaxcala 3.3 2.0 2.4 7.7
Oaxaca 2.0 2.0 3.1 7.1
Aguascalientes 3.4 2.0 1.0 6.4
Hidalgo 2.1 1.9 1.7 5.7
Zacatecas 2.7 2.0 0.9 5.6
San Luis Potosí 2.6 1.9 1.0 5.5
Guanajuato 2.2 2.0 1.2 5.4
Puebla 1.1 1.8 2.4 5.3
Querétaro 1.4 2.0 1.0 4.4
Durango 1.0 2.3 1.0 4.3

 

Recommendation:

The recommendation is to do additional evaluations on Tlaxcala, Guanajuato, Hidalgo and Oaxaca, all of which have potential areas suitable for a Green City. Aguascalientes, Zacatecas and San Luis Potosí have good wind and solar ratings, but low moisture ratings which could be a problem. But, they could also be acceptable if suitable “Air to Water” technology were available.

How similar are Mexico’s two major deserts, the Sonoran Desert and the Chihuahuan Desert?

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May 292014
 

There are four desert areas in North America. Two of these areas (Great Basin and Mojave) are in the USA. The other two (the Sonoran Desert and the Chihuahuan Desert) are almost entirely in Mexico, but extend northwards across the border. The Sonoran Desert includes most of the Baja California Peninsula, together with the western part of the state of Sonora. The Chihuahuan desert is the northern section of the Central Plateau, including the northern parts of the states of Chihuahua.

The Chihuahuan Desert has been intensively studied by scientists interested in the possibility of life on Mars – see this New York Times article: Learning About Life on Mars, via a Detour to Mexico.

In a previous post – Why is northern Mexico a desert region? , we saw how the combination of the descending air of the Hadley Cell, which results in surface high pressure, and the effects of rain shadows resulting from neighboring mountain ranges contribute to the low annual rainfall total characteristic of both Mexico’s desert areas.

deserts-colorWhile these two deserts both experience an arid climate, they also have many differences.

Area

The Sonoran Desert has an area of about 311,000 square kilometers (120,000 sq mi). The Chihuahuan Desert has an area of about 362,000 square kilometers (139,769 sq mi).

Elevation

The Sonoran Desert is lower in elevation that the Chihuahuan Desert, with some parts (in the USA) lying below sea level. The Chihuahuan Desert varies in elevation from 600–1675 m (1969–5495 ft).

Summer temperatures

The Sonoran Desert tends to have higher summer temperatures than the Chihuahuan Desert, though even in the Chihuahuan Desert, daytime temperatures in summer are usually between 35 and 40̊C (95-104̊F).

Seasonal rainfall patterns

The ratio of winter to summer rainfall decreases from west to east. Most of the Sonoran Desert (to the west) has a bimodal rainfall regime with spring and summer peaks. On the other hand, most of the limited rain that falls in the Chihuahuan Desert comes in late summer.

The Chihuahuan Desert has a mean annual precipitation of 235 mm (9.3 in), though annual totals vary from 150 to 400 mm (6–16 in).

Vegetation, fauna and biodiversity

These seasonal rainfall differences result in significant differences in the vegetation of the two areas.

The bimodal precipitation in the Sonoran Desert provides two flowering seasons each year. Some plants bloom in spring, following winter rains, while others flower in late summer, following summer rains. Typical plants in the Sonoran Desert include columnar cacti (Cereus spp.) such as sahuaro, organ pipe, and cardon, as well as many other types of cacti, including barrels (Echinocereus), chollas (Opuntia spp.) and prickly pear (Opuntia spp.). Other succulent plants are also common.

More than 60 mammal species, 350 bird species, 20 amphibian species, 100 reptile species, 30 native fish species, 1000 native bee species, and 2000 native plant species have been recorded in the Sonoran Desert. The Sonoran Desert includes the Colorado River Delta, which was once an ecological hotspot within the desert, fueled by the fresh water brought by the river, though this flow has become negligible in recent years. See, for example, Will the mighty Colorado River ever reach its delta?

The vegetation of the Chihuahuan Desert is dominated by grasslands and shrubs, both evergreen and deciduous. Common species include tarbush (Flourensia ternua), whitethorn acacia (Acacia constrictor) and creosote bush (Larrea tridentata). The Chihuahuan desert has small cacti; succulent agaves (Agave spp.) and yuccas. Plants bloom in late summer, following the summer rains.

The Chihuahuan Desert is home to about 350 of the world’s 1500 known species of cactus, and includes the fascinating area of Cuatro Ciénegas, which has an unusually high number of endemic plant species and is one of the world’s richest hotspots for locally endemic cacti.

The Chihuahuan Desert is considered to be one of the three most biologically rich and diverse desert ecoregions in the world, rivaled only by the Great Sandy Tanmi Desert of Australia and the Namib-Karoo of southern Africa. However, settlements and grazing have heavily degraded the natural vegetation of some parts of the Chihuahuan Desert.

he Chihuahuan Desert has about 3500 plant species, including up to 1000 species (29%) that are endemic. The high rate of endemism (true for cacti, butterflies, spiders, scorpions, ants, lizards and snakes) is due to a combination of the isolating effects of the basin and range topography, climate changes over the past 10,000 years, and the colonization of seemingly inhospitable habitats by adaptive species. See here for more details of the flora and fauna of the Chihuahua Desert.

Landforms

This basin and range landscape of the Sonoran Desert trends north-northwest to south-south-east. Parallel faulted blocks are separated by alluvial bajadas (broad, debris-covered slopes), pediments and plains, which become wider approaching the coast. Despite being a desert area, this region exhibits many features that have resulted from water action, including wadis, salt flats, stream terraces and alluvial fans.

For a fuller description of the landforms of the Sonoran Desert, see this extract from A Natural History of the Sonoran Desert (edited by Steven J. Phillips and Patricia Wentworth Comus) published by the Arizona-Sonora Desert Museum.

The Sonoran Desert includes the subregion of the Sierra of Pinacate (part of El Pinacate and Gran Desierto de Altar Biosphere Reserve) with its distinctive volcanic cones, craters and lava flows. For more details, see The landforms of the El Pinacate and Gran Desierto de Altar Biosphere Reserve.

The landforms of the Chihuahuan Desert have been molded by tectonic uplift and erosion. Steep-sided but low hills are separated by wide bajadas from former lake beds and alluvial plains, occupying inland basins known as bolsons. Many parts form closed, interior basins with no external drainage. South of Ciudad Juárez, at Samalayuca, is one of Mexico’s most extensive areas of sand dunes. This is one of the most arid parts of the country, with high levels of salinization.

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How feasible is it to build Green Cities in Mexico?

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May 242014
 

This guest post, by C.G. Machlan of the fledgling Green City Development Organization, looks at the feasibility and practicality of establishing sustainable, accessible cities in Mexico.

If it is feasible and practical to build wind farms in Mexico then it must also be feasible and practical to build sustainable, accessible Green Cities. Here’s why!

Mexico has sufficient wind and solar resources as indicated by these two maps, of wind resource and solar radiation respectively:

Mexico-Wind-Map-2

Source: http://www.altestore.com/howto/images/article/Mexico-Wind-Map.jpg

energia-solar-mexico

Source: http://www.evwind.com/wp-content/uploads/2013/03/energia-solar-mexico.jpg

Wind Farms

Mexico has approximately 31 wind farms occupying over 11,000 hectares in 8 states, generating more than 1,300 megawatts (MW) of power for the national grid system. Additional wind farms are in the planning and development stages. These wind farms are needed, and are an important component of efforts to increase Mexico’s electricity-generating capacity. Wind farms are ecologically clean, produce needed electricity for the national grid, reduce Mexico’s carbon footprint, and create some long term jobs.

Green Cities versus Wind Farms

While wind farms contribute to Mexico’s electricity-generating capacity they do little to help the long term employment situation in Mexico. On the other hand, Green Cities can help boost employment. The Green City Feasibility Study looked at 10 Mexican states and identified potential locations having sufficient wind, solar and moisture resources to support a Green City. When built, each city would be able to house an estimated population of 250,000 to 300,000, and could create more than 100,000 new jobs across all sectors. Each city would be totally sustainable as regards electricity, by incorporating vertical and horizontal wind turbines together with solar panels in both residential and non-residential areas.

The Green City Electrical Analysis suggests that a Green City will require 54.6 to 63.3 megawatts daily for an estimated 54,000 houses, and between 288 and 661 MW for the non-residential areas at the projected mean and maximum population levels. This is a similar number of megawatts to the 250 MW produced by the Eurus Wind farm located in Juchitan de Zaragoza, Oaxaca, or the 632 MW, oil fired, Puerto Libertad power plant in Pitiquito, Sonora, but has the very important additional advantage of helping to create more than 100,000 new jobs in each city.

Green City Water Sustainability

Both electricity and water are essential for any city, Green Cities included, to grow and prosper. If Green Cities are located in areas where there is good wind speed/density and sufficient solar radiation to produce the electrical energy required, then the next question becomes, “Is there enough water available?”

Annual precipitation in Mexico (Fig .4.3 of Geo-Mexico)

Annual precipitation in Mexico (Fig .4.3 of Geo-Mexico, the geography and dynamics of modern Mexico) All rights reserved.

The normal rainfall season in many areas of Mexico is from May through September, so Green Cities would need to rely on aquifers as a year-round water source. Mexico has 653 identified aquifers, more than 100 of which are said to be overexploited.

Map of overexploited aquifers and areas of salinization

Overexploited aquifers and areas of salinization (Fig 6-7 of Geo-Mexico; all rights reserved)

Fortunately, Green Cities can be totally water sustainable by:

  • Recycling all wastewater to a quality suitable for potable use.
  • Incorporating “Air to Water” methods to obtain replacement water thus reducing aquifer usage.
  • Designing runoff systems to collect and clean rainfall (stormwater) when it is available.
  • Recharging aquifers, using excess water obtained from stormwater runoff.

The Green City Water Analysis estimates that a typical Green City will consume 71,563 cubic meters of water daily. Of this amount, 48,904 cubic meters will become wastewater requiring treatment. Assuming that 10% of the wastewater is lost during processing, approximately 24,925 cubic meters of replacement water will be needed daily, which must come from an aquifer, rainwater and/or “Air to Water” methods.

Calculations indicate each city could be fully water sustainable if rainwater was efficiently harvested. Assuming 10 cities were built in the various locations identified in the feasibility study (examined in an upcoming post) as much as 128 million cubic meters of water could be available for aquifer recharging each year.

Accessibility for All Individuals

If new cities are to be built it seems logical to make them completely accessible to all individuals so everyone has equal opportunity to live, learn and work. This, too, is possible with Green Cities. All houses and non-residential buildings are designed to be totally accessible, making the cities not only unique in Mexico, but in the world!

In Closing

It is feasible, socially acceptable, and economically practical to build sustainable, accessible Green Cities in Mexico! Green Cities are especially important for Mexico. Like most other emerging and developing countries, Mexico lacks sufficient electricity-generating capacity to promote the industrial growth needed for its population. Building more wind farms can help existing cities (via the national grid) but Green Cities can provide even more long term benefits to the people of Mexico, including as many as 1 million new jobs from the construction of 10 new cities.

The technology is available. Now it requires planning, refinement, cost analysis and implementation. Is Mexico ready? We believe the answer is YES!

[Text submitted by C.G. Machlan, The Green City Development Organization (GCID.org). Mr. Machlan can be contacted via bmachlan@hotmail.com]

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Mexico’s internet connections and e-commerce

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May 172014
 

Mexico, Argentina, Spain and another twenty countries from around the world celebrate today (17 May) as “World Internet Day”.  This seems like the ideal time to review just how “connected” (or not) Mexico’s cybernauts are.

Household survey figures from INEGI, the National Statistics Institute, show 11.1 million homes in Mexico (35.8% of the total) have a computer, but that 14% of these households do not have internet access. About 46 million Mexicans aged six years or older access the internet. Three quarters of all users are under the age of 35.

Digital divide map

Internet traffic flows Credit: Stephen Eick, Bell Labs / Visual Insights, <http://www.visualinsights.com>)

64% of users utilize the internet for information, 42% as a means of communication, 36% for entertainment, 35% for education and 35.1% for social networking. (These categories are not mutually exclusive.) 43.6% of all users access internet daily, 45.5% weekly and 7.1% less often. In terms of education, 20.2% of all users have completed primary school only, 24.5% junior high and 28.6% senior high, while 23% already have a degree and 2% have postgraduate qualifications.

Data from the Mexican Internet Association (AMIPCI) shows that Mexicans’ acceptance of e-commerce is rising very rapidly. E-commerce was worth around $9.3 billion in 2013, an increase of 41% from a year earlier when the comparable figure was $6.6 billion. Indeed, APIPCI data show that e-commerce has risen at double digit rates for several years. There is still considerable room for growth since the INEGI survey shows that only about 6% of Mexico’s cybernauts currently use the internet to make purchases or pay bills.

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Mexico’s multinationals: KidZania and its child-sized cities

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May 152014
 

KidZania is one of Mexico’s more unusual multinational corporations. It is a Mexican-owned chain of family entertainment centers, aimed at children aged 4 to 14. Each KidZania location is a child-sized replica of a real city, complete with buildings, paved streets, shops, vehicles and pedestrians. All buildings are scaled to be two-thirds their real-life size.

kidzania-logoChildren enter the city (usually via an airport-like setting) and then engage in role-play jobs in such branded activities as bottling Coca-Cola, serving at a McDonald’s restaurant or working in a Crest-sponsored dentist’s office. Others undertake the roles of firemen, doctors, police officers, journalists and shopkeepers, etc. “Workers” earn kidZos (local currency) to spend on entertainment, at the gift shop, or for premium KidZania activities. Each KidZania offers about 100 role-playing activities in 60 or so distinct establishments.

Between them, KidZania centers attract more than 4 million young visitors a year. This Youtube promotional video – KidZania Global Overview 2013 – provides a good introduction.

Alternatively, the 5-minute video below, from PBS’s American Milestones, describes how KidZania works, with particular emphasis on its claimed educational value:

The Mexican entrepreneur behind KidZania is CEO Xavier López Ancona. The first KidZania (later renamed La Ciudad de los Niños – The City of the Children) opened in September 1999 in Santa Fe Shopping Mall in Mexico City. Two more locations have since opened in Mexico: Monterrey, in northern Mexico, and Cuiculco, in the southern part of the Federal District.

The first KidZania outside Mexico opened as a franchise in Tokyo, Japan, in 2006. Since then KidZania has opened centers in:

  • Jakarta, Indonesia (2007)
  • Koshien, Japan (2009)
  • Lisbon, Portugal (2009)
  • Dubai (2010)
  • Seoul, South Korea (2010)
  • Kuala Lumpur, Malaysia (2012)
  • Santiago, Chile (2012)
  • Bangkok, Thailand (2013)
  • Mumbai, India (2013)
  • Kuwait (2013)
  • Cairo, Egypt (2013)
  • Istanbul, Turkey (2014)
  • London, U.K. (2015)

The chain is still expanding, with plans to establish new centers in Jeddah, Saudi Arabia; São Paulo, Brazil; Singapore; Moscow, Russia; Manila, Philippines; Doha, Qatar;  and Chicago, USA.

Each park represents an initial investment of between 20 and 30 million dollars. Sponsors of KidZania activities vary by location and include (or have included) American Airlines, Coca Cola, Domino’s Pizza, Kellogg’s, Walmart, Danone, Mitsubishi, Honda, HSBC, Johnson & Johnson, Nestlé and Sony.

KidZania has won several major awards, including one as the World’s Top Family Entertainment Center by IAAPA (International Association of Amusement Parks and Attractions).

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Noise pollution in Mexico

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Apr 282014
 

Environmental noise is everywhere in Mexico, from traffic and fiestas to garbage collection and gas delivery. For more examples, see The distinctive sounds of Mexico’s towns and cities and The Sounds of Mexico. The traffic whistles made by police are an important subset of the sounds in any Mexican town or city. They have a mini-language of their own, explored in this MexConnect article: Did you know that different traffic whistles in Mexico mean different things?

This 3 minute Youtube video is a fun introduction to some of the Sounds of Mexico City though it must be admitted that some of the sounds are far more melodious than others:

Sounds and whistles may be very useful, but exposure to environmental noise can have deleterious effects on an individual’s well-being. Research in many countries has supported legislation to limit people’s exposure to loud noise on the grounds that such exposure can seriously damage health. Working days are lost and the resulting healthcare costs are considerable.

For example, a Spanish group, The National Association Against Noise Pollution, claims that the volume of music blasting out of automobile speakers makes many of that country’s younger generation “candidates for deafness”. The Association has lobbied for “coherent and efficient” legislation to prevent this modern urban environmental problem. It wants buildings with improved sound insulation and building codes which take account of the “sound maps” of each city.

Environmental noise, even if not sufficiently loud to damage our hearing, can make communication much more difficult, not to say frustrating, and can also interfere with our concentration, increasing the likelihood of potentially dangerous situations in the workplace or on the road. Excessive noise can increase stress and provoke fatigue.

What level of noise is safe? Three factors come into play. First, how intense, or loud, the noise is. This “noise level” is relatively easy to record and is measured in decibels (dB). The second factor is how long the noise lasts – the duration of any particular noise makes a huge difference to its effects on our hearing system. This is also relatively easy to quantify. The third factor – our individual susceptibility to noise – remains extremely difficult to predict in advance, meaning that noises that prove innocuous for some members of the family may permanently damage the hearing of others.

The following list indicates the peak decibel level (dBA) of various recreational and environmental noises:

  • Normal breathing: 10
  • Average home interior: 50
  • Conversational speech: 65
  • Vacuum Cleaner: 85
  • Lawn Mower: 95
  • Video Arcade: 105
  • Car horn: 110
  • Center of Guadalajara: 110
  • Screaming child: 115
  • Chain saw: 125
  • Automobile Stereo: 125-155
  • Fireworks (at range of 3 feet or 1 meter): 162
  • Hand gun:  165

This list clearly suggests that it is unwise to spend all day mowing the lawn or vacuuming your house, let alone using a chain saw or cruising the streets with your car stereo turned up high!

The World Health Organization (WHO) currently considers that 65 decibels (65 dB) should be the maximum noise level to which people are exposed for any prolonged period of time such as a working day. It estimates that at least 120 million people worldwide, mainly city residents, are suffering from hearing problems caused by exposure to excessive noise.

Mexico’s official noise norm NOM-081-SEMARNAT-1994 was first published in 1995 and follows the WHO guidelines. By comparison, the U.S. Occupational Safety and Health Administration standards are a maximum 8 hours exposure to 90 dB, 2 hours exposure to 100 dB, 1 hour to 105 dB or 15 minutes to 115 dB.

noise-chartIn November 2013, Mexico modified the technical details attached to its noise norm, and issued a new chart (see above) showing the maximum permitted noise levels in a variety of different settings. Note that the limits apply to “fixed sources” of noise, not to the occasional passing vehicle with loud-speakers!

The new rules are welcome. As John Pint eloquently puts it in New Federal Norms list decibel limits, this legislation “gives ordinary people a chance to defend themselves from Acoustic Terrorism.”

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The Magic Town of Jiquilpan in Michoacán

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Apr 102014
 

For a small Mexican town of somewhat nondescript architecture, Jiquilpan de Juárez, in Michoacán, has considerable claim to fame, well deserving of its Magic Town status. Jiquilpan is the birthplace of two Mexican Presidents, who played pivotal roles in national affairs, and several distinguished artists. Its unprepossessing exterior appearance offers no hint of the important works of art—including sculptures and a singular mural—which are to be discovered in the town.

The first former President associated with the town is Anastacio Bustamante, who had the distinction of being President three times 1830-32, 1837-39, 1839-41). In the interim between his first two governments, Mexico was forced to cede a large part of its territory, including Texas, to the USA. Bustamante, considered one of the more honest nineteenth century politicians, seized power for the first time in 1830, overthrowing Vicente Guerrero. He was in turn overthrown by Santa Anna in 1832, and fled to England. On resuming office in 1837, after the rather unsavory incidents which robbed Mexico of Texas, Bustamante immediately faced the “Pastry War” crisis.

The Pastry War began when Mexico refused to pay compensation for damages to a pastry shop, owned by a Frenchman in Mexico City. The shop had allegedly been looted during riots in 1828. Ten years later, the French government used this pretext, and other losses which had occurred at the same time to other French property, to demand 600,000 dollars in damages from the Mexican government of Bustamante. The French also sought a preferential trading agreement with Mexico. Bustamante considered the claim for looted pastries to be preposterous and refused either to pay, or to consider the trade agreement. Outraged, the French brought up a fleet from the Caribbean island of Martinique and blockaded Veracruz. Seven months later, the French added a further 200,000 dollars to their demand to cover the costs of the blockade. Bustamante finally gave in and paid in full, whereupon the French fleet sailed off.

The second former President associated with  Jiquilpan is Lázaro Cárdenas, born in the town on the 21st May, 1895. As national President (1934–40), he presided over a massive agrarian reform program and in 1938 nationalized the railways and the oil industry. He was the last President to be held in sufficient esteem to occupy important ministerial posts including Defense Secretary after the end of his term as President.

jiquilpan-sm2On Jiquilpan’s main street, appropriately named Avenida Lázaro Cárdenas, are the library and the town museum. During Lázaro Cárdenas’ presidency, a nineteenth century church in Jiquilpan was converted to a library and embellished with two impressive works of art. The new door of the library, in which are sculpted the heads of 22 of the most outstanding figures of the early twentieth century, was designed by Guillermo Ruiz. It is a beautiful tribute to the greatest thinkers and scientists of the time (Edison, Marti, etc.).

The murals decorating the interior of the library were painted by an even more prominent figure in the history of Mexican art: José Clemente Orozco, one of the famous “Big Three” of Mexican Muralism, alongside Diego Rivera and David Alfaro Siqueiros. Orozco painted, literally singlehandedly (having lost his left hand in a childhood accident) a series of sketchy black-and-white murals depicting political parties and revolutionary Mexico on either side of the former nave and an unusual and striking full-color, nationalistic mural known as “A Mexican Allegory”.

The modern Jiquilpan museum, east of the town center beyond the very friendly Hotel Palmira, includes a collection of archaeological pieces unearthed from a nearby shaft tomb. In addition to the archaeological pieces, the museum houses the Centre for Studies of the Mexican Revolution. Even non-Spanish speakers can gain insights into the turbulent and complex times that comprise the Mexican Revolution by looking at the extensive photographic exhibition on the museum’s first floor. The exhibition details the life and works not only of Lázaro Cárdenas but also of other key figures in twentieth century Mexican politics including General Francisco Múgica, who was in the group which proposed for inclusion in the Constitution of 1917 (still current today) Article 27, which encompassed agrarian reform and land redistribution, and Article 123 which dealt with the rights of workers, including an eight-hour day and guaranteed minimum wages. The museum in Jiquilpan is a fitting tribute to these much revered politicians.

Moving away from politics and towards the arts, Jiquilpan was the birthplace of artist Feliciano Béjar, who passed away in 2007, and received national acclaim for his inspiring sculptures, painting and weaving. Rafael Méndez, arguably the world’s greatest ever trumpet virtuoso, was born into a musical family in Jiquilpan and later moved to the USA. His legendary technique and tone have never been equaled. Jiquilpan hosted an international trumpet festival named for him in 2011.

Elsewhere in Jiquilpan are a statue of Christ on the Cross, said to date from the times of Emperor Charles V (now in San Francisco church), and a fountain sculpted by Francisco Eduardo Tresguerras, Mexico’s most famous nineteenth century sculptor and architect. This fountain was originally on the El Cabezón hacienda, owned by the Cañedo family, in Jalisco, but the family later gave it to Lázaro Cárdenas to beautify his native town. Known as “The Fisherman’s Fountain” (Pila de los Pescadores), it is a few blocks from the main plaza. Another, newer fountain on the plaza, “La Aguadora” (The Water Carrier), commemorates the first anniversary of the nationalization of the oil industry.

The ancient hieroglyph for Jiquilpan, from pre-Columbian times, is a horizontal line of earth with two indigo plants above it, linking the town to the color blue. One of Jiquilpan’s most famous poets, Ramón Martínez Ocaranza, also linked his birthplace to the color blue, christening it, “the city of jacarandas”, a tag that quickly caught on and is still used today. Anyone who drives through the town during jacaranda season (February–March) will certainly agree that the tall trees  with their lavender-blue blossoms bordering the main avenues are a magnificent sight.

Note: This is a lightly edited excerpt from chapter 6 of my Western Mexico: A Traveler’s Treasury (Sombrero Books, 2013)

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Mexico’s geomorphosites: Ceboruco Volcano

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Apr 072014
 

A short distance west of the crater lake of Santa María del Oro, in the west Mexico state of Nayarit, is Ceboruco volcano which has a cobblestone road to the top. The road starts from the old and picturesque village of Jala, eight kilometers off the main highway (Highway 15). The cornfields around Jala yield some of the largest ears of corn in the world, more than 30 centimeters (one foot) in length, a cause for celebration in the village’s annual August festival. Jala was declared a Magic Town in 2012.

The road up Ceboruco is a geologist’s or biologist’s dream come true, a slowly unfolding series of volcanic forms and different types of vegetation with abundant surprises even for the scientifically expert. Small wonder, then, that the great German botanist Karl Theodor Hartweg was so impressed with Ceboruco when he collected plants here in the nineteenth century. To read more about his discoveries, see The geography of garden flowers, many of which originated in Mexico.

ceborucoNear the top are several short but interesting walks, some in shady, thickly vegetated valleys hidden between towering walls of blocky lava, some along the many overlapping rims of the various old craters of which this complex peak is comprised. Wherever you choose to walk, a multicolored profusion of flowers and butterflies will greet your eyes.

On the south side of an attractive grassy valley at kilometer sixteen, fumaroles send hot gases and steam high into the air reminding us that this volcano is not yet irrevocably extinct. A massive Plinian eruption in about the year 1000 sent ash plumes into the air and devastated a wide area around the volcano. The huge blocks of lava near the summit date from a prolonged series of eruptions in the early 1870s.

Highway 15 cuts through Ceboruco’s lava field a few kilometers after the Jala junction. For those not wishing to brave the cobblestone road up to the volcano, this is a good place to stretch the legs and marvel at the inhospitable, black lava blocks which were spewed out more than a hundred years ago.

This is a lightly edited extract from my “Western Mexico: A Traveler’s Treasury” (link is to Amazon’s “Look Inside” feature), also available as either a Kindle edition or Kobo ebook.

Want to read more about Mexico’s geomorphosites? The link uses Geo-Mexico’s “Site Search” feature.

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The challenges of banana cultivation in Mexico

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Apr 052014
 

How are bananas grown commercially?

Banana plants (their lack of a central woody stem means they are plants, not trees) can grow to heights of 10 meters (30 ft), with leaves up to 4 meters (12 ft) in length. Banana plants grown commercially are usually much lower in height for ease of management and to limit wind damage.

Each individual plant produces a single stem. Each stem contains six to nine clusters of bananas (“hands”), each with 10 to 20 individual bananas (“fingers”). Commercial banana stems each produce six or seven hands with 150 to 200 bananas. Each stem weights between 20 and 50 kg.

A typical banana plant grows to a size with harvestable fruit in nine to 18 months. Harvesting bananas is often done by workers in pairs, with one cutting the fruit off the stem and the other catching the bananas to prevent them striking the ground and being damaged.

After the fruit is harvested, the stalk dies or is cut down. In its place one of more “daughter” (or “ratoon”) plants will sprout from the same underground rhizome that produced the mother plant. These shoots are genetic clones of the parent plant.

Banana plants require rich soil, nine to 12 months of sunshine and frequent heavy rains (2000-4000 mm/yr), generally more than can be provided by irrigation. Bananas are either spayed with pesticides or wrapped in plastic for protection from insects. Wrapping the fruit also reduces the bruising caused by friction with leaves in windy conditions.

Bananas are easily bruised and damaged in transit, but can be picked green (unripe) and ripened quickly at destination. They are generally picked and packed on or close to the plantation.

Commercial plantations of bananas often use very large areas of land, with 2000-2400 plants/hectare. Good access to transportation routes (roads or railways) is essential in order to avoid damage after packaging. Banana cultivation is very labor intensive. Banana plants are often used as shade for crops such as cacao or coffee.

Banana packing plant. Credit: Sagarpa.

Banana packing plant. Credit: Sagarpa.

Challenges for the commercial cultivation of bananas

Weather and climatic hazards

Banana plants can easily be damaged by strong wind and entire plantations can be destroyed by tropical storms and hurricanes.

Disease

Bananas are susceptible to a wide variety of pests and diseases. For example, Panama disease (aka Black Wilt), an infection in the soil, ravaged banana plantations throughout the Caribbean and Central American in the 1950s, virtually wiping out the Gros Michel variety cultivated at that time. The more fragile Cavendish bananas proved resistant, though they required more specialist packing. A new strain of Panama disease (Tropical race 4) capable of killing Cavendish bananas has emerged in Asia, but has yet to reach Latin
America.

Fungal diseases such as black sigatoka are one of the current major issues faced by banana producers. To combat black sigatoka, plantations may be aerially sprayed with pesticides from helicopters. Black sigatoka has already reduced banana yields in some parts of the world by up to 50%. Fighting this disease apparently now accounts for about 30% of Chiquita’s costs.

Commercial bananas have limited genetic variability and limited resistance to disease. This has led some experts to argue that fungal diseases may wipe out commercial banana plantations permanently, though the Food and Agriculture Organization (FAO) disagrees. The FAO argues that export varieties of bananas make up only about 10% of the total world banana crop, and that considerable genetic diversity remains in the plants grown for local consumption by small-scale farmers in developing countries.

Pesticide applications and pollution

Numerous studies have suggested that commercial banana production is often accompanied by high levels of pollution, both of the soil and of water courses. For example, the authors of “Soil and Water Pollution in a Banana Production Region in Tropical Mexico” studied an area of 10,450 hectares in Tabasco where the “agricultural activities are primarily banana production and agro forestry plantations (Spanish cedar and bananas).”

The area had been sprayed weekly with the pesticide Mancozeb for a decade at an application rate of 2.5 kg/ha/week. The study monitored soil, surface, subsurface and groundwater pollution. It found that there was a “severe” accumulation of manganese in the soil, while surface and subsurface water was “highly polluted” with ethylene thiourea, the main metabolite of Mancozeb. The authors concluded that “The level of pollution in the region presents a worrisome risk for aquatic life and for human health.”

Banana research

In Latin America, the Honduran Foundation for Agricultural Research is a leading banana breeding center and the source of many promising hybrids, including some that can either be cooked when green (like plantains) or eaten as ripe bananas. It usually takes decades to develop and introduce a new hybrid. Scientists are also working on genetically-engineered (GE) bananas that will remain ripe longer, and are trying to develop dwarf hybrids that produce large amounts of fruit for their weight, are easy to work, and less susceptible to storm damage.

Sources for science of cultivation methods and issues:

  • Morton, Julia. 1987. Banana, chapter in Fruits of warm climates.
  • Violette Geissen, Franzisco Que Ramos, Pedro de J. Bastidas-Bastidas, Gilberto Díaz-González, Ricardo Bello-Mendoza, Esperanza Huerta-Lwanga, and Luz E. Ruiz-Suárez, 2010. “Soil and Water Pollution in a Banana Production Region in Tropical Mexico”, in Bull. Environmental Contamination and Toxicology, October 2010, 407–413.

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Eight types of bananas are grown commercially in Mexico

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Mar 202014
 

In an earlier post, The geography of banana production in Mexico, we provided an overview of banana production in Mexico. Eight different kinds of bananas are grown in Mexico (see graphic). The harvesting of bananas is mainly in the third quarter of each year.

Eight kinds of bananas grown in Mexico

Eight kinds of bananas grown in Mexico. Click to enlarge. Credit: SAGARPA

The eight main types of bananas grown in Mexico are:

  • Cavendish gigante – thick skin, milder taste, the most popular of the smaller varieties, 55% of national production, half of it from Tabasco
  • Macho – plantains, best eaten cooked; about 15% of national production, mainly in Chiapas (municipalities of Suchiate and Acapetahua), Tabasco (Centro and Cunduacán) and Veracruz (Otatitlán and Tlacojalpan)
  • Tabasco – high quality, medium sized fruit with excellent flavor. About 7% of national production
  • Valery – less firm fruit, consistency more like a cherry (4%)
  • Dominico – short, squat, relatively straight and sweet-tasting (3%)
  • Pera – fat, slightly curved, and up to 24 cm in length. Each finger can weigh 300 grams (2%)
  • Manzano – long rhizomes, pleasant taste and smell (1%)
  • Morado – disease resistant, stronger tasting, orange-tinted skin (0.5%)

Mexican banana and plantain recipes (from MexConnect)

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Cosmic botanical garden in Toluca

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Mar 152014
 

The city of Toluca (population 1.8 million), the capital of the State of México, was in the news recently as the site for the tri-national meeting between the heads of state of Mexico, the USA and Canada to mark the 20th anniversary of NAFTA.

Nestled away inside the city, away from its burgeoning factories, is the former city market. The market closed in 1975. Plans to demolish it were forestalled when renowned Mexican artist Leopoldo Flores stepped up with a plan to restore the market building, which dated back to 1909, into an artistic gem housing a botanical garden.

Cosmovitral, Toluca

Used under Creative Commons Attribution-Share Alike attribution

The market’s original windows were replaced with large glass murals, comprised of half a million pieces of glass and covering a total area of more than 3,000 square meters. The revamped building, now known as the Cosmovitral, was reopened in 1980. In 2007, the Cosmovitral narrowly missed being named one of the 13 man-made wonders of Mexico.

The centerpiece of the Cosmovitral murals is the stunning image entitled Sun Man (Hombre Sol).

Possibly the world’s best decorated glasshouse, the Cosmovitral houses over 500 different plants from around the world and has become one of the city’s single most popular tourist attractions, though rarely visited by foreign tourists.

Where? The Cosmovitral is located in downtown Toluca at the intersection of Juárez and Lerdo de Tejada streets. Guided tours are available.

When? It is normally open Tuesday to Saturday, 10 a.m. to 6 p.m.; Sundays 10 a.m. to 3 p.m.

Admission? Tickets are 10 pesos (less than a dollar) for adults, 5 pesos for children. Guided tours, mostly to explain the Cosmovitral’s stained glass, are available. Art exhibitions are hosted regularly.

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Is there a connection between farm size and marginalization?

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Mar 132014
 

Having noted in previous posts that farm sizes in southern Mexico are smaller (on average) than in northern Mexico, and that farm size is affected by socio-economic factors, and that farmers of smallholdings are unable to generate a decent profit, it is interesting to consider the relationship between farm size and marginalization.

Mexico’s National Population Commission (Conapo) has formulated a compound indicator of “marginalization” and publishes its “marginalization index” at regular intervals. Data are available at both the state and the municipal level for the entire country. This discussion relies on the state level data.

Scatter graph showing average farm size and marginalization index

Scatter graph showing average farm size and marginalization index. Data: INEGI, Conapo. Credit: Geo-Mexico

Each dot on this scatter plot represents a state. For the 32 points, the statistical correlation (Spearman’s Rank Correlation Coefficient) is –0.483. This negative correlation (significant at the 95% level) means that marginalization is inversely associated with farm size  (i.e. the greater the marginalization, the smaller the likely farm size).

In short, the north-south divide that we found when looking at the pattern of farm sizes in Mexico is closely linked to the north-south economic divide that characterizes the country.

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Geo-Mexico has many other agriculture-related posts (easily found via our tag system). They include posts about the geography of growing/producing Christmas trees, cacao, honey, sugarcane, coffee, chiles, floriculture, tomatoes, tequila, horticultural crops and oranges. Also worth reading are:

US Airways customer service redefines the geography of North America

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Mar 102014
 

According to a US Airways customer service agent in Phoenix, “US Airways does not charge for the first checked bag on international flights. Flights from the US to Mexico and Canada are NOT considered international flights because they do not cross water.”

This statement was made in response to a query regarding a charge of US$25.00 for a single checked bag on a flight from Guadalajara to Phoenix, following a Geo-Mexico fact-finding trip to Jalisco.

Hmm… does this mean no passports required? Does this mean that Canada, the USA and Mexico share a common currency, language and government. Me thinks not!

Defining “international” as requiring the crossing of water actually gave me a vivid flashback to my early days teaching in the Caribbean, where I discovered, to my great surprise, that some students had a similar idea. Because they knew that different Caribbean islands were (generally) different countries, they assumed that all countries were islands. In one extreme case, a student colored the political boundaries between all the countries of South America blue, justifying this by saying that each country was an island and must have water separating it from the next country!

Fortunately, the customer service agent’s interpretation of international is not echoed by the airline’s own webpage about Baggage Policies. In the circumstances, perhaps US Airways should consider upgrading its training programs for its customer service staff. Geo-Mexico would be pleased to assist.

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The geography of banana production in Mexico

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Mar 082014
 

Bananas are the world’s fourth most important dietary staple after rice, wheat and corn (maize). They are a major source of nutrition (low in fat, but rich in potassium and vitamins A, B, C and G) for people living in tropical areas. Of the 80 million tons of bananas produced globally each year, less than 20% enters international trade; the remainder is eaten locally. Bananas that are ripe and eaten raw are called desert bananas; those that are cooked are called plantains.

India is the world’s largest banana producer (31% of the world total) but is not an important exporter. Other leading producers include China (10%) and the Philippines (9%). Mexico (2%) is the world’s tenth largest producer, and the world’s 13th largest exporter. The world’s leading exporters of bananas (in dollar terms) are Ecuador, Costa Rica, Colombia and the Philippines.

How did bananas reach Mexico?

The banana plant is thought to have originated in southern Asia, possibly in the Mekong Delta area. Though the details are sketchy, banana plants were carried from there to Indonesia, Borneo, Philippines and Pacific Islands, including Hawaii. By AD650, bananas had reached Egypt and the Mediterranean coast. In the fiteenth century, Portuguese navigators and slave traders carried bananas to the Canary Islands. By the early sixteenth century, bananas had been introduced by Spanish missionaries to Santo Domingo on the island of Hispaniola in the “New World”.

Bananas reached Mexico for the first time in 1554 when Bishop Vasco de Quiroga (the first Bishop of Michoacán), returning from Europe, brought some plants back with him from his short layover in Santo Domingo.

FAO statistics for the past few years show that Mexico has about 75,000 ha planted with bananas. Total production is close to 2.2 million metric tons a year, giving an average yield of about 30 metric tons/ha. The yield is trending slowly upwards. The yield under irrigation (38.3 tons/ha) is 55% higher than that from rainfed farms. As a result, while irrigated farms account for just under 40% of the total acreage of bananas, they supply 50% of total production. Commercial banana growing provides about 100,000 direct jobs in Mexico and 150,000 indirect jobs.

Mexico's banana-growing states

Mexico’s banana-growing states [corrected]

The main banana producing states (see map) in Mexico are:

  • Chiapas (35% of national production), especially the municipality of Tapachula
  • Tabasco (25%), where average price per metric ton is lower. Mexico’s largest banana exporting company, San Carlos Tropical Exports, is based in Tabasco.
  • Veracruz (13%), especially in the municipalities of Martínez de la Torre, Atzalán, Tlapacoyán, Nautla and Papantla
  • Michoacán and Colima (6.5% each)

Bananas are also grown, on a smaller scale, in Jalisco (4.5%), Guerrero and Oaxaca (3% each) and Nayarit (2%).

Maps showing banana cultivation areas in individual states can be generated via SIAP, the Agriculture Secretariat’s online database system.

Trade in bananas

The world’s major importers are the USA (bananas are the single most widely eaten fruit in that country), Germany, Japan, Russia, UK, Italy, France, Sweden and China.

Bananas were first introduced into US diets (from Cuba) in the early 19th century. The earliest large-scale shipments of bananas to the USA were from Jamaica in the 1870s, and were organized by Lorenzo Dow Baker, who later founded the Boston Fruit Company, which later became the United Fruit Company, now Chiquita Brands International.

Banana exports from Mexico have risen rapidly in recent years and reached 307,000 metric tons in 2012 (compared to 60,000 tons in 2005), worth about 140 million dollars. The USA is the world’s largest importer of bananas and Mexico’s main foreign market, receiving 80% of all exports of Mexican bananas.

Source for history of bananas:

  • Jenkins, Virginia S. Bananas: An American History. Washington: Smithsonian Institution, 2000

Other posts related to agricultural products:

Trends in Mexico’s commercial and industrial property markets

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Mar 062014
 

In The market for commercial and industrial real estate in Mexico, we looked at a recent snapshot of the industrial real estate market in the last quarter of 2013, and saw how cities in the Bajío Region were outpacing cities in Central Mexico or Northern Mexico. (The snapshot came from the report ‘Industrial Markets in México (Q4 2013)‘ by Jones Lang LaSalle, a global real estate services firm.)

In this post, we take a look at the “Industrial Property Clock” for the same period, from the same report.

Industrial property clock (Jones Lang LaSalle)

Industrial property clock (Jones Lang LaSalle)

In general, cities in Central Mexico and in the Bajío are well “ahead” of cities in northern Mexico on this clock. The analysis by Jones Lang LaSalle suggests that the commercial and industrial property markets in Mexico City, Guanajuato, Guadalajara, San Luis Potosí, Puebla and Toluca are “peaking”. The two remaining cities in the Bahío (Querétaro and Aguascalientes) are joined by several cities in northern Mexico in the “rising market” portion of the graph, while Reynosa, Matamoros, Nuevo Laredo and Chihuahua are anchored in the “bottoming market” portion.

The following quotes are taken from the report:

• Mexico City’s industrial market grows its footprint annually; rents have grown to pre-crisis levels

• Puebla market is very tight; land is scarce and vacancy is at a low

• Toluca market has been growing as an alternative to Mexico City, it is also attracting local businesses

• Guanajuato is growing in several submarkets like Silao and Celaya thanks to car manufacturing and food related businesses

• Guadalajara keeps occupying space and growing at El Salto and South Periférico

• San Luis Potosí keeps attracting new industries related to consumer goods. The car manufacturing industry is taking advantage of the city’s communications and infrastructure

•Querétaro has been active inaugurating new developments near the airport both for the aerospace business and for car manufacturing. These industries have taken advantage of the local educated labor force

• Aguascalientes seems to be the new frontier for developers: at least three major national developers have inaugurated parks in this market, one of them is Nissan’s supplier park

• Tijuana continues its path towards quickly becoming a speculative development marketplace once again. It is the first border city to regain this business climate

• Nogales, the smallest of the Northwest Border region cities, is also enjoying the expansion of Kimberly Clark (KCI) leasing vacant space within the Nuevo Nogales Industrial Park

• Ciudad Juárez keeps lowering the existing vacancy rate

• Monterrey submarkets have been improving, especially Apodaca and Santa Catarina, where land prices and rents are growing

• Nuevo Laredo, Reynosa and Matamoros have seen a slow down in their activities, however, tenants have stayed at their buildings; there are no new developments on the horizon and vacancy rates are around 10%

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The market for commercial and industrial real estate in Mexico

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Mar 012014
 

A recent snapshot of the industrial real estate market in the last quarter of 2013 compares progress in three industrial regions in Mexico: Northern Mexico, Central Mexico and the Bajío Region. The snapshot comes from the report ‘Industrial Markets in México (Q4 2013)‘ by Jones Lang LaSalle, a global real estate services firm specializing in commercial property management, leasing, and investment management.

Cities included in industrial real estate study

Cities included in industrial real estate study (Jones Lang LaSalle)

The pattern of commercial and industrial real estate in Mexico

The five main cities of the Bajío Region (Aguascalientes, Guadalajara, Guanajuato, Querétaro and San Luis Potosí) are booming in terms of commercial and industrial real estate. In the final quarter of 2013, the region added about 550,000 m2 of commercial and industrial space. This was more than double the additional space added in Central Mexico (Mexico City, Toluca and Puebla) and close to the total amount (614,000 m2) spread between 10 cities in northern Mexico (see map).

In the North Region, “Tijuana has been occupying vacant space… and Ciudad Juárez is on its way to recovering from low rents and high vacancy”, while the automotive sector is driving growth in Saltillo-Ramos Arizpe.

The Central Region is helped “by third party logistics companies that grow their business and footprint in Mexico City’s surroundings”, while “Toluca and Puebla grew mainly because of the car manufacturing demand for space.” Commercial rents rose in Mexico City and in Toluca. “Big Box requirements keep driving this market. Development has been very active at the Tepotzotlán toll booth surroundings.”

The Bajío Region has consolidated “with new industrial parks related not only to the new car manufacturing plants, but also for new investments related to aerospace, food and personal consumer” products.

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The pattern of farm sizes in Mexico: is there a north-south divide?

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Feb 242014
 

In 2007, INEGI census recorded 2.4 million “units of production” (farms) under 2 hectares in size. This number is 43.5% of all farms, and includes farms not being actively worked. 22.9% of farms were between 2 and 5 hectares in area and a further 23.4% between 5 and 20 hectares. In sum, almost 90% of all farms had an area of 20 hectares or less. At the other end of the size spectrum, 2.2% of farms were larger than 100 hectares.

In terms of land tenure, 68.5% of all farms were in ejidos (a form of collective farming), 28.5% held privately and the remaining 3% were other (communal, public, mixed). Almost three-quarters of all farms under 20 hectares in area are ejidos, whereas about three-quarters of all farms over 100 hectares in size are private.

Map of average farm size in Mexico, by state, 2007

Map of average farm size in Mexico, by state, 2007. Data: INEGI. Credit: Tony Burton/Geo-Mexico

The choropleth map (above) shows the average size of farms (in hectares) by state. It is very clear that larger farms are concentrated in northern Mexico. All the states along the US border have average farm sizes in excess of 100 hectares. At the other extreme, a ring of states in central Mexico (centered on the Federal District) have average farm sizes that are below 5 hectares. The average farm size is slightly larger to the south of that ring of tiny farms, and significantly larger towards the east, including those states comprising the Yucatán Peninsula.

The general pattern is of a north-south division, which becomes even clearer when the average farm sizes are plotted as an isoline map. With minor exceptions, the “surface” represented by these isolines slopes steeply away form the highest values in north-western Mexico towards the south-east.

Average farm size in Mexico

Average farm size in Mexico. Data: INEGI Credit: Tony Burton / Geo-Mexico

Classroom exercise

Having recognized this pattern in farm sizes, can you think of reasons that might explain it? The short answer is that farm sizes vary in response to a multitude of factors, These include historical, demographic, and socioeconomic factors as well as relief, climate, natural vegetation and soils.

Q1. Compare the maps in this post with maps for some of the factors you think might be important. (Try our Geo-Mexico Map Index as a starting point). For example, the northern area of Mexico, the area with largest farms, is primarily semi-arid or arid. Why might farms in arid and semi-arid areas be larger than in other areas?

Q2. Have a class discussion about the relative importance of the factors that have been identified or suggested.

Q3. Discuss the relative merits of the two mapping methods used in this post (choropleth and isoline) to portray average farm sizes.

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Geo-Mexico has many other agriculture-related posts (easily found via our tag system). They include posts about the geography of growing/producing Christmas trees, cacao, honey, sugarcane, coffee, chiles, floriculture, tomatoes, tequila, horticultural cropsand oranges. Also worth reading are:

World’s longest underground river flows deep beneath the Yucatán Peninsula

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Feb 102014
 

In January 2007, the world’s longest underground river was reported from Mexico’s Yucatán Peninsula. [Prior to that date, the honor was held by the Puerto Princesa Subterranean River in the Philippines]

The Sac Actun (“White Cave”) river system in the Yucatán Peninsula wanders for 153 km (95 miles) through a maze of underground limestone caves. It took British diver Stephen Bogaerts and his German colleague Robbie Schmittner four years to explore the caverns using underwater scooters and specially rigged gas cylinders, before they finally discovered a connection between the Yucatán region’s then second- and third-longest cave systems, known respectively as Sac Actun and Nohoch Nah Chich (“Giant Birdcage”). Following the discovery of a link, the entire system is now known as Sac Actun. The system has a total surveyed length (including dry caves) of 319 kilometers (198 mi), making it the longest cave system in Mexico, and the second longest worldwide. [The longest is the dry Mammoth Cave System, Kentucky, USA, which measures 643.7 km (400 mi) in length].

Sac-Actun cave system

Sac-Actun cave system

Vying with Sac Actun for the title of longest surveyed underwater cave system is the nearby Sistema Ox Bel Ha (“Three Paths of Water”), also in the Tulum municipality of Quintana Roo. As of August 2013, surveys had measured 256.7 kilometers (159.5 mi) of underwater passages.

The underground passages and caverns of the Yucatán Peninsula have been a favored site for cave explorers for decades. Formal mapping of the systems has taken more than 20 years of painstaking work. Access to the systems is via the hundreds of sinkholes (cenotes) that litter the surface of the Peninsula. The Sac Actun system alone includes more than 150 cenotes.

Water management was critical to the Maya as they developed their advanced civilization in this area, a region with very limited surface freshwater. Many of the cenotes in the Yucatán Peninsula have archaeological importance and were utilized by the Maya for ceremonies. Perhaps the best-known (and most visited) cenote is the Sacred Cenote (cenote sagrado) at the archaeological site of Chichen Itza.

The caverns of the Yucatán Peninsula were formed as a result of the slow solution of limestone over thousands of years by percolating, slightly acidic, rainwater. In some cases, cave formations, such as stalactites and stalagmites, have later grown in the caves, formed drip-by-drip from the slow deposition of calcium carbonate from calcium-saturated ground water.

Because the average elevation of the Yucatán Peninsula is only a few meters above sea level, the water in many of the caves is “layered”, with a lens of freshwater overlying a layer of salt water. Rainwater that soaks into the ground becomes ground water, which then moves slowly along the watertable to eventually reach the ocean.

Cave researchers are worried that tourist developments in the Yucatán Peninsula will have adverse impacts on underground water systems, both in terms of water quantity (because of the amounts of fresh water extracted for domestic and tourist use) and in terms of water quality, because even point sources of water pollution (such as excess fertilizers from a golf course) could contaminate underground water supplies over a wide area.

Want to read more?

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Extreme poverty declined between 2010 and 2012

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Feb 012014
 

As we saw in an earlier post – Poverty on the rise in some states in Mexico – the total number of people living in poverty in Mexico continues to rise, though the poverty rate (as a percentage) remains roughly the same.

The measures of poverty used by Mexico’s National Political and Social Development Commission (Coneval) are multidimensional, and not simply based on household or personal income. This map shows the changes in “extreme multidimensional poverty” (a category that includes “the poorest of the poor”)  that occurred in Mexico between 2010 and 2012.

Changes in levels of extreme poverty in Mexico, 2010-2012.

Changes in levels of extreme poverty in Mexico, 2010-2012. Credit: Geo-Mexico; all rights reserved. Data: Coneval

In areas shaded red, a higher percentage of the population experienced “extreme poverty” in 2012 than in 2010; their personal situations and opportunities have presumably become significantly worse. Interestingly, this category includes the prosperous states of Nuevo León (economy based on manufacturing and services) and Quintana Roo (tourism).

The reverse is true for areas shaded blue where the extreme poverty rate has fallen: many of the people living in those areas have moved out of the most extreme category and presumably have seen their fortunes and opportunities improve, even if, in most cases, not sufficiently to have escaped the “poverty” category completely. This category includes more than half of Mexico’s 32 administrative divisions.

The fact that “extreme poverty” has declined in more than half of Mexico is encouraging, and suggests that government policies aimed at poverty reduction, such as Oportunidades are gradually making a difference. It remains to be seen whether or not this trend continues over the next few years.

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Passenger cable car for Mexico City

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Jan 252014
 

Update (20 January 2016): The 4.8-kilometer-long Mexicable cable car linking San Andrés de la Cañada (in the Sierra of Guadalupe) to Vía Morelos (in Ecatepec) should be in operation within a few weeks, according to latest press reports. The cable car will be Mexico’s first cable car system specifically aimed at public transit. Several locations in Mexico already have cable car systems designed for tourists.

The Mexicable line, which cost around $70 million to build, will have 190 10-passenger cars and be able to carry up to 6000 passengers an hour. It will reduce travel time between San Andrés de la Cañada and Vía Morelos from 45 minutes to less than 20 minutes. There are five intermediate stations in addition to the two terminals.

Original post (2014):

Work will begin shortly on building a 5-kilometer-long intraurban cable car in the Sierra de Guadalupe region of Mexico City. The cable car, formally known as “‘Teleférico Mexicable Sierra de Guadalupe” will link residents of the densely populated San Andrés de la Cañada settlement to Vía Morelos in Ecatepec.

cable-car-mexico-cityThe cable car system will be similar to tried and tested cable car systems that have proved successful in Zurich (Switzerland) and Medellin (Colombia).

The Sierra de Guadalupe cable car will have 190 cabins and 7 stations in total, including the 2 terminals. The 95-million-dollar system will benefit up to 300,000 people, and be able to carry 6000 people an hour. It will more than halve the current travel time of 45 minutes from one terminal to the other to less than 20 minutes.

The Via Morelos terminal will be close to the existing mass transit options such as line 4 of the city’s Mexibús system and the Mexico City metro. About 300 workers will be employed during construction which is scheduled to be completed by early 2015. Once completed, the system will provide about 40 permanent jobs. The standard fare on the system is expected to be 9 pesos (about 70 cents).

A similar project is still under consideration for a western section of Mexico City, linking Santa Fe to Chapultepec.

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Mexico’s January weather serves as a long-range forecast

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Jan 042014
 

Many Mexicans use January’s weather to forecast what the weather will be like for the rest of the year.

Many Mexicans, especially campesinos (peasant farmers), who are closer to the land than most, believe that the weather during the month of January serves as a long-range forecast for the entire year. The precise prediction system, known as las cabañuelas, is thought to be based on long cycles of observations carried out in an age when people depended far more on the weather than they do today. The system is quite complicated.

The first twelve days of January are known as las cabañuelas “a derechas”. The weather on January 1 foretells the likely weather for the rest of the month. The weather on January 2 predicts the weather for February and so on, with the weather of January 12 suggesting likely conditions for December. The next twelve days (January 13 to 24 inclusive) are known as las cabañuelas “a rataculas”. This time, the weather of January 13 foretells December, that of January 14 November, and so on.

Jan 18: Pondering a miserable July

Next, each of the six days from January 25 to January 30 inclusive is divided at noon. The morning of January 25 represents January, the afternoon February. The morning of January 26 hints at March’s weather, while the afternoon applies to April’s, and so on.

Finally, even the 24 hours of January 31 are used. Each hour in the morning will be reflected in the weather from January to December. (Presumably the weather from midnight to 1.00am is a true reflection of what has already happened in January!) Then, each hour in the afternoon can be used to forecast future weather in the reverse direction. Hence, noon to 1.00pm gives us clues for December, 1.00 to 2.00pm for November and so on. Apparently, an alternative version, used in some parts of northern Mexico, divides January 31 into 12 periods of 2 hours each, with each division corresponding to the months in reverse order.

Whatever the details, the system is said to be at least as reliable as scientific forecasts over the same time period. (Though, thinking about it, perhaps that is not that hard!)

The same cabañuelas system is used in various parts of Spain, but the annual forecast does not always begin on the same day. For instance, in Alcozar, las cabañuelas “a derechas” begin on December 13. Elsewhere in Spain, they start on August 2 or August 13. According to Divina Aparicio de Andrés, predictions in Alcozar based on las cabañuelas lasted until well into the 1940s, but their use has declined since.

See also: The origins of the cabañuelas system of weather forecasting

This is an edited version of an article originally published on MexConnect.com

The climate of Mexico is discussed, with several maps,  in chapter 4 of Geo-Mexico: the geography and dynamics of modern Mexico. Climatic hazards, such as hurricanes, droughts and floods, are looked at in detail in chapters 4 and 7. Mexico’s cultural geography and cultural landscapes are discussed in chapter 13.

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