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May 122016
 

The 2016 hurricane season in Mexico for Pacific coast storms starts on 15 May and lasts until 30 November. For Atlantic storms, the hurricane season extends from 1 June to 30 November, though most hurricane activity is concentrated in the months from July to September. Hurricanes are also known as typhoons or tropical cyclones.

The table shows the World Meteorological Organization’s official list of 2016 tropical storm and hurricane names. Note that male and female names alternate. Names are often reused in future years, with the exception of the names of any particularly violent storms, which are officially “retired” from the list for a long time.

2016 Hurricane Names for the Atlantic, Gulf of Mexico and Caribbean
AlexGastonLisaRichard
BonnieHermineMatthewShary
ColinIanNicoleTobias
DanielleJuliaOttoVirginia
EarlKarlPaulaWalter
Fiona

2016 Hurricane Names for the Eastern Pacific
AgathaGeorgetteMadelineTina
BlasHowardNewtonVirgil
CeliaIvetteOrleneWinifred
DarbyJavierPaineXavier
EstelleKayRoslynYolanda
FrankLesterSeymourZeke

saffir-simpson-scale

In their early season forecast for this year, Philip Klotzbach and William Gray, researchers at Colorado State University,  expect hurricane activity in the Atlantic to be near-normal (ie close to the 30-year average). They predict that in the 2016 season 13 named storms will form in the Atlantic: 5 tropical storms, 6 moderate hurricanes (1 or 2 on the Saffir-Simpson scale), and 2 severe hurricanes (3, 4 or 5 on the Saffir-Simpson scale). These forecasts will be updated on 2 June and 31 July.

Last year’s Atlantic hurricane season was slightly below average in activity with 11 named storms: 5 tropical storms, 4 moderate hurricanes and 2 severe hurricanes. On the other hand, the 2015 Pacific hurricane season was the second most active on record, with 26 named storms, including 11 severe hurricanes.

In 2016, for the Pacific coast, Mexico’s National Meteorological Service (Servicio Metrológico Nacional, SMN) is expecting 17 named storms: 8 tropical storms, 5 moderate hurricanes (1 or 2 on the Saffir-Simpson scale), and 4 severe hurricanes (3, 4 or 5 on the Saffir-Simpson scale).

For the Atlantic coast, SMN) is expecting 13 named storms: 7 tropical storms, 4 moderate hurricanes and 2 severe hurricanes. On both coasts, these predictions indicate a slight increase in storm activity compared to long-term averages. The SNM publishes regular updates on hurricane activity (in Spanish) on its webpage and via its Twitter account: @huracanconagua.

Hurricanes and other climatological phenomena are analyzed in chapters 4 and 7 of Geo-Mexico: the geography and dynamics of modern Mexico. Buy your copy today, so you have a handy reference guide available whenever you need it.

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The race is on to expand 4G-LTE services in Mexico

 Mexico's geography in the Press  Comments Off on The race is on to expand 4G-LTE services in Mexico
May 092016
 

AT&T and Telcel are competing for the concession of 80 megahertz (MHz) of spectrum for the provision of 4G-LTE mobile broadband service in Mexico. The winner is expected to have to pay somewhere in the region of 700 million dollars to the government in order to acquire the rights.

Movistar coverage, 2G, 3G, 4G - 2016

Movistar coverage, 2G, 3G, 4G – 2016

The three major competitors currently in the 4G-LTE market in Mexico are Movistar (Telefonica), Telcel (America Movil), and AT&T.

Telcel is the dominant player and reaches 65 million users nationwide. Movistar serves about 50 cities (see map). AT&T’s 4G-LTE network currently reaches 40 million people in 36 cities, but the firm is investing aggressively, with plans to reach 75 million people by the end of 2016 and 100 million by 2018. Under construction is AT&T’s new 300-million-dollar operations center in Guadalajara, which will benefit from that city’s well-qualified workforce and enhance its importance as Mexico’s tech sector hub.

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Female Mexican diplomat to head U.N. climate framework

 Mexico's geography in the Press  Comments Off on Female Mexican diplomat to head U.N. climate framework
May 052016
 

United Nations Secretary-General Ban Ki-moon has started the process of consultation with the Conference of Parties through its Bureau, and announced his intention to appoint Patricia Espinosa Cantellano of Mexico as Executive Secretary of the United Nations Framework Convention on Climate Change (UNFCCC).

Espinosa

Espinosa. Credit: UN Photo: Devra Berkowitz

Ms. Espinosa Cantellano has more than 30 years of experience at highest levels in international relations, specializing in climate change, global governance, sustainable development and protection of human rights.

Since 2012, she has been serving as Ambassador of Mexico to Germany, a position she also held from 2001 to 2002. She previously served as Minister of Foreign Affairs of Mexico from 2006 to 2012.

[Text of UN press release, 3 May 2016]

May 022016
 

This little 77-page gem only recently came to my attention, but is sufficiently interesting, for lots of different reasons, to make it well worth reading if you have the chance.

Written in straightforward, non-academic language, Stanislawski sets about unpacking the factors explaining the land use patterns for eleven towns in the western Mexico state of Michoacán. Stanislawski knows the land use patterns of these town, because he painstakingly compiled them, with the help of multiple informants in each town, in the 1940s.

Aria de Rosales. (Stanislawski, 1950)

Aria de Rosales. (Stanislawski, 1950)

Stanislawski explains that his purpose was to find a method that would reliably identify the “personality differences” that he had intuitively recognized, during earlier fieldwork, for towns in Michoacán. He set out to map the four distinct categories of land use – stores, crafts, administrative offices and services – that he thought would likely reveal the “distributional aspects that might indicate differences between towns.”

Pichátaro. (Stanislawski, 1950)

Pichátaro. (Stanislawski, 1950)

He assumed that each town would be influenced by its geographic area, and therefore chose eleven towns that he thought would be a systematic sample: one in the coastal lowlands, three in the low Balsas valley, two in the upper Balsas valley (close to the temperate slopes), four within the mountain ranges of the volcanic area of Michoacán, and one at an elevation of 2400 m (8000 ft).

The maps he produced revealed that “the geographical region could not explain the differences between the towns except in part.” At least as important, Stanislawski decided, was which of the two basic cultural groups – Hispanic or Indian – was predominant in the town. He proposed a threefold classification: Hispanic, Indian or dual-character.

On this basis, Aria de Rosales (upper map), with its imposing plaza the focus of most commercial activity, is an Hispanic town. On the other hand, Pichátaro (lower map), where the plaza is unimportant, is Indian. Of course, these differences, identified by Stanislawski in the 1940s, do not necessarily apply today. Since the 1940s, transport systems have changed, there have been waves of migration out of many Michoacán towns, and the range of economic activities in towns has increased significantly, with a trend away from primary activities and a sharp rise in tertiary 9service) activities.

In the 1980s (sadly ignorant at the time of Stanislawski’s work), I employed a small army of geography students to undertake a somewhat similar mapping exercise in various Michoacán settlements, ranging in size from the small village of Jungapeo to the mining town of Angangueo and the large city of Zitácuaro. For an example of this kind of work, see The distribution of retail activities in the city of Zitácuaro, Michoácan, Mexico. Sadly, those 1980s maps were later discarded during a clean-out of the department map cabinet by a well-intentioned, if ill-informed, successor.

Source:

  • The Anatomy of Eleven Towns in Michoacán (review) by Dan Stanislawski (University of Texas, Institute of Latin American Studies, Latin American Studies X, 1950); reprinted by Greenwood Press, New York, 1969.

Apr 282016
 

Like most geographers, I collect maps and information wherever I travel; you never know what surprises await. Tourism publications are especially interesting since they are specifically designed (one assumes) to show the best side of the places described.

My collection of tourist brochures associated with Jalisco and the Lake Chapala area dates back more than thirty years. Many early versions had stylized maps, drawn by graphic designers, not cartographers, with sound (if uninspiring) text in Spanish. English translations were often unintelligible. In the 1980s, several bilingual members of the now-defunct Association of Travel Reporters, based in Guadalajara, offered to help the Jalisco State Tourism Department improve its translations, but the offer was politely declined.

chapala-brochure-2016

As this latest brochure relating to Lake Chapala shows, translation standards have not improved significantly since then, and remain a long way off “native speaker” level. This is particularly unfortunate, given that this area of Mexico has the largest concentration of English-speakers in the country.

Here, for example, is the English translation of the attractions of San Juan Cosalá:

One has to closely experience San Juan Cosalá in order to feel and enjoy it to the most, so come and discover a place you will never want to leave, for every happy moment can be lived here, as just by visiting you feel enveloped in an affluent of joy and vitality.

In getting to know it, just stroll across its Pier, or admire the harmonious architecture in San Juan Evangelista Church, or enjoy the exquisite aromas of seafood, bouncing from restaurants enlivened with fine music while walking over the Piedra Barrenada (Drilled Stone); or the rest;  freshness and fun offered in thermal waterparks and world level spas.

Undated tourism brochure, collected April 2016

Undated tourism brochure, collected April 2016

The cartography (above) also leaves a lot to be desired. A key (not shown in this post) is provided but the Jalisco Tourism department clearly needs to hire a geographer if they want to publish useful and meaningful maps. Details worth noting include:

  • No symbol in the key for the “gas station” signs shown on the map. The map shows only four gas stations in this area (and none in Chapala or Ajijic); there are dozens of others not shown on the map, including several in Chapala and Ajijic.
  • The map has no scale.
  • The Isla de los Alacranes, a short boat-ride from Chapala, is shown a long way south of its true position, and a lot further from Chapala than it really is.
  • The dark blue area is, according to the key, the Chapala Lakeshore. I have absolutely no idea what it really represents! Lake Chapala’s catchment area is a completely different shape to the dark blue area. The “Chapala Lakeshore” should, obviously, also include the south-east section of the lake around Las Palmas and Cojumatlán. Much of the area colored dark blue is out of view of the lake, and drains towards the Santiago River, not the lake.
  • Placing the word “CHAPALA” in the north-east section of the dark blue area is totally misleading. The area where the word is written is NOT in the lake basin, not in view of the lake, and is not even in the municipality of Chapala. Again, I have no idea why the artist responsible for this map chose to ignore geography.

It is 2016, and Jalisco State tourism officials still need to improve the quality of their brochures and maps. Come on guys! Time to up your game!

Apr 252016
 

Cuatro Ciénegas (“Four Marshes”) is a city and municipality in the northern border state of Coahuila. Founded in 1800, it has some historical significance, since it was the birthplace of Venustiano Carranza, Mexico’s president from 1915 to 1920.

The natural nearby “marshes” are highly unusual. Situated in an arid region (part of the Chihuahuan desert), they include several natural springs that feed more than 200 small ponds and wetlands. Some of the water supporting these unique wetlands, which cover an area of 84,400 hectares, is believed to be more than 200 million years old. The wetlands are an integral part of the UNESCO-designated Cuatro Ciénegas biosphere reserve. The reserve is home to several endemic organisms, including microorganisms such as cyanobacteria that historically helped produce oxygen for the Earth’s atmosphere. The area is considered “a living laboratory of evolution and the origin of life”.

Cuatro Ciénegas. Credit: Nancy T. Wilson (MexConnect)

Cuatro Ciénegas. Credit: Nancy T. Wilson (MexConnect.com)

Human activities in the surrounding area have led to severe water stress on the Cuatro Ciénegas marshes. The basin’s average natural recharge rate (replenishment rate) is about  25 million cubic meters a year, but the average yearly extraction rate, almost all for agricultural use, is close to 49 million cubic meters.

Water stress may be exacerbated in coming years by climate change, which may reduce rainfall while simultaneously increasing evapotranspiration.

Scientists have also identified five particular exotic (introduced) species that pose a significant risk to the long-term quality of the Cuatro Ciénegas wetlands. Whether naturally or deliberately introduced, these five species – African jewelfish, blue tilapia, giant cane (giant reed), Guatemalan fir and tamarisk (salt cedar) – threaten to displace endemic species and change natural nutrient flows and food chains. Guatemalan fir and tamarisk soak up water as they grow, further drying out the marshes (though, eventually, when little water is left, they will die off). The blue tilapia carries parasites that can jump to local species that have no resistance to them. The African jewelfish occupies the same ecological niche as the endemic mojarra and gradually replaces it.

Mexico’s Comision Nacional de Áreas Naturales Protegidas (CONAMP), is now working with the Mexican Fund for Nature Conservation (FNCN) and the Canadian government agency Parks Canada to develop and implement a control and eradication program to tackle these five invasive species. The long-term survival of this highly unusual ecosystem may well depend on this program’s success.

Related posts:

Trends in Mexico’s avocado-growing industry

 Mexico's geography in the Press, Updates to Geo-Mexico  Comments Off on Trends in Mexico’s avocado-growing industry
Apr 212016
 

Mexico is by far the world’s largest producer, consumer and exporter of avocados. Production topped 1.3 million metric tons last year, well ahead of the USA (240,000 tons) and Chile (205,000 tons). Mexico’s avocado exports have risen by a staggering 414% over the past eight years to more than 600,000 metric tons in 2015, worth close to US$2 billion.

logo_brands_avocados-from-mexicoThe state of Michoacán is by far the most important single state in Mexico for avocado farms and accounts for 8 out of very 10 avocados sold in the USA, according to the Association of Avocado Producers, Packers and Exporters of Michoacán (APEAM). APEAM says that more than 50% of all the avocados consumed in the world come from Michoacán. In the town of Tancítaro, one of the main centers for avocado-growing, APEAM estimates that nine out of every 10 pesos can be traced back to avocado production. Mexico’s avocado industry employs more than 300,000 people in total, 100,000 directly and over 200,000 indirectly.

Many avocado farms are quite small. Mexico has more than 12,000 avocado producers with individual farms under five hectares in size. As noted in this previous post, the clearance of land for avocado cultivation can barely keep up with the ever-increasing demand.

Problems with drug cartel activity continue. As we noted a few years ago, narcos insist on their cut of the profitable avocado business and have made life difficult for growers, traders and truck drivers. The Wall Street Journal has reported that this makes Michoacán avocados the equivalent of African blood diamonds. Avocado producers reportedly have to pay cartels up to 1,000 pesos (US$60) a hectare to avoid problems.

Cartels aside, export success looks set to continue for a while longer, since China and South Korea have now opened their markets to receive Michoacán avocados.

Related posts

Apr 182016
 

Only weeks after the suspension of hotel construction work in the Malecón Tajamar area of Cancún due to the wanton destruction of mangroves, work on another major hotel project in Cancón has also been stopped.

This time, it is the building of Riu Hotel’s 95-million-dollar, 530-room, Hotel Riviera Cancún, with two 70-story towers, that has been halted. The project is in the Punta Nizuc area of Cancún’s Hotel Zone, off Boulevard Kukulcán. A judge has now ordered that the project be permanently suspended because it infringes a federally-protected zone that extends 100 meters from nearby mangroves in the Nichupté protected area.

Cancún by Arthur Gonoretzky (Flickr)

Cancún by Arthur Gonoretzky (Flickr)

The judge also ruled that Fonatur (the National Tourism Development Fund) had illegally sold a beach access road to benefit the Riu development. In addition, the municipal government of Cancún had approved a change of land use category (zoning) for the area in order for the hotel construction to begin. The original zoning limited construction to a height of only three stories.

According to press reports, Luis Riu, the president of the Riu hotel chain, claims the issue has nothing to do with mangroves but is about political influence, and because the wealthy owner of a neighboring hotel had been upset at not acquiring the land himself.

Despite these local successes, it is unlikely that this latest setback to hotel construction on the coast really signals a sea-change in Mexico’s attitude to unbridled development of its shoreline. There are still numerous other projects underway in other parts of the country that endanger local habitats, as well as many more major projects on the drawing board. Even so, it is encouraging that the judicial process is showing signs of siding with environmentalists and those seeking to ensure that Mexico’s magnificent coastline and scenery survive its grandiose tourism development plans.

Related posts:

Apr 112016
 

According to ECOCE, a non-profit environmental grouping of 24 food and beverage firms, representing more than 80 brands such as Peñafiel, Bonafont, Herdez, Jumex and Coca-Cola, Mexico is the world’s leading recycler of hard plastic PET (polyethylene terephthalate) bottles and containers.

Mexico has 14 PET recycling plants, the construction of which represents total investments of around US$314 million.

Ever wondered what thousands and thousands of crushed plastic bottles look like? Try this short video showing the processes involved in a PetStar PET-recycling plant:

In 2015, Mexico produced 722,000 metric tons of PET, of which 364,000 tons (50.4%) were recovered for recycling. This rate of recycling is well ahead of Canada (40%), Brazil (42%), the U.S. (31%) and the European Union (21%). Recycled PET, worth about $250 a ton, is reused to make bottles, containers, and various textile products.

60% of Mexico’s recycled PET is destined for the national market, the remaining 40% is exported to China, the U.S. and elsewhere.

Source:

  • Press release of ECOCE, 16 March 2016

Related posts:

Gender disparities and the value of women’s work in the home

 Mexico's geography in the Press, Updates to Geo-Mexico  Comments Off on Gender disparities and the value of women’s work in the home
Apr 072016
 

In August 2012, in The value in Mexico of unpaid work in the home, we saw that a study by the National Statistics Institute (INEGI) based on 2010 data had calculated that routine work done in the home (almost 80% of the time-value involved comes from women) was worth about 2.9 trillion pesos to the Mexican economy each year, equivalent to more than 20% of Mexico’s GDP. The INEGI calculations included the costs in time/labor needed to meet the demands of the home, and the net salary that would be paid for someone undertaking similar tasks.

INEGI has just published updated statistics on this topic.  In 2014, unpaid work by women in the home was equivalent to 18% of GDP. This figure means that female contributions in the home continue to make a greater contribution to national GDP than manufacturing (16.7%), commerce (15.5%) or education (4.1%).

The latest INEGI figures show that for every 10 hours that women work (paid or unpaid), men work only 8.3 hours. According to INEGI, the average value of unpaid work by women in the home in rural areas amounted to  51,808 pesos a year (about US$4300 at the then rate of exchange). The value for women married or living with a partner was 61,456 pesos, compared to 26,082 pesos for single women. The average in households which included children under 6 years of age was 60,628 pesos.

Of 29 million Mexicans in employment (in 5.7 million economic units), women account for 43.8% (graph):

% of women in different sectors of the workforce

% of women in different sectors of the workforce, 2014

The figures do reveal a slight decrease in gender inequality since the employment of women is rising slightly faster than that of men, by about 2.0%/year compared to the overall figure of 1.4%/year. In 2014, about 50% of service workers, 34.5% of manufacturing workers, and 11.0% of construction workers were female.

Related posts:

The world’s first ecological museum was designed and built in Mexico

 Other  Comments Off on The world’s first ecological museum was designed and built in Mexico
Apr 042016
 

The world’s first ecological museum was designed and built in Mexico, at the archaeological site of Xochicalco, in the state of Morelos. The museum, about thirty kilometers south of Cuernavaca, was built as part of Mexico’s celebrations to commemorate the 500th anniversary of the voyage of Christopher Columbus.

The project, which overs 12,676 square meters, was begun in 1993. Basic construction was completed in 1994 and the museum was formally inaugurated in April 1996.

Xochicalco is an interesting archaeological site, best known for its astronomical significance. Some archaeologists have made a case that its most lavishly-decorated pyramid commemorates a major conference of astronomers, held here in the eighth century AD, in order to plan a calendar adjustment.

At Xochicalco, the scenic and imposing ruins visible today reflect only a small part of what was formerly a much more extensive city. Numerous constructions, linked by cobblestone tracks, rise above the platforms; they include palaces, temples, ball courts and more than one “observatory”.

Xochicalco remained prominent until about AD1000, after which it was abandoned. When the Spaniards arrived in the sixteenth century, they learned of the ruins, but had no inkling of their astronomical significance.

Two of the many natural underground caves at Xochicalco show clear evidence of architectural modification, with the perforation of an artificial hole or “chimney” from the cave to the ground above. These vertical shafts enabled very precise celestial observations. For instance, the vertical north side of the five-meter-long chimney down into one cave would have resulted in a precisely vertical beam of sunlight on the days the sun is directly overhead.

Xochicalco was declared a UNESCO World Heritage site in 1999 and receives about 800,000 visitors a year.

 

Xochicalco site museum

Xochicalco site museum

The challenge in building the museum is that there is no established settlement near the archaeological site, so there was no local provision of potable water, drainage or electricity.

As a result, the local Mexican architect, Rolando J. Dada y Lemus, designed a building that was almost entirely self-sufficient.

The project, which is fully wheelchair accessible. had three components:

  • Access, parking and exterior gardens, covering 4,550 square meters
  • Entrance patio and three interior gardens, 1,237 square meters
  • Six covered exhibition rooms connected to an entrance hall which has a view of the site, restaurant, administrative and service areas, 1,870 square meters

The museum has parking for 70 cars and 14 buses, and can accommodate 600 people at a time.

How is this museum so sustainable?

  • Underlying the museum is a 550,000-liter cistern. For a few months during the winter dry season, water has to be trucked in from a nearby reservoir – this is the only “input” from outside.
  • The museum’s interior temperatures remain moderate all year because there is a 20-cm gap between exterior and interior walls. When exterior walls heat up in summer, that heat has little effect on the temperature of the interior walls.
  • Shallow outdoor pools around the perimeter cool outside air before it enters the building.
  • Skylights, used to illuminate the exhibits, also allow warm air inside the building to escape.
  • Photo-voltaic solar panels provide sufficient power for computers, lights, and the cistern pump.
  • Rainwater is captured and utilized for much of the year.
  • Wastewater is treated and used to water the gardens

The museum cost 6 million pesos to build, but the energy savings alone mean that all that cost has already been “recuperated”. (Similar size museums have electricity bills of around 1 million pesos a year)

Sources:

  • Rolando Dada y Lemus, Armando Deffís. Arquitectura: 2001 a 2010: 2007: Edificios ecológicos autofinanciables.
  • El Primer Museo Ecológico Del Mundo En México (MexicoAlterno.com, 24 May 2013)
  • Aveni, Anthony F. (1980) Skywatchers of Ancient Mexico. University of Texas Press.
  • Morante, Rúben B. (1989) “La Gruta del Sol”. México Desconocido, No. 147 (May), pp.17-20.
Mar 312016
 

The River Atoyac, a river more than 120 kilometers (75 miles) long, in the state of Veracruz, has suddenly dried up. The dramatic disappearance of the river is believed to be due to the collapse of the roof of a cavern in the underlying limestone. This caused the formation of a narrow sinkhole, 30 meters (100 feet) long, that now swallows the river and diverts its water underground.

rio_atoyac-mapa-el-universal

Drainage basin of the Río Atoyac. Credit: El Universal

The collapse happened on Sunday 28 February; residents of the small ranch town of San Fermín heard a thunderous noise at the time. Within 48 hours, the river had disappeared.

The River Atoyac rises on the slopes of the Pico de Orizaba, Mexico’s highest peak. Unfortunately, the cavern collapse occurred only 3 kilometers from the river’s source, leaving almost all of its course dry, with potentially serious consequences for up to 10,000 people living in the river basin who have now lost their usual water supply.

The disappearance of the river will also have adverse impacts on fauna and flora, and jeopardize sugar-cane farming and other activities downstream. The fauna of the river included fresh-water crayfish (langostinos) which were an important local food source.

The municipalities affected are Amatlán de los Reyes, Atoyac, Yanga, Cuitláhuac, Felipe Carrillo Puerto, Cotaxtla, Medellìn and Boca del Río.

The course of the river approximately follows that of federal highway 150D, the main toll highway between the cities of Orizaba and Veracruz.

Related posts

Trump’s U.S.-Mexico Border Wall is already almost complete

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Mar 242016
 

A recent National Geographic piece about the U.S.-Mexico border wall has some stunning photos of exactly what the wall looks like in various different places.

U.S. business magnate, and would-be politician Donald Trump has repeatedly promised to completely seal the U.S.-Mexico border with a wall if he is elected President, and has vowed that he would make Mexico pay for the expense. At present, the parts of the border not already walled or fenced off have security via border guards, drones and scanners.

The National Geographic article has photographs taken by James Whitlow Delano, who has visited the border several times in the past decades as the walls have gone up.

The Border Wall © 2023 Allan Wall.

One photo shows the border wall separating Jacumba, California, from Jacume, Mexico, in the high desert. Until September 2001, several years after the first border barricade was built here in the mid-1990s, “residents of Jacume could cross freely into Jacumba to buy groceries or to work, and children would be brought across to go to school or to the health clinic.” Now, what was formerly a 10-minute walk has become a 2-hour drive through the official border crossing at Tecate.

Another photo shows the infamous Smuggler’s Gulch fence, part of a 60-million-dollar project to ensure security between San Diego and Tijuana by completing a triple line of fencing.

The photos are thought-provoking images of one of the world’s most significant land borders. The situation along the border has changed dramatically in recent years. When the first fences were built, Mexican migration to the U.S. was on the rise. Now, however, the net flow of people between the two countries each year is close to zero:

For more about the U.S.-Mexico border zone, see these related Geo-Mexico posts:

Mar 212016
 

Cancún International Airport (CUN) has opened a new terminal, Terminal 3. The airport is the nation’s busiest for international traffic and second only to Mexico City for national traffic. The airport served a total of more than 19 million passengers in 2015, 11% more than the previous year.

The new 60-million-dollar, state-of-the-art Terminal 3 is exclusively for international passengers, and increases operating capacity by 4 million passenger movements a year. An additional terminal, Terminal 4, is scheduled to open in 2017.

New terminal at Cancun airport

New terminal at Cancun airport

According to federal officials, airport investments in the first three years of the current administration have exceeded 1.8 billion dollars. This has triggered the addition of 260 national and 186 international air routes. Passenger movements in the past three years have risen 33% (to 73 million), while air freight has grown 17%.

Related posts:

Mexico’s berry exports now exceed a billion dollars a year

 Mexico's geography in the Press  Comments Off on Mexico’s berry exports now exceed a billion dollars a year
Mar 152016
 

Berry production is one of the most dynamic segments of Mexico’s buoyant agricultural sector, and exports of berries (strawberries, raspberries, blackberries and blueberries) in 2015 totaled 1.1 billion dollars, according to preliminary figures.

Last year, 99.6% of all U.S. imports of fresh strawberries came from Mexico and 27% of all imported raspberries, blackberries and blueberries. Berry-growing, concentrated in Baja California, Jalisco, Michoacán, Guanajuato and Puebla, occupies around 25,000 hectares of farmland nationwide and provides 120,000 permanent jobs.

Postage stamp, strawberry exports

Postage stamp, strawberry exports

Strawberries were introduced from the USA to Mexico in the 1850s. Major commercialization of strawberries began after the second world war, following the construction of Mexico’s first freezing plant for berries. The two major strawberry-growing states today are Guanajuato (around Irapuato, “Mexico’s strawberry capital”) and Michoacán, where the cultivation of strawberries is concentrated around the city of Zamora.

Mexico has also begun exporting berries to China, a market with massive potential for future growth.

Berry farming has significantly changed the agricultural landscape of some areas. For example, sugarcane fields around Los Reyes, Michoacán, have been converted to blackberries over the past 15 years, and now supply 96% of Mexico’s total production of that fruit.

Related posts

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.

We also have an index page dedicated to agriculture:

Mar 112016
 

Spanish seaman José María Narváez (1768-1840) was an explorer and cartographer, whose major contributions to Mexican cartography in the first half of the eighteenth century have been largely forgotten.

Narváez did not even give his name to what ranks as probably his greatest “discovery” – the stretch of water on the west coast of Canada now known as the Georgia Strait, on the eastern shore of which is the major city of Vancouver. While Captain George Vancouver is usually given the credit for exploring the Georgia Strait and discovering the site of the city that now bears his name, it was actually José María Narváez y Gervete who was the first European to sail and chart those waters, in 1791, a full year before Capt. Vancouver.

Why has history largely overlooked the contributions of Narváez? The likely cause, in the words of historian Jim McDowell who has written a wonderful biography of Narváez, is because he probed northwards “as an uncelebrated 23-year-old pilot in command of a small sloop, the Santa Saturnina, and longboat.”

Born in 1768, probably in Cadiz, Narváez entered the Spanish Naval Academy in April 1782 at the tender age of 14, and soon saw his first combat at sea. In 1784, he sailed west, visiting various places in the Caribbean, as well as New Spain.

In February 1788, he arrived to take up an assignment at the naval station in the busy Pacific coast port of San Blas. For the next seven years, he explored the coast to the north, including the Strait of Georgia, which today separates Vancouver Island from the city of Vancouver. He also sailed to Manila, in the Philippines, Macao and Japan.

In the summer of 1791 Narváez, on the orders of Captain Alejandro Malaspina, sailed his sloop, which was less than forty feet long, into the strait of Georgia (then more grandly known as El Grand Canal de Nuestra Señora del Rosario la Marinera!), and continued past the mudflats at the mouth of the River Fraser as far north as Texada and Ballenas islands, before turning back to reprovision his vessel. Like any good cartographer, he charted his route meticulously as he went.

His motivation, as Roger Boshier points out, was because, “The place now labeled British Columbia was thought to contain the throat of the fabled Straits of Anian which led from the Pacific back to the Atlantic. Whoever pushed through this strait would secure considerable power, authority and prestige for their king.”

The following year, Captain George Vancouver was understandably distressed when he was shown the Narváez chart and realized that the Spaniards had gained a clear lead in the race to map the coastline, and might beat the English in finding the Anian Straits. In the event, neither side won, since the Straits proved to be a figment of the imagination of earlier sailors.

Narváez returned to his base in San Blas, Mexico. On October 23, 1796, he married María Leonarda Aleja Maldonado in her hometown of Tepic. The couple raised six sons and a daughter. One of his direct descendants, a great-great-great grandson, José López de Portillo, was President of Mexico from 1976 to 1782.

Santa Saturnina and San Carlos

Santa Saturnina and San Carlos

After 1797, Narváez busied himself mapping different parts of Mexico’s west coast. In 1808, he surveyed the route for a new road between San Blas and Tepic. In November, 1810, at the start of the War of Independence, Narváez found himself unable to prevent San Blas from falling to the insurgents. His superiors tried to court-martial him for failure to defend the port, but Narváez successfully argued that the real cause had been a lack of firepower, since his men had only 110 rifles and shotguns at their disposal.

Over the winter of 1813-1814, Narváez was ordered to sail across the Pacific once more to take Spain’s new constitution to Manila. (For more about Mexico-Philippines links, see Mexico’s long connection with the Philippines – exploration, seafaring and geopolitics and Cultural exchanges between Mexico and the Philippines)

On his return, Narváez was summoned to Lake Chapala, where a group of determined insurgents had installed themselves on the island of Mezcala and were refusing to surrender. General de la Cruz requested help from the Spanish Navy, and Narváez duly obliged. The Royalist troops and the rebels agreed an honorable truce in November 1816, by which time Narváez had begun his map of the lake. He completed the map the following year, and several years later had produced a truly fine map of the entire province of Jalisco, a scaled down version of which, with updated boundaries, became the first official map of the state in 1842.

Copy of Narvaez' map of Lake Chapala

Copy of Narvaez’ map of Lake Chapala

Narváez’s map of Lake Chapala was the earliest scientific map of the lake, and was adapted, with only minor modifications, by many later publications. The map shows the lake to have a maximum depth of 13.86 meters (45 feet) just south of Mezcala Island. Most of the central part of the lake is shown as having a depth of about 12 meters (39 feet). These depths are rainy season values; the dry season depths would probably be about one and a half meters (five feet) shallower.

Following Mexico’s Independence in 1821, Narváez decided to remain in Guadalajara with his family, though his official discharge from the Spanish navy was not granted until May 25, 1825. By that time, he had been appointed Commandant of the Department of San Blas, and had been searching for an alternative location for a major port, since San Blas “has the great defect of not being more than an estuary, incapable of receiving boats that draw more than twelve feet”.

Narváez, the long-overlooked sailor and cartographer, went on to draw many more maps, before he died in Guadalajara, at the age of 72, on August 4, 1840.

His numerous contributions to the accurate mapping of both Mexico and Canada have received surprisingly little recognition, except for a small island named after him off the west coast of British Columbia, and the name Narváez Bay for a gorgeous little bay on Saturna Island (a contraction of Saturnina, the name of his vessel), in the Gulf Islands National Park.

Sources:

  • Boshier, Roger. (1999) Mapping the New World. Education and Technology Research. Part 1: “Neutral” Technology. Vancouver: University of B.C. September 1999. Accessed on line, July 13, 2008
  • McDowell, Jim. (1998) José Narváez. The Forgotten Explorer. Including his Narrative of a Voyage on the Northwest Coast in 1788. Spokane Washington: The Arthur H. Clark Company.
  • Narváez, José María (1816-17) Plano del lago de Chapala. Guadalajara de la Nueva Galicia.
  • Narváez, José María (1840) Plano del Estado de Jalisco. Guadalajara.

Notes:

Mar 072016
 

Tourism accounts for about 9% of Mexico’s GNI and provides almost 4 million direct jobs. In 2015, Mexico welcomed a record 32.1 million international tourists, making it the 10th most popular international destination in the world. They spent a combined $17.5 billion in the country. Almost 50% of these overseas visitors arrived by air; they accounted for 80% of total foreign tourist expenditures.

Mexico_Tourism

This year, tourism officials are predicting that 35 million international foreign visitors will holiday in Mexico, with total spending of 19 billion dollars. Officials believe, probably optimistically, that Mexico can attract 40 million tourists in 2018 and 50 million by 2030. They stress the need for policies that will result in more hotels, additional air routes, new attractions, and packages designed for niche markets including health, religion, and seniors-based tourism.

Related posts:

Mar 032016
 

To make it easy to search for specific topics on Geo-Mexico, we add an occasional index page as a starting point for the best links relating to particular key topics. Note that the entire site can easily be searched via our search function, categories (right hand navigation bar on every page) and tags (left-hand navigation bar).

The geography of Mexico’s drug trade: an index page

The Basics

Economics:

Drug War Violence and Crime

Drug Money

Other

Index pages on other topics:

Acclaimed biography of Alexander von Humboldt completely ignores his time in Mexico

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Feb 292016
 

The English language press has lavished dollops of praise on The Invention of Nature: The Adventures of Alexander von Humboldt, the Lost Hero of Science, the biography of Humboldt written by Andrea Wulf, a design historian at the Royal College of Art in London.

wulf-humboldt

Cover of U.S. edition

According to a review in the New Scientist, “Historian Andrea Wulf calls Humboldt the lost hero of science. It is extraordinary that a man once so revered is now largely forgotten.” This claim is gross exaggeration. It has limited validity in the English-speaking world and even less validity in the German-, French- and Spanish-speaking worlds.

There have been several previous English-language biographies of Humboldt, some better than others. The earliest that immediately comes to mind, and one of the best illustrated, is Douglas Botting’s Humboldt and the Cosmos (1973). More recent works include Humboldt’s Cosmos by Gerard Helferich (2004); The Humboldt Current (2006), by Aaron Sachs (2006); and The Passage to Cosmos, by Laura Dassow Walls (2011). Generations of geographers have grown up learning about Humboldt’s explorations and his revolutionary ideas.

There is no question that Humboldt’s life and work are worthy of numerous biographies. There is no question, either, that Wulf’s biography is an interesting read, and contains lots of valuable ideas. The author clearly went to great lengths to visit many of the important locales in Humboldt’s writing, and to read dozens of his books in their original German, and much of his voluminous correspondence, as well as examining Darwin’s copies of Humboldt’s works, etc., etc.

However, Wulf misses the mark in this biography in two main regards. First, too much of the book is taken up with accounts of the sometimes tenuous links between Humboldt and later thinkers about environmental and other matters.

The second concern, and the one that most concerns Geo-Mexico, is that Wulf completely ignores Humboldt’s time in Mexico, despite providing detailed accounts of his explorations elsewhere. It is arguably his year-long visit to Mexico that gave Humboldt not only the opportunity to collect yet more data and information, but also to reflect on the significance of his discoveries in South America.

Surely, Humboldt’s views about volcanoes, for example, were shaped by the opportunity he had in Mexico to study Jorullo, the volcano (in present-day Michoacán) that had erupted a few years previously? Equally, Humboldt’s observations in the “Mexican Andes” (Sierra Madre Occidental and Volcanic Axis) undoubtedly helped Humboldt arrive at the conclusion that vegetation zonation with altitude had general applicability and was not confined to South America. Furthermore, it was Humboldt who first remarked on the fact that Mexican volcanoes lie in an East-west belt (Volcanic Axis) and were not arranged parallel to the main mountain ranges, as in South America. (The alignment of the Volcanic Axis is still something of a geological puzzle, since it does not appear to fit the general model of plate tectonics).

The omission of Mexico and the large number of pages devoted to later thinkers detract from the quality of Wulf’s biography, making it an interesting and readable, but unbalanced, and ultimately unsatisfying, portrait of one of the world’s greatest ever thinkers.

For a definitive account of Humboldt’s time in Mexico, see, La Obra de Alexander Von Humboldt en Mexico, Fundamento de la Geografía Moderna. by Rayfred Lionel Stevens-Middleton (Instituto Panamericano de Geografía y Historia, 1956).

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A 1902 travel account, and unexpected link between Mexico and a Swiss castle

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Feb 252016
 

Dr Carl Wilhelm Schiess (1869-1929) is the unexpected link between Mexico and a Swiss castle. Schiess wrote a travel account, first published in 1902, of a two-month trip in Mexico in the winter of 1899-1900. The account, only ever published in German, is Quer durch Mexiko vom Atlantischen zum Stillen Ocean (“Across Mexico from the Atlantic to the Pacific Ocean”), published in Berlin by Dietrich Reimer.

Early travel accounts of Mexico are a valuable source of information for historical geographers, as well as for armchair travelers. Schiess’s account is no exception.

Who was Carl Wilhelm Schiess?

Carl Wilhelm Schiess of Basel and Herisau was born on 12 July 1869. His father was Prof. Dr. Heinrich Schiess, a well-known ophthalmologist in Basel, and his mother Rosalie Gemuseus. After completing his medical studies, the young doctor traveled abroad. These travels included  a trip with his brother to Mexico over the winter of 1899-1900.

Where did they travel in Mexico?

They entered Mexico (and returned) via New Orleans. The brothers traveled by rail to Torreón, and then to Durango, before crossing the Western Sierra Madre to Mazatlán. From Mazatlán, they took a steamer to San Blas, and then proceeded to cross the country from west to east, via Tepic, Tequila, Guadalajara, Chapala, Zamora, Uruapan, Pátzcuaro, Morelia, Mexico City, Amecameca, to Veracruz, before returning north via Orizaba, Cordoba, Guanajuato, Aguascalientes and Zacatecas. Quite the itinerary to complete in just two months!

They were very impressed by the grandeur of the Juanacatlan Falls and the book includes several photographs of that area, including the falls themselves, women washing clothes below the falls, and this photo of an unpolluted River Santiago (aka Rio Grande) immediately before the falls.

Wilhelm Schiess: Rio Grande, Juanacatlan (December 1899)

Wilhelm Schiess: Rio Grande, Juanacatlan (December 1899)

Schiess and his brother had plenty of adventures along the way. Like most other early travelers in Mexico, they made a point of climbing Popocatepetl Volcano, but the brothers went one better than most and photographed the interior of its crater. The two men made several trips to places, such as mines, that were well off the beaten track. In central Mexico, they took the time to explore the ruins of Xochicalco, an archaeological site that even today is often ignored by passing tourists. The main pyramid at that time (photo) had not been restored.

Wilhelm Schiess: Xochicalco (December 1899)

Wilhelm Schiess: Xochicalco (December 1899)

Schiess’ account of their travels in Mexico is essentially a factual, straightforward account of their impressions and what they did, with few digressions, more of a journal than a modern-day travel book. It was well received at the time as an accurate, first-hand account of several little-known parts of Mexico.

A review in the Bulletin of the American Geographical Society claimed that, “His route from Durango across the Sierra Madre to Mazatlan has perhaps never been described before, and the interesting regions he crossed between San Blas and Lake Chapala are not well-known.” It probably is unlikely that the Durango-Mazatlan route had been described in detail prior to Schiess, though (by coincidence) Carl Lumholtz’s Unknown Mexico, which covers some of the same ground, and was based on travels between 1890 and 1900, was also first published, like Schiess’s book, in 1902.

However, the reviewer’s claim that the “regions” between San Blas and Lake Chapala were not well known is a clear exaggeration, since there had been several earlier, detailed, first-hand descriptions of the route from San Blas via Tepic to Guadalajara (and Lake Chapala) on account of this being a major trading and smuggling route during the nineteenth century.

Wilhelm Schiess: Street in Patzcuaro (December 1899)

Wilhelm Schiess: Street in Pátzcuaro (December 1899)

While one reviewer of Schiess’ book lamented the lack of reference to any earlier writers, all agreed that the inclusion of 71 photographs, many of high quality, made the book a valuable addition to the existing literature about Mexico.

Sadly, and presumably because the book was never translated into any other language, Schiess’s work has never received very wide attention. [If any German-speaking reader has time on their hands, and wants to undertake a worthwhile project,… then get in touch!]

Schiess’s account of Mexico is interesting in its own right, but his personal story after the trip to Mexico is just as interesting.

Scheiss’s connection to a Swiss castle

In 1900, shortly after his return to Switzerland, Schiess’s aunt, Mrs. Rosina Magdalena Gemuseus, bought Spiez Castle, on Lake Thun in the Swiss canton of Bern. Parts of the castle date back to the tenth century.

On 28 July 1900, Schiess opened his medical practice – in the castle. Announcing in a local newspaper that his practice was now open at Spiez Castle, with office hours daily in the morning to 11 clock, and with a clinic for eye diseases on Tuesday and Friday mornings, Schiess practiced and lived in the castle for many years, though it is not known which living spaces were used by either his aunt, or the doctor and his wife.

The village of Spiez grew rapidly after 1900. Roads were improved and villagers added a new stone church and many new homes. In about 1906, Dr. Schiess commissioned a firm of Basel architects to build him a large home in the village, to house both his family and his medical office. In other respects, Schiess lived quite modestly, continuing to make his rounds to visit patients by bicycle. Contemporaries described Schiess as a friendly, helpful and keen doctor, who, during the terrible 1918 flu epidemic, worked tirelessly, with no breaks, for several months.

In 1907, Schiess’s aunt sold him some of the outlying castle properties, including the old church, rectory, manager’s house, cherry orchard, vineyards and an area of forest. After his aunt’s death on 3 February 1919, the castle itself passed to Schiess. However, the upkeep was costly, and Schiess soon found himself having to sell valuable objects from the castle to pay for its ongoing maintenance.

By 1922, Schiess was actively looking for potential purchasers. A group of villagers established a foundation with the idea of preserving the castle for future generations. On 1 August 1929, the Spiez Castle Foundation and Schiess agreed terms for the sale of the castle. Barely two weeks later, on 14 August 1929, Schiess died unexpectedly of heart failure.

The castle and gardens first opened to the public in June 1930. The castle rooms are now used for conferences, concerts, exhibitions and other events.

Source:

  • Alfred Stettler. 2004. “75 Jahre Stiftung Schloss Spiez: Die Anfänge” (“75 years of the Spiez Castle Foundation: The beginnings”) in Jahrbuch: vom Thuner und Brienzersee, 2004 (“Yearbook of the lakes Thun and Brienz, 2004). Uferschutzverband Thuner- und Brienzersee.

The evolution of Mexico as a nation

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Feb 182016
 

What better way to describe Mexico’s territorial evolution as a nation than via an animated graphic? Fortunately, we didn’t have to do the work ourselves, but found one, showing all of North America, at giphy.com. Sadly, it is no longer active.

The graphic covered the period 1750-2000. Mexico appeared in 1821, when it became formally independent from Spain. The Mexico of 1821 was much larger than today’s Mexico. Its northern border in the 1820s and 1830s reached deep into the modern-day U.S. states of Texas, New Mexico, Arizona, California, Utah and Colorado. These areas remained part of Mexico until after the disastrous 1846-48 Mexico-U.S. war.

At the end of the Mexican-American War (1846-1848) the 1848 Treaty of Guadalupe Hidalgo ceded over half of Mexico’s territory to the USA. A few years later, under the 1853 Gadsden Purchase (Treaty of La Mesilla), northern portions of Sonora and Chihuahua were transferred to the USA. With minor exceptions since, to take account of changes in the meanders of the Río Bravo/Río Grande, this established the current border between the two countries.

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Mexico City chosen over Curitiba (Brazil) as World Design Capital 2018

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Feb 152016
 

At its 29th General Assembly in Gwangju, South Korea, a few months ago, the International Council of Societies of Industrial Design (ICSID) announced that Mexico City has been designated World Design Capital (WDC) 2018. Mexico City is the first city from the Americas to hold the designation.

Alameda Park, Mexico City, with Palacio de Bellas Artes in foreground

Alameda Park, Mexico City, with Palacio de Bellas Artes in foreground

ICSID President Professor Mugendi M’Rithaa stated, “Mexico City will serve as a model for other megacities around the world grappling with the challenges of urbanization and using design thinking to ensure a safer, more livable city.”

The WDC is awarded every second year to cities that are committed to using design as an effective tool for economic, social, and cultural development. Previous designated cities include Torino (Italy) in 2008, Seoul (South Korea) in 2010, Helsinki (Finland) in 2012, Cape Town (South Africa) in 2014, and Taipei this year, 2016.

The bid was led by Design Week Mexico, a non-profit organization that promotes design as an engine of social change. Design Week Mexico intends to focus its actions on the borough of Miguel Hidalgo, introducing new health, communications and security programs, a bike sharing program, urban gardens, parks and playgrounds. Emilio Cabrera, Director General of Design Week Mexico said, “Our goal is to build a platform for collaboration not only between design disciplines, but also between countries. As WDC, we seek to create a hub of global creative industries that have an impact on their societies.”

The Mexico City bid was preferred over a rival bid from Curitiba (Brazil), well known for its innovative approach to urban sustainability.

For access to more than sixty articles about all aspects of the geography of Mexico City, see The geography of Mexico City: index page.

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New era for Federal Electricity Commission as it is split into four divisions

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Feb 112016
 

Mexico’s state-owned Federal Electricity Commission (Comisión Federal de Electricidad, CFE) has remained the dominant electric utility in Mexico for almost eighty years, even though most Latin American countries ended state monopolies in the 1990s. Now, Mexico’s on-going energy reforms are revamping the CFE behemoth by splitting it into four distinct entities focusing, respectively, on electricity generation, transmission, distribution and commercialization.cfe-619x348

  • Generation: CFE’s total installed capacity is 55,118 MW, coming from 628 generating units in 185 power stations.
  • Transmission: Mexico has 115,400 km of high voltage transmission line.
  • Distribution: CFE currently has 820,602 km of mid- and low-voltage lines, 1910 substations and 1.38 million distribution transformers. Distribution to domestic users is organized via 16 regional units: Baja California, Bajío, Centro Occidente, Centro Oriente, Centro Sur, Centro Norte, Golfo Norte, Jalisco, Noroeste, Norte, Oriente, Peninsular, Sureste, Valle de México Sur, Valle de México Centro and Valle de México Norte.
  • Commercialization: Includes the sales and billing to more than 38 million end-users, as well as the operations of two CFE subsidiaries (CFE Internacional and CFE Energía) involved in international trading.

In related news, Mexico’s energy regulatory body, the Centro Nacional de Control de Energía (CENACE) is introducing a market framework. Long-term energy and capacity Power Purchasing Agreements (PPAs) can now extend 15 years, with guaranteed commercialization of all power produced by each generation unit. This should provide a welcome boost to many renewable energy projects.

Mexico is committed to generating 35% of its energy from renewable sources by 2024. Hydro-electric and geothermal power plants have been important for a long time, and significant solar and wind-energy plants have been added in recent decades. A market system involving tradable Clean Energy Certificates (Certificados de Energías Limpias, CELs) is an integral part of the reforms.

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Video of Mexico in the 1930s

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Feb 082016
 

Early video of Mexico is rare, but always interesting to watch. This post features early examples of home movie footage, some of which was taken more than eighty years ago. The Stefan Hirsch and Elsa Rogo papers, in the Archives of American Art at the Smithsonian Institution, include nine short reels of film shot in Mexico between 1935 and 1941.

Stefan Hirsch and Elsa Rogo, ca. 1930 / unidentified photographer. Stefan Hirsch and Elsa Rogo papers, 1926-1985. Archives of American Art, Smithsonian Institution.

Stefan Hirsch and Elsa Rogo, ca. 1930 / unidentified photographer. Archives of American Art, Smithsonian Institution.

Stefan Hirsch (1899-1964) and his wife Elsa Rogo (1901-1996) were artists then living in Taxco, Guerrero. The movies (no sound, and most in black and white) were clearly shot by amateur photographers, rather than professionals, but still offer a revealing glimpse into some aspects of life in Mexico in the 1930s.

The nine short reels of film show scenes from Taxco, the mid-sized former silver mining town where Hirsch and Rogo lived, and from Tehuantepec, the large market town in Oaxaca, on the southern side of the Isthmus of Tehuantepec. Rogo developed close connections with Taxco; she started an art school there for local children in 1931. In 1937, she published a book entitled Walls and Volcanos: The Creative Impulse of the Mexican People.

The films show festival procession, dancing, markets, and people going about their daily lives. The last two of the nine films (beginning at 26:18) are very early examples of color home movies. The artistic vocation of both filmmakers is evident in the composition and subject matter.

Source:

Feb 042016
 

Remittances sent home by Mexican migrants (almost all of them residing in the USA) rose to $24.8 billion last year, up 4.75% compared to 2014.

The average remittance sent to Mexico in 2015 was $292.00, a slight decline. Almost all remittances (97%) are now sent via electronic transfer.

Figure 1 of Pew Report

Figure 1 of Pew Report. Shaded area is period of recession.

Low oil prices have led to a sharp decline in the value of Mexico’s oil exports. Oil revenues last year totaled $23.4 billion, which means that remittances now exceed oil revenues as a source of foreign exchange. Before the implementation of NAFTA in 1994, oil revenues accounted for around 80% of all Mexico’s foreign exchange. In 2015, that figure was less than 20%, showing the degree of economic diversification that has been achieved post-NAFTA.

The value of oil exports in 2015 was also significantly lower than the value of manufactured goods exports, or the value of agricultural exports.

Want to learn more about remittances?

Federal District is renamed Mexico City

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Feb 012016
 

The name “Distrito Federal” (Federal District) has been replaced by “Ciudad de México” (Mexico City). This is bad news for cartographers who need to relabel all those maps that say “Mexico D.F.”! The abbreviated form for the city’s name in Spanish will be CDMX.

The constitution for the new administrative entity, which will eventually enjoy full status as a state, will be drawn up by a group of 100 citizens (to be elected in June), expected to include some members of the federal Chamber of Deputies.

Among other advantages, the change of status means that Mexico City will no longer need federal approval when selecting its police chief and attorney general. Administration of Mexico City’s 16 delegaciones (boroughs) will change from borough chiefs and regidores to mayors and councils.

Mexico City will remain Mexico’s capital city and the seat of the federal administration. No changes are planned for the neighboring Estado de México (State of Mexico). The Mexico City Metropolitan Area (MCMA) includes Mexico City, but also extends well into adjacent areas of the State of Mexico.

Want to learn more?

For access to more than sixty articles about all aspects of the geography of Mexico City, see The geography of Mexico City: index page.

Jan 272016
 

Mexico has a long history of honey (miel) production. Honey was important in Maya culture, a fact reflected in some place names found in the Yucatán Peninsula, such as Cobá (“place of the bees”).

Faced by the arrival of Africanized bees – The diffusion of the Africanized honey bee in North America – Mexico’s modern commercial beekeepers initially feared the worst. With time, they became less antagonistic to Africanized bees, since, whatever their faults, they proved to be good honey producers.

Honey production in Mexico

Main honey producing states in Mexico

Honey production has been on the rise in the past decade. Over the past five years, Mexican hives have yielded about 57,000 tons of honey a year, making Mexico the world’s sixth largest honey producing country. Preliminary figures for 2015 show that Mexico produced 61,881 tons of honey.

Mexico is also the world’s third leading exporter of honey with total exports (both conventional and organic honey) of 45,000 tons in 2015, a new record, worth over US$150 million. Mexico’s principal export markets for honey are Germany, the USA, the U.K. Saudia Arabia and Belgium.

Postage stamp depicting honey exports

Postage stamp depicting honey exports

Other major exporters of honey include China, Argentina, New Zealand and Germany.

There are 42,000 beekeepers nationwide, operating 1.9 million hives; the main producing area remains the southeast, especially the states of Campeche, Yucatán and Quintana Roo. Jalisco, Chiapas, Veracruz, Oaxaca, Guerrero, Puebla and Michoacán are also important for honey production.

The domestic consumption of honey in Mexico has risen from under 200 grams per person in the 1990s to more than 300 grams in 2010. This is mainly due to the use of honey in processed foods such as cereals, yogurts and pastries.

Graph of honey production in MexicoThe major value of bees in an ecosystem is not for their honey production, but on account of their vital role in the pollination of trees and food crops, a contribution valued in the US alone at more than 10 billion dollars.

Views about the pollinating ability of Africanized bees, compared to European or native bees, are mixed. Some farmers dislike having to cope with potentially aggressive bees. Others claim that Africanized bees are far more efficient pollinators than European bees since they forage more often and at greater distances than their European counterparts. The available evidence does not appear to suggest that the arrival of Africanized bees had any impact on crop yields in Mexico.
Which Mexican honey should you buy? For a cautionary tale about choosing the best Mexican honey in overseas stores, see Honey, what’s on that label?

Sources:

  • (a) La producción apícola en México by Carlos Angeles Toriz and Ana María Román de Carlos. (date unknown)
  • (b) “Mexico ranks sixth in honey production” (reprinted from El Economista on mexicanbusinessweek.com), 2011.

This post was first written in October 2011, with updates in October 2015 and January 2016.

New highway in Acapulco

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Jan 252016
 

A new highway linking Mozimba and Pie de la Cuesta has been formally inaugurated in Acapulco. According to the SCT (Communications and Transportation Secretariat), the $37 million highway will benefit 860,000 people living in Acapulco and Coyuca de Benítez.

PRY-Mozimba-002

On average, 18,000 vehicles are expected to use the highway each day. The highway reduces travel times from about 30 minutes to 10 minutes.

Acapulco (Google Earth)

Acapulco (Google Earth)

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Ecocide in Cancún: mangroves destroyed overnight

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Jan 202016
 

Environmentalists are denouncing the recent overnight destruction of mangroves in the Malecón Tajamar area of Cancún. Malecón Tajamar is a tourist complex with infrastructure financed by Mexico’s federal tourism development agency Fonatur, which has form when it comes to environmental destruction. (See, for example, Conflict at Cabo Pulmo: mass tourism meets ecotourism.)

Development or Environment?

Development or Environment?

Mexico is one of the world’s wealthiest countries in terms of mangroves, with between 600,000 and 900,000 hectares of them in total. (For details about why this range of values is so large, see How fast are mangroves disappearing in Mexico?) To prevent further destruction Mexico enacted federal legislation in 2007 designed to protect existing mangroves.

Credit: Adriana Varillas, El Universal

Credit: Adriana Varillas, El Universal

Despite this, news reports indicate that heavy equipment, protected by armed police, moved in to Malecón Tajamar on 16 January 2016 and proceeded to destroyed 57 hectares (140 acres) of mangroves overnight. This mangrove swamp had been under threat for some time, but the activist movement “Salvemos Manglar Tajamar” had gained considerable public support and managed to bring a temporary halt to further development work in the area.

Greenpeace México alleges that Fonatur falsified environmental assessments, and even denied that any mangroves existed at Malecón Tajamar. According to Greenpeace, municipal, state and federal authorities colluded to ensure that the mangroves would be destroyed and that construction of the tourist complex could continue.

Activists claim that the distinctive and ecologically-important mangrove habitat was home to crocodiles, iguanas, birds and snakes, and that the ecosystem services (fishing, coastal protection, habitat for other species, carbon sequestration, etc) provided by a healthy mangrove swamp outweighed all other options. (For more details, see How valuable are Mexico’s mangrove swamps?)

Greenpeace México not only condemned the destruction of mangroves but called for an immediate halt to work in the area pending a full and open discussion with all stakeholders. They believe that the mangroves could possibly reestablish themselves in time if the area is left untouched.

Work to infill the area cleared of mangroves has now been suspended while animal experts try to rescue, and relocate, as many of the animals who survived the initial disturbance as possible. In theory, Fonatur and the federal Environmental Secreatariat were obligated to ensure that developers had an adequate plan in place, prior to clearance, to relocate all animals, in line with the initial environmental impact report approved in 2005.

Another NGO, Defensores del Manglar, has announced it will submit a formal complaint about recent events at Malecón Tajamar to the headquarters of the Ramsar Convention in Switzerland. The Ramsar Convention, to which Mexico is a signatory, is an international accord for the conservation and sustainable use of wetlands. Defensores del Manglar claims that Malecón Tajamar is protected under the Convention, even though the area does not appear to be specifically included on this list of Mexico’s 140+ Ramsar sites.

Geo-Mexico joins with Greenpeace Mexico and Defensores del Manglar in deploring the destruction of Mexico’s remaining mangroves and will continue to publicize cases where developer greed results in irreversible environmental damage.

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The El Triunfo Biosphere Reserve in Chiapas

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Jan 182016
 

The El Triunfo Biosphere Reserve covers 119,177 hectares in the southern state of Chiapas, in the municipalities of Acacoyagua, Angel Albino Corzo, La Concordia, Mapastepec, Villa Corzo, Pijijiapan and Siltepec. The reserve ranges in elevation from 450 meters above sea level to 2550 meters (8370 ft).

El Triunfo is part of the mountain range known as Sierra Madre de Chiapas in the southern part of the state. It straddles the continental drainage divide. Short rivers on one side flow to the Pacific Ocean. The rivers on the other side of the divide are the start of one branch of the mighty Grijalva-Usumacinta River (Mexico’s largest river in terms of discharge) which flows into the Gulf of Mexico.

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The El Triunfo reserve was first established in 1990. In 1993, it was officially designated a World Biosphere Reserve by the MAB-UNESCO program.

El Triunfo has numerous plants and animals. Its vegetation, representative of several distinct ecosystems, includes evergreen tropical humid forest; mountain rainforest; tropical deciduous rainforest; pine-oak forest; and evergreen cloud forest. On Cerro Ovando alone, about 800 different species of plants have been recorded.

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Map of Chiapas. Click here for interactive map of Chiapas on Mexconnect.com; all rights reserved

Threatened mammalian species found in the reserve include Geoffroy’s spider monkey, margay, the tapir (Tapirus bairdii), jaguar (Panthera onca) and puma. Unfortunately, this means that this is a favored area for wildlife hunters, poachers and traffickers.

The bird fauna is especially distinctive. The reserve is one of the relatively few places in Mexico where ornithologists have the chance to find the horned guan (Oreophasis derbianus), resplendent quetzal (Pharomachrus mocinno), cabanis’ tanager (Tangara cabanisi), azure-ramped tanager and great curassau. The resplendent quetzal is considered one of the most beautiful birds in the Americas, and its feathers were highly prized in pre-Columbian times.

This BBC video is an outstanding visual introduction to the Reserve:

As is the case for other Biosphere Reserves, local people are allowed to live and work in the El Triunfo Reserve. The core area (25,719 hectares) is restricted to conservation and research only, but the buffer/transition areas (93,458 ha) are home to about 12,000 people. El Triunfo is also on the migration route of Guatemalan Indians entering Chiapas either to work (seasonally) on coffee plantations or as the first stage of their journey further north. This floating population is trickier to quantify.

The area was important historically for the production and trade of items such as cacao, quetzal feathers, jade and copal resin. In the 17th century, the population grew rapidly in this region with the establishment of plantations, and later cattle ranches. Coffee was introduced at the end of the 19th century and quickly became the dominant cash crop for most small landowners. Environmental damage, mainly from clearance and cattle ranching, became a major problem, but it was not until the 1970s and pioneering work of Dr. Miguel Alvarez del Toro that any restrictions were placed on land use.

Today, the main economic activities within the buffer areas of the reserve are agriculture (coffee, corn), the collection of Chamaedorea palms, trade, construction and cattle raising.

Several NGOs are working with farmers in the buffer zone to improve their livelihoods and ensure that farming can be carried out sustainably and still support the existing population. For a lively introduction to this topic, try (Co-operative) Value Added on the blog Small Farmers. Big Change. As they say, “a green and more just food system starts with small farmers”.

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