Embrapa Labex KoreaThis is the weblog of Labex Korea, an international cooperation program of the Brazilian Agricultural Research Organization, Embrapa. More here.
Partner OrganizationLabex Korea is hosted by the Rural Development Administration.
- Pesticide Study Sparks Backlash
- H7N9 kills 2 more, causing new infections in China
- New Programme to Support Animal Welfare at Slaughter
- Brazilian researchers develop technique for mass breeding of stingless bees
- Meat Products in the European Union 2013-2023
- Agriculture can be an ally to biodiversity conservation
- Computer modeling helps to improve the quality and microbiological safety of food
- The challenges to biofuel expansion
- Blocking insect digestion to control pests wp.me/pD58e-1FV 4 years ago
- Fairtrade Foundation report damns treatment of smallholder farmers wp.me/pD58e-1Ga 4 years ago
- Transgenic eucalyptus yields 20% more than conventional wp.me/pD58e-1HK 4 years ago
- At least 70% of Earth’s species still unknown wp.me/pD58e-1I9 4 years ago
- Vitamin Enriched Cassava wp.me/pD58e-1Fm 4 years ago
- Do plants 'veto' bad genes? wp.me/pD58e-1FD 4 years ago
- Empowering smallholder farmers to create sustainable change - live discussion wp.me/pD58e-1Gj 4 years ago
- Brazilian soybean biodiesel emits 70% less greenhouse gases than fossil diesel wp.me/pD58e-1HC 4 years ago
- Microalgae oil can turn biofuel wp.me/pD58e-1Hz 4 years ago
- Simple Physics May Limit the Size of Leaves wp.me/pD58e-1Gy 4 years ago
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Category Archives: About Brazil
By Elton Alisson Agência FAPESP – Stingless bees, such as the jataí (Tetragonisca angustula) and the uruçu (Melipona scutellaris), are well known as important pollinators for several crops such as eggplant, strawberries, tomato and coffee. One of the main limitations on their use for this purpose, however, is the difficulty of producing colonies in sufficient quantities to meet the demands of farmers, as the majority of these species have small numbers of queens. However, a new technique that could help overcome this limitation was developed by a group of researchers who reared the queens of one of these species in vitro: Scaptotrigona depilis, commonly known in Brazil as mandaguari…>>Continue Reading<< Source and Photo: FAPESP, January 29th, 2014 Labex Korea on Facebook and Twitter
Agência FAPESP – The foodstuff industries of several countries have utilized a new tool to improve the microbiological safety and quality of their products. Predictive microbiology is a software-based system that uses mathematical models and statistics to predict the behavior of microorganisms in fresh and processed food.
The new method is based on the principle that the ability of bacteria and fungi to multiply in food depends on the properties of the product, such as its composition, acidity, humidity, salt levels and antimicrobials present, in addition to the temperature conditions, relative humidity and atmosphere in which it is maintained. In this manner, the effect of each of these factors can be calculated mathematically using different predictive models… >>Continue Reading<<Source and Photo: FAPESP, January 22nd, 2014 Labex Korea on Twitter and Facebook
Agência FAPESP – Recent resolutions by several countries, including the United States, to increase utilization of renewable fuels through 2021 – in addition to the general need to increase energy production and distribution worldwide – should boost global expansion of the biofuels industry in the coming years.
However, the sector must overcome myriad challenges to meet the greater global demand for bioenergy. These challenges include increasing cultivation of the agricultural crops that are utilized to generate biofuels without affecting food production; adapting to the impact of global climate change in agriculture; and competing on unequal footing with fossil fuels, which are strongly subsidized by innumerous countries, including Brazil… >>Continue Reading<<Source and Photo: FAPESP, January 22nd, 2014 Labex Korea on Twitter and Facebook
Labex Korea – Brazil is one of the largest countries in the world, with an extensive surface of continuous land, a large supply of fresh water, abundant solar energy, and a rich biodiversity. In the past five decades the country has used its abundance and diversity of resources to successfully become a world leader in agricultural production, including food, feed, fiber and renewable energy.
Agência FAPESP – Brazil is recognized as the country with the world’s most efficient biofuel production, which is principally based on sugarcane. The success that the country has enjoyed in transforming this plant into a bioenergy source, however, is due more to a pioneering initiative to create an industrial system for ethanol production than the plant itself.
The system began to be developed in the 1930s when an agronomic development program that made the plant highly efficient was established. Despite these efforts, the agronomic performance of sugarcane is still below that of the other raw materials tested for this purpose over the last few years in different parts of world.
By Elton Alisson Agência FAPESP – Water resource management in Brazil represents a critical problem due to the lack of mechanisms, technologies and, above all, sufficient human resources to adequately manage the country’s hydrographic basins, according to researchers participating in the “Seminar on Water Resources and Agriculture” held on October 2 at FAPESP. The event was part of the activities surrounding the 58th Bunge Foundation Award and 34th Bunge Foundation Youth Award, which this year is exploring the areas of Water Resources and Agriculture and Literary Criticism. In the area of Water Resources and Agriculture, the awards were given to Klaus Reichardt of the Center for Nuclear Energy in Agriculture (CENA) at the Universidade de São Paulo (USP) and Samuel Beskow of the Universidade Federal de Pelotas (UFPEL), respectively…. Continue Reading Source and Photo: Agência FAPESP, November 27, 2013 Labex Korea on Twitter and Facebook
The Crop Site – The short 2012/13 cotton crop is constraining Brazil’s 2013/14 cotton exports, estimated at 2.1 million bales. The 2013/14 cotton production area estimate is maintained at 1.1 million hectares. With superior seed technology and improved pesticide controls, producers and analysts are expecting robust yields but will also incur significantly higher production costs, due to the additional pesticide applications to combat the Helicoverpa corn earworm.
Click here to access the complete article at The Crop Site