2018/12/30

Organopónicos - Wikipedia



Organopónicos - Wikipedia



Organopónicos
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Produce and flowers from a Cuban organopónico

Crop rows at Alamar Organic Farm in Havana. Many organoponics have been developed in urban environments, as seen by the city-scape in the background.

Organopónicos or organoponics is a system of urban agriculture using organic gardens. It originated in Cuba and is still mostly focused there. It often consists of low-level concrete walls filled with organic matter and soil, with lines of drip irrigation laid on the surface of the growing media. Organopónicos is a labour-intensive form of localagriculture.

Organopónico farmers employ a wide variety of agroecological techniques including integrated pest management, polyculture, and crop rotation. Most organic materials are also produced within the gardens through composting. This allows production to take place with few petroleum-based inputs.[1]

Organopónicos first arose as a community response to lack of food security during the Special Period after the collapse of the Soviet Union. It is publicly functioning in terms of ownership, access, and management, but heavily subsidized and supported by the Cuban government.


Contents

Background[edit]

During the Cold War, the Cuban economy relied heavily on support from the Soviet Union. In exchange for sugar, Cuba received subsidized petroleum, petroleum products, agrochemicals (such as fertilizers and pesticides), and other farm products. Moreover, approximately 50% of Cuba's food was imported. Cuba's food production was organized around Soviet-style, large-scale, industrial agricultural collectives.[2] Before the collapse of the Soviet Union, Cuba used more than 1 million tons of synthetic fertilizers and up to 35,000 tons of herbicides and pesticides per year.[2]

With the collapse of the USSR, Cuba lost its main trading partner and the favorable trade subsidies it received, as well as access to oil, chemical fertilizers, pesticides etc. From 1989 to 1993, the Cuban economy contracted by 35%; foreign trade dropped 75%.[2]Without Soviet aid, domestic agriculture production fell by half. This time, called in Cuba the Special Period, food scarcities became acute. The average per capita calorie intake fell from 2,900 a day in 1989 to 1,800 calories in 1995. Protein consumption plummeted 40%.[2]

Without food, Cubans had to learn to start growing their own food rather than importing it. This was done through small private farms and thousands of pocket-sized urban market gardens—and, lacking chemicals and fertilizers, food became de facto organic.[3]Thousands of new urban individual farmers called parceleros (for their parcelas, or plots) emerged. They formed and developed farmer cooperatives and farmers markets. These urban farmers found the support of the Cuban Ministry of Agriculture (MINAGRI), who provided university experts to train volunteers with organic pesticides and beneficial insects.

Without artificial fertilizers, hydroponic equipment from the Soviet Union was no longer usable. Instead, they were converted for the use of organic gardening. The original hydroponic units, long cement planting troughs and raised metal containers, were filled with composted sugar waste, thus turning hydroponicos ("hydroponics") into organopónicos.

The rapid expansion of urban agriculture in the early 1990s included the colonization of vacant land both by community and commercial groups. In Havana, organopónicos were created in vacant lots, old parking lots, abandoned building sites and even spaces between roads.
Current status[edit]

Havana small farm

More than 35,000 hectares (over 87,000 acres) of land are being used in urban agriculture in Havana alone.[4]

Havana produces enough food for each resident to receive a daily serving of 280 grams (9.88 ounces) of fruits and vegetables. The urban agricultural workforce in Havana has grown from 9,000 in 1999 to 23,000 in 2001 and more than 44,000 in 2006.[4] However, Cuba still has food rationing for basic staples. Approximately 69% of these rationed basic staples (wheat, vegetable oils, rice, etc.) are imported.[5] Overall, however, approximately 16% of food is imported from abroad.[5]

The structures of organopónicos vary from garden to garden. Some are run by state employees, others are run cooperatively by the gardeners themselves. The reliance on the state government cannot be overlooked. The government provides community farmers with the land and the water, and sells key materials such as organic compost, seeds, irrigation parts, and organic pesticides called "biocontrols" in the form of beneficial insectsand plant-based oils. These biological pest and disease controls are produced in some 200 government centers across the country.[2] All garden crops such as beans, tomatoes, bananas, lettuce, okra, eggplant and taro are grown intensively within Havana using only organic methods, the only methods permitted in the urban parts of Havana. No chemicals are used in 68% of Cuban corn, 96% of cassava, 72% of coffee and 40% of bananas. Between 1998 and 2001, chemicals were reduced by 60% in potatoes, 89% in tomatoes, 28% in onion and 43% in tobacco.[4]

By 1999, some farmers could have black beans, rice, tomato or even a boiled potato to eat; this is impressive by Cuban standards.[6]

Despite the successes of organoponics, efforts of the Cuban government have been negatively evaluated by some authors. A 2012 article in the free-market oriented magazine The Economist stated:


The grip of the state on Cuban farming has been disastrous. State farms of various kinds hold 75% of Cuba's 6.7m hectares of agricultural land. In 2007 some 45% of this was lying idle, much of it overrun by marabú, a tenacious weed. Cuba is the only country in Latin America where killing a cow is a crime (and eating beef a rare luxury). That has not stopped the cattle herd declining from 7m in 1967 to 4m in 2011.
— The Economist

The same article claimed that As of 2012, there were plans to privatise farming and dismantle organopónicos, as part of broader plans to improve productivity.[7]
Applicability beyond Cuba[edit]

In Venezuela, the socialist government is trying to introduce urban agriculture to the populace.[8] In Caracas, the government has launched Organoponico Bolivar I, a pilot program to bring organopónicos to Venezuela. Urban agriculture has not been embraced in Caracas.[8] Unlike Cuba, where organopónicos arose from the bottom-up out of necessity, the Venezuelan organopónicos are a top-down initiative based on Cuba's success. Another problem for urban agriculture in Venezuela is the pollution in major urban areas. At the Organoponico Bolivar I, a technician reads a pollution meter in the garden every 15 days.[8]
See also[edit]

Allotment gardens
Community Supported Agriculture
CPA (Agriculture)
Food security
Garden sharing
Guerrilla gardening
List of community gardens
Sustainability
UBPC
Urban gardening (disambiguation)
Urban horticulture

hide

v
t
e
Hydroculture
Types

Aeroponics
Aquaponics
Aquascaping
Hydroponics
passive
Subtypes

Aquatic garden
Bottle garden
Deep water culture
Ebb and flow
Fogponics
Microponics
Nutrient film technique
Organic hydroponics
Organopónicos
Sub-irrigated planter
Top drip
Substrates

Charcoal
Coco peat
Diatomaceous earth
Expanded clay aggregate
Gravel
Growstones
Lava rock
Mineral wool
Perlite
Pumice
Rice hulls
Sand
Vermiculite
Wood fibre
Accessories

Grow light
Hydroponic dosers
Irrigation sprinkler
Leaf sensor
Net-pot
Spray nozzle
Timers
Ultrasonic hydroponic fogger
Water chiller
Related concepts

Algaculture
Aquaculture of coral
Aquaculture of sea sponges
Controlled-environment agriculture
Historical hydroculture
Hydroponicum
Paludarium
Plant nutrition
Plant propagation
Rhizosphere
Root rot
Vertical farming
Water aeration

Commons
Wikibooks
Wikiversity

References[edit]

  1. ^ Cederlöf, Gustav (2016). "Low-carbon food supply: The ecological geography of Cuban urban agriculture and agroecological theory". Agriculture and Human Values. 33 (4): 771–784. doi:10.1007/s10460-015-9659-y.
  2. ^ Jump up to:a b c d e Mark, Jason (Spring 2007). "Growing it Alone". Earth Island Institute. Retrieved 2010-05-18.
  3. ^ Buncombe, Andrew (August 8, 2006). "The good life in Havana: Cuba's green revolution". The Independent. London: Independent Print Limited. Retrieved 2010-05-18.
  4. ^ Jump up to:a b c Knoot, Sinan (January 2009). "The Urban Agriculture of Havana". Monthly Review. Monthly Review Foundation. 60: 44–63. Retrieved 2010-05-18.
  5. ^ Jump up to:a b "The Paradox of Cuban Agriculture". Monthly Review.
  6. ^ "Fidel’s sustainable farmers". The Economist. 1999-04-24. Retrieved 17 September2012.
  7. ^ "The Castros, Cuba and America: On the road towards capitalism". The Economist. 2012-03-24. Retrieved 17 September 2012.
  8. ^ Jump up to:a b c Howard, April (2006). "How Green Is That Garden?". E - The Environmental Magazine. Earth Action Network, Inc. 17: 18–20. Archived from the original on 2008-05-09. Retrieved 2010-05-18.

External links[edit]
Urban Agriculture in Cuba (Photo Essay), Noah Friedman-Rudovsky, Oct 18 2012, NACLA.org
"The Urban Agriculture of Havana," Monthly Review, 2009-Jan
Case Study in Urban Agriculture: Organiponicos in Cienfuegos, Cuba
Garden Activist: Cuba's Second Revolution
The Growing Success of Organoponicos, Greenhouse Canada, by Gary Jones
Changes on the Horizon for Cuba's Sustainable Agriculture
Eat Local: Cuba's Urban Gardens Raise Food on Zero Emission
Greg Morsbach Cuba's organic revolution BBC, June 27, 2001.
Food Photography: Organic Agriculture in Cuba
Bill McKibben The Cuba diet: What will you be eating when the revolution comes?Harper's Magazine April 1995.
Esteban Israel In "eat local" movement, Cuba is years ahead Reuters, December 15, 2008.
Andrew Buncombe The good life in Havana: Cuba's green revolution The Independent 8 August 2006
Scott G. Chaplowe Havana's Popular Gardens: Sustainable Urban Agriculture, WSAA Newsletter, Fall 1996, Vol. 5, No. 22. Reprinted at cityfarmer.org

EconPapers: Low-carbon food supply: the ecological geography of Cuban urban agriculture and agroecological theory



EconPapers: Low-carbon food supply: the ecological geography of Cuban urban agriculture and agroecological theory



Low-carbon food supply: the ecological geography of Cuban urban agriculture and agroecological theory

Gustav Cederlöf (gustav.cederlof@kcl.ac.uk)
Additional contact information

Agriculture and Human Values, 2016, vol. 33, issue 4, 771-784

Abstract: Abstract Urban agriculture in Cuba is often promoted as an example of how agroecological farming can overcome the need for oil-derived inputs in food production. This article examines the geographical implications of Cuba’s low-carbon urban farming based on fieldwork in five organopónicos in Pinar del Río. The article charts how energy flows, biophysical relations, and socially mediated ecological processes are spatially organised to enable large-scale urban agricultural production. To explain this production system, the literature on Cuban agroecology postulates a model of two distinct modes: agroecology versus industrial agriculture. Yet this distinction inadequately explains Cuba’s urban agriculture: production in the organopónicos rather sits across categories, at once involving agroecological, organic-industrial, and petro-industrial features. To resolve this contradiction, a more nuanced framework is developed that conceptualises production systems by means of their geographical configuration. This provides analytical clarity—and a political strategy for a low-carbon, degrowth agenda.

Keywords: Urban agriculture; Agroecology; Degrowth; Low-carbon transition; Energy geography; Cuba (search for similar items in EconPapers)
Date: 2016
References: View references in EconPapers View complete reference list from CitEc
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The Power of Community. How Cuba Survived Peak Oil

The Power of Community. How Cuba Survived Peak Oil

The Power of Community: How Cuba Survived Peak Oil - Wikipedia



The Power of Community: How Cuba Survived Peak Oil - Wikipedia



The Power of Community: How Cuba Survived Peak Oil
From Wikipedia, the free encyclopedia

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The Power of Community: How Cuba Survived Peak Oil
Directed by Faith Morgan

Release date

14 May 2006

Running time 53 minutes
Country United States
Language English


The Power of Community: How Cuba Survived Peak Oil is an American documentary film that explores the Special Period in Peacetime and its aftermath; the economic collapse and eventual recovery of Cuba following the fall of the Soviet Union in 1991. Following the dramatic steps taken by both the Cuban government and citizens, its major themes include urban agriculture, energy dependence, and sustainability. The film was directed by Faith Morgan, and was released in 2006 by The Community Solution.[1]


Contents
1Overview
2History of the film
3See also
4References
5External links
Overview[edit]

The film is a reflection of the peak oil scenario argued by oil industry experts and political activists, including Matthew Simmons and James Howard Kunstler

The Cuban economy, heavily dependent on economic aid from the Soviet Union, suffered tremendously following the end of the Cold War. The nation lost half of its oil imports, and 85 percent of its international trade economy.[2] 

Director Faith Morgan, together with the non-profit groupThe Community Solution, seeks to educate audiences about peak oil and the impact it will have on transportation, agriculture, medicine, and other industries.[3]

History of the film[edit]

The idea for a film based on the Cuban recovery first arose in August 2003 when Morgan traveled to Cuba as part of the Global Exchange program. Amazed by stories of survival during The Special Period, she learned that the Cuban economic crisis was survived with a fundamental shift in the country's economic policies, rather than with new energy sources. Morgan began securing funds for the film in 2004 with help from Community Services, Inc. and began filming in the fall of the same year.[4]
See also[edit]

Energy portal
Cuba portal
Organopónicos (the Cuban post-oil urban agriculture system)
CUBA: Defending Socialism, Resisting Imperialism (documentary)
Making Sweden an Oil-Free Society

Peak oil


References[edi
t]

  1. ^ The Power of Community: How Cuba Survived Peak Oil (2006) - Company credits
  2. ^ Quinn, Megan (25 February 2006). "The Power of Community: How Cuba Survived Peak Oil". The Permaculture Activist. Permaculture Activist. Retrieved 2011-08-18.
  3. ^ Cooper, J.N. "The Power of Community: How Cuba Survived Peak Oil". Archived from the original on 2006-10-10. Retrieved 2006-10-18.
  4. ^ Faith Morgan (2006). The Power of Community: How Cuba Survived Peak Oil (Film). Cuba: The Community Solution.

The Power of Community - How Cuba Survived Peak Oil

Agroecology: Agroecology: The Ecology of Sustainable Food Systems, Third Edition (Volume 1): Stephen R. Gliessman: 9781439895610: Amazon.com: Books



Agroecology: Agroecology: The Ecology of Sustainable Food Systems, Third Edition

(Volume 1): Stephen R. Gliessman: 9781439895610: Amazon.com: Books

Key features:
Details concepts and includes examples of their application in real-world situations
Provides an essential ecological foundation for food system sustainability
Introduces five levels that can be used to promote the transition to sustainable food systems
Poses challenging questions as food for thought after each chapter, as well as websites for key organizations working in the areas covered in each chapter
Supplies a hopeful and achievable alternative to the present-day industrial model of food systems



Agroecology is a science, a productive practice, and part of a social movement that is at the forefront of transforming food systems to sustainability

Building upon the ecological foundation of the agroecosystem, Agroecology: The Ecology of Sustainable Food Systems, Third Edition provides the essential foundation for understanding sustainability in all of its components: agricultural, ecological, economic, social, cultural, and even political. It presents a case for food system change and why the current industrial model of food production and distribution is not sustainable.

See What’s New in the Third Edition:


Chapters on animal production and social change in food systems
Updated case studies, references, websites, and new research
Emphasis on how climate change impacts agriculture
Greater focus on health issues related to food

The book begins with a focus on the key ecological factors and resources that impact agricultural plants and animals as individual organisms. It then examines all of the components of agroecosystem complexity, from genetics to landscapes and explores the transition process for achieving sustainability and indicators of progress. The book then delves into power and control of food systems by agribusiness, and the need to develop a new paradigm that moves beyond production and explores issues of food justice, equity, food security and sovereignty. The book concludes with a call to action so that research and education can link together for transformative change in our food systems.


Groundbreaking in its first edition, respected in its second edition, this third edition of this standard textbook has evolved along with the field. Written by an expert with more than 40 years of experience, the third edition begins with a strong ecological foundation for farming practices and ends with all of us thinking about the critical importance of transitioning to a new paradigm for food and agriculture, and what this means for our future.

------------
Review

"Agroecology may be an unfamiliar concept to some, since our culture often treats agriculture and ecology as completely separate subjects, with common agricultural practices bearing no resemblance to the natural patterns that ecologists study. However, if one is not familiar with all of the factors that can affect food production, it can be hard to recognize adaptive responses to those factors. Fortunately, this textbook provides an excellent broad introduction to the subject. The book is well-written and contains many helpful figures and tables. Since the book is quite affordable, for a large volume from CRC Press, it is also ideal for individual reading by any ethnobotanist who could use a refresher course on the basics of ecology or sustainable agriculture."
―Wendy L. Applequist, Missouri Botanical Garden, St. Louis, in Economic Botany

Praise for the Second Edition:

"It is clear, insightful, well-illustrated and referenced, and the 21 chapters contain many useful case studies. It deserves to be in every library, and is a pleasure to read. This is a valuable manual, and vital for all concerned with learning and teaching in agricultural courses. It deserves to be widely used."
―Jules Pretty OBE, Experimental Agriculture, Vol. 43 (4),2007

"The author clearly is an authority in the field of agro-ecology and teaches on the subject. ... Agronomists and biologists, as well as general scholars and people interested by sustainability as an attitude or life style wi11learn about how to put principles into (cropping and whole food chain) practice. All in all: a good read!"
―Patrick Van Damme, University of Gent, Economic Botany, 63 (4),2009

============

Agroecology: The Ecology of Sustainable Food Systems, Third Edition

Gliessman, Stephen R


$15.32 (USD)
Publisher: CRC Press
Release date: 2014
Format: PDF
Size: 12.61 MB
Language: English
Pages: 448

Agroecology: A Transdisciplinary, Participatory and Action-oriented Approach (Advances in Agroecology): V. Ernesto Méndez, Christopher M. Bacon, Roseann Cohen, Stephen R. Gliessman: 9781482241761: Amazon.com: Books



Agroecology: A Transdisciplinary, Participatory and Action-oriented Approach (Advances in Agroecology): V. Ernesto Méndez, Christopher M. Bacon, Roseann Cohen, Stephen R. Gliessman: 9781482241761: Amazon.com: Books

Agroecology: A Transdisciplinary, Participatory and Action-oriented Approach is the first book to focus on agroecology as a transdisciplinary, participatory, and action-oriented process. Using a combined theoretical and practical approach, this collection of work from pioneers in the subject along with the latest generation of acknowledged leaders engages social actors on different geo-political scales to transform the global agrifood system.

The book is divided into two sections, with the first providing conceptual bases and the second presenting case studies. It describes concepts and applications of transdisciplinary research and participatory action research (PAR). Transdisciplinary research integrates different academic disciplines as well as diverse forms of knowledge, including experiential, cultural, and spiritual. Participatory action research presents a way of engaging all relevant actors in an effort to create an equitable process of research, reflection, and activity to make desired changes. Six case studies show how practitioners have grappled with applying this integration in agroecological work within different geographic and socio-ecological contexts.

An explicit and critical discussion of diverse perspectives in the growing field of agroecology, this book covers the conceptual and empirical material of an agroecological approach that aspires to be more transdisciplinary, participatory, and action-oriented. In addition to illustrating systems of agroecology that will improve food systems around the world, it lays the groundwork for further innovations to create better sustainability for all people, ecologies, and landscapes.


Agroecology : a transdisciplinary, participatory and action-oriented approach

Bacon, Christopher M.; Cohen, Roseann; Gliessman, Stephen R.; Méndez, V. Ernesto


$8.84 (USD)
Publisher: CRC Press
Release date: 2016
Format: PDF
Size: 4.83 MB
Language: English
Pages: 284

Organic agriculture in Serbia

Selekcija i Semenarstvo. 2017;23(2):45-53 DOI 10.5937/SelSem1702045T



Journal Homepage

Journal Title: Selekcija i Semenarstvo

ISSN: 0354-5881 (Print); 2406-209X (Online)

Publisher: Serbian Association of Plant Breedings and Seed Producers

Society/Institution: string


LCC Subject Category: Agriculture: Agriculture (General) | Technology: Chemical technology: Biotechnology

Country of publisher: Serbia

Language of fulltext: Serbian, English

Full-text formats available: PDF



AUTHORS

Tabaković Marijenka (Maize Research Institute “Zemun Polje“, Belgrade-Zemun, Serbia)
Simić Milena (Maize Research Institute “Zemun Polje“, Belgrade-Zemun, Serbia)
Dragičević Vesna (Maize Research Institute “Zemun Polje“, Belgrade-Zemun, Serbia)
Brankov Milan (Maize Research Institute “Zemun Polje“, Belgrade-Zemun, Serbia)



EDITORIAL INFORMATION

Double blind peer review

Editorial Board

Instructions for authors

Time From Submission to Publication: 4 weeks



Abstract | Full Text

Organic agriculture, or at least its basic principles, was introduced, as an idea, in the world in the beginning of the 20th century and has been present since. Today's principles of organic agriculture were established in 1972 by founding the International Federation of Organic Agriculture Movements (IFAOM). The aim of this study was to analyse concept, idea and basic principles of organic agriculture as to give an answer why does it provide chances for the development of agriculture in the world and in our country?

In Serbia, organic agriculture has been present for almost 30 years, but it is still seeking its place. It could be said, it is on the very begging in relation to the rest of the world. The reason for this is the specific production technology that increases the price of production inputs, the economic situation in the country, insufficient training of farmers and their inadequate knowledge about importance and benefits of organic agriculture. 

Great natural potential and unpolluted natural resources are Serbia's potentials for the development of this branch of agriculture. The largest areas with organic farms are in Vojvodina, but under developed rural areas and small farms should also seek their chances in such cultivation. 

Today, in the world, areas with organic agriculture amount to 0.9% of the total agricultural area. The highest average percentage of these areas is in Europe (6.2%). As many as eight countries have an average over 10%, while there are only 0.44% of such areas in Serbia. 

Organic agriculture is not just a production method, but also a new way of living of modern man. It is a return to old values and preservation of new ones. Export of such products is the only chance for our farmers, due to the economic situation, but it is necessary to develop the network of extension services that will spread the knowledge and create prerequisites that will provide better access to both the production and the products to an average farmer in our country.




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International Organic Agriculture - Georg-August-Universität Göttingen

International Organic Agriculture - Georg-August-Universität Göttingen

INTERNATIONAL ORGANIC AGRICULTURE
SUCHEN DEUTSCH

Specialization in „International Organic Agriculture“

The profile “International Organic Agriculture” within the MSc program 



“Sustainable International Agriculture” offers students the unique possibility to focus entirely on Organic Agriculture. 

It includes the broad range of topics from soil, crop and animal sciences, as well as environmental, social and economic sciences. You will be asked to: Examine and assess the validity of literature from the natural and social sciences, statistics and other documents. Use state-of-the art statistical techniques to analyse ‘hard‘ and ‘soft‘ data. Apply laboratory methods, technical procedures and qualitative / quantitative approaches of data collection. Interpret and display research data. Apply your skills in the context of international and organic agriculture and agroecosystems‘ assessment.


The faculty of Organic Agricultural Sciences at Witzenhausen provides a team of professors and lectures, well-experienced in Organic Agriculture since more than 30 years. Facilities like research greenhouse, research farm of 340 ha, various laboratories and adequate IT-equipment support students within their individual study profile.



Our aim is educating young people who are going to be leaders in science, policy and development, contributing to a more resource efficient and sustainable development of agriculture worldwide.
---
Compulsory modules

The following bridging module and four compulsory modules must be taken. Upon application, the bridging module can be skipped if past academic achievements testify the respective knowledge:

Winter Term (WiSe)
---

M.SIA.I12 Sustainable International Agriculture: basic principles and approaches (first lecture October, 30)
(Witzenhausen, Prof. Dr. Eva Schlecht )



M.SIA.P05 Organic cropping systems under temperate and (sub)tropical conditions
(Witzenhausen, Prof. Dr. P. von Fragstein)



M.SIA.P07 Soil and plant science
(Witzenhausen, Dr. H. Saucke)
Summer Term (SoSe)


M.SIA.A01 Organic livestock farming under temperate conditions
(Witzenhausen, Prof. Dr. A. Sundrum )



M.SIA.I10M Applied statistical modelling
(Witzenhausen, Prof. Bernard Ludwig)



(Click on the module name for a description of the module. Click on the coordinator’s name for a link to his/ her website.)



Mandatory modules

Four mandatory modules must be chosen (among these, at least one methodological module coded with M and one economics module with code E). Click here for a list of the mandatory modules.


Elective modules

Six elective modules are to be chosen. You can also chose elective modules from the list of so far not attended mandatory modules. Click here for the list of elective modules.




Back to profiles


================

List of Mandatory Modules

Sommersemester (SoSe):

  • M.Agr.0056 Plant breeding methodology and genetic resources 
    (Göttingen, Prof. Dr. W. Link)


  • M.SIA.A12M Multidisciplinary research in tropical production systems 
    (Göttingen, Prof. Dr. E. Schlecht)


  • M.SIA.E06 International markets and marketing for organic products 
    (witzenhausen, Prof. Dr. U. Hamm)


  • M.-SIA.E14 Evaluation of rural development projects and policies 
    (Göttingen, Prof. Dr. M. Qaim)


  • M.SIA.E21 Rural sociology 
    (Witzenhausen, Prof. Dr. C. Neu)


  • M.SIA.I03 Food quality and organic food processing 
    (Witzenhausen, Dr. N. Busscher)


  • M.SIA.I16 Land use, ecosystem services, and human well-being 
    (Göttingen, Prof. Dr.T. Plieninger)


  • M.SIA.P01 Ecology and agroecosystems 
    (Witzenhasuen, Prof. Dr. A. Bürkert)


  • M.SIA.P06 Soil and water 
    (Witzenhausen, Prof. Dr. S. Peth)


  • M.SIA.P16M Crop Modelling for Risk Management 
    (Göttingen, Dr. R. F. Kühne)



  • =======



    List of Elective Modules


  • Summer Term (SoSe):


  • M.Agr.0053 World agricultural markets and trade 
    (Göttingen, Prof. Dr. B. Brümmer)


  • M.Agr.0124: Environmental Economics and Policy 
    (Göttingen, Prof. Dr. Wollni)


  • M.Forst.1521 Ecopedology of the tropics and subtropics 
    (Göttingen, Prof. Dr. E. Veldkamp)


  • M.SIA.A03M International and tropical food microbiology and hygiene
    (Göttingen, Prof. Dr. Dr. C.-P. Czerny)


  • M.SIA.A04 Livestock reproduction physiology 
    (Göttingen, Prof. Dr. C. Knorr)


  • M.SIA.A05 Aquaculture in the tropics and subtropics 
    (Göttingen, Prof. Dr. G. Hörstgen-Schwark)


  • M.SIA.A07 Unconventional livestock and wildlife management, utilization and conservation (every 2nd year)
    (Witzenhausen, Dr. C. Hülsebusch (E. Schlecht))


  • M.SIA.A08 Social-ecology in livestock production systems (every 2nd year) 
    (Witzenhausen, Prof. Dr. B. Kaufmann (E. Schlecht))


  • M.SIA.A13M Livestock-based sustainable land use 
    (Göttingen, Prof. Dr. E. Schlecht )


  • M.SIA.E12M Quantitative research methods in rural development economics 
    (Göttingen, Prof. Dr. M. Qaim)


  • M.SIA.E.18 Organization of food supply chains 
    (Göttingen, Prof. Dr. L. Theuvsen)


  • M.SIA E24 Topics in rural development economics 
    (Göttingen, Prof. Dr. Wollni)


  • M.SIA.E31 Strategic management 
    (Witzenhausen, Prof. Dr. C. Herzig)


  • M.SIA.E35: Institutional Ecological Economics 
    (Witzenhausen, Prof. Dr. Andreas Thiel)


  • M.SIA.E39: Critical and Collective Perspectives on the Global Food System 
    (Witzenhausen, Prof.Dr. Andreas Thiel)


  • M.SIA.I11M Free project 
    (Göttingen und Witzenhausen, alle Professorinnen und Professoren)
    Guide for students


  • M.SIA.P08 Pests and diseases of tropical crops 
    (Göttingen, Prof. Dr. S. Vidal)


  • M.SIA.P10 Tropical agro-ecosystem function 
    (Göttingen, Dr. R. F. Kühne)


  • M.SIA.P19M Experimental Techniques in Tropical Agronomy 
    (Göttingen, Prof. Dr. R. P. Rötter)


  • M.SIA.P23M Modern plant nutrition - application of molecular methods in plant nutrition research 
    (Göttingen, Jun.-Prof. Dr. M. Tränkner)


  • Winter Term (WiSe):



  • M.Agr.0127 Breeding schemes in plant and animal breeding 
    (Göttingen, Prof. Dr. H. Simianer)


  • M.Agr. 0148 Policy analysis of agri-environmental schemes 
    (Göttingen, Prof. Dr. M. Wollni) (not WiSe 2018/19)


  • M.Agr.0156: Microfinance for the Rural Poor: A Business Class
    (Göttingen, Prof. Dr. O. Mußhoff)


  • M.Forst.1512 International forest policy and economics 
    (Göttingen, Dr. C. Hubo)


  • M.Forst.1615 Forest growth and tree-based land use systems
    (Göttingen, Dr. S. Graefe)


  • M.SIA.A02M Epidemiology of international and tropical animal infectious diseases 
    (Göttingen, Prof. Dr. Dr. C.-P. Czerny)


  • M:SIA.A06 Global aquaculture production, markets and challenges (every second year) 
    (Göttingen, Prof. Dr. G. Hörstgen-Schwark) not WiSe 2018/19


  • M.SIA.A11 Tropical animal husbandry systems 
    (Göttingen, Prof. Dr. E. Schlecht)


  • M.SIA.E02 Agricultural price theory 
    (Göttingen, Prof. Dr. B. Brümmer)


  • M.SIA.E13M Microeconomic theory and quantitative methods of agricultural production 
    (Göttingen, Prof. Dr. M. Qaim)


  • M.SIA.E17M Management and management accounting 
    (Witzenhausen, Prof. Dr. C. Herzig)


  • M.SIA.E33 Responsible and sustainable food business in global contexts 
    (Witzenhausen, Prof. Dr. C. Herzig)


  • M.SIA.E34: Economic Valuation of Ecosystem Services in Developing Countries 
    (Göttingen, Prof. Dr. M.Wollni)


  • M.SIA.E36: Institutions and the Food System 
    (Witzenhausen, Prof. Dr. Andreas Thiel)


  • M.SIA.E37 Agricultural policy analysis 
    (Göttingen, Dr. S. Lakner)


  • M.SIA.I02 Management of (sub-) tropical landuse systems 
    (Prag, Prof. Dr. A. Bürkert)


  • M.SIA.I06M Exercise on the quality of tropical and subtropical products 
    (Göttingen, Prof. Dr. E. Pawelzik)


  • M.SIA.I07 International land use systems research (every 2nd year) 
    (Excursion, Prof. Dr. E. Schlecht)


  • M.SIA.I11M Free project 
    (Göttingen und Witzenhausen, alle Professorinnen und Professoren)
    Guide for students


  • M.SIA.P21 Energetic use of agricultural crops and field forage production 
    (Witzenhausen, Prof. Dr. M. Wachendorf) (every second year - next time WiSe 2019/20)


  • M.SIA.P22 Managment of tropical plant production systems 
    (Göttingen, Prof. Dr. Reimund P. Rötter)


  • M.WiWi-VWL.0008 Development economics 1: Macro issues in economic development 
    (Göttingen, Prof. Dr. S. Klasen)





  • (Click on the module name for a description of the module. Click on the coordinator’s name for a link to his/ her website.)

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    ==========

    Study plan "International Organic Agriculture"


    studyplan_org_eng2s


    Download exemplary study plan

    =========

    Exemplary study plan for the specialization in „International
    Organic Agriculture“



    Sem.
    Σ C*

    Thematic modules

    Methodic modules

    Modulee

    Module

    Module

    Module

    Module

    Module

    Module


    1.

    Σ 30 C


    Bridging
    module
    M.SIA.P07
    Soil
    and plant science


    6 C

    Compulsory
    module1
    :
    M.SIA.P05
    Organic
    cropping systems under temperate and (sub)tropical conditions
    6 C

    Compulsory
    module 2
    :
    M.SIA.I12
    Sustainable
    International Agriculture: basic principles and approaches
    6 C

    Mandatory
    module 1
    :
    M.SIA.I09
    Sustainable nutrition


    6 C





    Mandatory
    module 1
    :
    M.SIA.E05M
    Marketing research


    6 C


    2.

    Σ 30 C


    Compulsory
    module 3:
    M.SIA.A01
    Organic
    livestock farming under temperate and tropical conditions

    6 C

    Mandatory
    module 3
    :
    M.SIA.E06
    International
    markets and marketing for organic products

    6 C

    Elective
    module 1
    M.SIA.A13M
    Livestock
    based sustainable land use

    6 C

    Elective
    module 2
    :
    M.SIA.I03
    Food
    quality and organic food processing

    6 C





    Compulsory
    module 1
    :
    M.SIA.I10M
    Applied statistical modelling

    6 C


    3.

    Σ 30 C



    Elective
    module 3
    :
    M.SIA.P21
    Energetic
    use of agricultural crops and field forage production

    6 C

    Elective
    module 4
    :
    M.SIA.P13
    Agrobiodiversity
    and plant genetic resources in the tropics

    6 C

    Elective
    module 5
    :
    M.SIA.I06M
    Exercise on the quality of tropical
    and subtropical products

    6 C





    Mandatory
    module 2
    :
    M.SIA.P15M
    Methods
    and advances in plant protection

    6 C

    Elective
    module 3
    :
    M.SIA.P17M
    Nutrient
    dynamics, long-term experiments and modelling

    6 C


    4.

    Σ 30 C


    Master Thesis
    & Colloquium

    30 C