Land Husbandry Press Releases & News

New ‘open source technology’ designs for small land holder CA

Barney Muckle, a practical agriculture engineer living and working in Kenya, has informed us of a new design for an inexpensive jab-planter. The planter consists of two spears connected to tubes with funnels and separated by 50mm to avoid direct contact of the seed and fertiliser.  It forms two side-by-side holes in which seed and fertilizer can be placed for optimum utilization.  It is simple, being only one stage up from the traditional machete but without any moving parts, yet will plant both seed and fertiliser in a precise manner through the mulch layer into the soil. The new ‘low energy’ requirement design is particularly suitable to women farmers.  A single handle is used to control the positioning of the tool while a foot operated pedal forces the spears through the mulch layer into the soil. See the video (click on the 'HAND TOOLS' menu). Downloadable PDF documents of the plans are available, along with some photos and instructions. There are also some simple but effective hand and animal drawn tools which have been developed and can be reproduced by the informal metal working sector artisans, using locally available raw materials. Drawings of many are available as pdf files in black and white in order to reduce the cost of printing. Tom Goddard, Senior Policy Advisor, Alberta Agriculture and Rural Development 

First Conference on Land Policy in Africa

The conference was held in Addis Ababa in November 2014, organised by the African Union. Future Agricultures members and colleagues have written a series of posts for the blog. They explore what the next decade holds for land policy, land rights and the role of foreign investment – and the implications for farmers, communities and agricultural development. Read the articles.

Climate Smart Agriculture/Conservation Agriculture

Briefing note from FAO is available online 

Smallholders benefit from conservation farming in Nicaragua

In the Nueva Segovia region of Nicaragua, P4P is supporting farmers’ organizations to utilize low-cost, environment-friendly techniques and technologies. These sustainable practices, which include minimal tillage farming and the use of organic materials in soil enrichment, are enabling smallholders to benefit from increased yields, improved crop quality and reduced production costs. Read the article.

Sustainable soil management is more than what & how crops are grown

Read the chapter by TAA members on sustainable soil management, published in the book by Lal and Stewart, 2013: Principles of Sustainable Soil Management in Agroecosystems. Edited by Lal, R. and Stewart, B.A. pp. 337-399. Advances in Soil Science. CRC Press, Taylor & Francis Group, Boca Raton, Florida, USA. Chapter 14: Kassam, A., Basch, G., Friedrich, T, Shaxson, F. et al. (2013). Sustainable soil management is more than what and how crops are grown.

Top 5 need-to-knows about Conservation Agriculture

Facing climate change and nine billion mouths to feed by 2050, Conservation Agriculture is key to the future of food security. Read more 

CA Update Link, Cornell University

The "In the Spotlight” webpages provide links to some of the latest Conservation Agriculture (CA) research papers. They offer search facilities to various research databases that contain good CA papers. New papers will be added every month. Peter Hobbs, Cornell University.

Proceedings from 6th World Congress on Conservation Agriculture 

Presentations and abstracts from the 6th World Congress on Conservation Agriculture (West Lafayette, Ind. August 2, 2014) – are available on the Conservation Technology Information Center's (CTIC) website. The over 40 presentations and 140 abstracts include subjects such as:

  • European perspectives on conservation agriculture;
  • The biological potential of grain-producing soils in Australia;
  • Using conservation agriculture to alleviatefood insecurityin Malawi;
  • Crop-livestock integration in agricultural conservation systems;
  • Nitrogen-cycling bacteria under continuous no-till cotton in western Tennessee;
  • The use of educational tools such as video to educate farmers about conservation agriculture;
  • The dynamics of soil organic matter, organic carbon and organic nitrogen under no-till;
  • and many more.......

Click here to view the proceedings.

Glyphosate Effects

Glyphosate Effects on Plant Mineral Nutrition, Crop Rhizosphere Microbiota, and Plant Disease in Glyphosate-Resistant Crops, by Duke et al. J Agric Food Chem. Oct 24, 2012; 60(42): 10375–10397.
Published online Sep 26, 2012.

Unploughed fields take edge off heatwaves

‘No-till’ farming — in which seeds are sown into fields without first ploughing them — could help to lower temperatures near croplands by up to 2 °C, researchers report in the Proceedings of the National Academy of Sciences. Read more

How to prevent the next "Global Dust Bowl"? 

The interdisciplinary KULUNDA project is a part of the BMBF research program, ‘Sustainable Land Management’, Module A1 ‘Interaction between land management, climate change and ecosystem services’. The project offers Ecological and Economic Strategies for Sustainable Land Management in the Russian Steppes: A Potential Solution to Climate Change.

Hong Kong Hydroponics Farm Owner Cuts Energy Costs by 25% in his Greenhouse

Henry Ngai Hon-shun, owner of 0.27 hectare hydroponics farm in Hong Kong decided to opt on a solar power to slash his carbon footprint and energy costs by a quarter in his greenhouse. His action comes after warnings from the government that an increase in electricity demand will force prices to rise. Read more in Soilless Newsletter

Evidence on Demand

'Evidence on Demand’ is a DFID-supported international development information hub, providing access to quality assured resources relating to climate & environment, infrastructure and livelihoods. The service has been established to provide a wealth of relevant documents, learning resources and technical expertise to help those on the front line of poverty reduction make evidence-based decisions, while also informing the wider development community. Evidence on Demand produces ‘Topic Guides’. A ‘Topic Guide on Agricultural Productivity’ has just been released (directly download here). Topic Guides are freely available, written by an expert in the field, peer reviewed and formally approved by DFID, providing an excellent knowledge resource. Please send feedback on the Guides and any suggestions by email.

Sustainable Intensification and Conservation Agriculture

New book. By Amir Kassam, Moderator, Global Platform for CA Community of Practice, FAO, Italy, Convener, Land Husbandry Group, Tropical Agriculture Association, UK & Visiting Professor, School of Agriculture, Policy and Development, University of Reading, UK. Click for detailsDate: 01/10/2013. 

USDA Helps Landowners Manage for Soil Health & Buffer Drought Effects

Two farms have the same soils, same crops and same precipitation. The difference is that one farm uses many conservation practices that help improve soil health helping it thrive through extreme weather conditions (read more). Soil health is always important, but extreme weather in the last few years has shown landowners just how important managing for it really is. "The vital part of soil is topsoil, which unfortunately is also the part most susceptible to the effects of weather. That’s what makes protecting it so crucial,” said Doug Miller, soil health coordinator with USDA’s Natural Resources Conservation Service (NRCS) in Minnesota.

One percent of organic matter in the top 150 mm of soil can hold about 250 litres of water per hectare. Increasing organic matter increases the holding capacity for water making your land more resilient to extreme weather. NRCS identified four principles that help improve soil health:
1. Keep soil covered as much as possible.
2. Use plant diversity to increase diversity in the soil.
3. Keep living roots in the soil as long as possible.
4. Disturb the soil as little as possible. Managing for soil health can help increase productivity and profits, decrease inputs and improve sustainability for farms and ranches. NRCS has more information on drought resources and soil health. Also, complete information on drought and disaster resources is available on the USDA website.

Promusa - research & development in Bananas 

ProMusa, in alliance with ISHS, publishes InfoMus@, the newsletter of the banana R&D community. It offers a mix of news and analyses on topical issues with links to events and resources available from the ProMusa website. If you have problems reading this email, view it in your web browser. Explore Musapedia, the compendium of knowledge on bananas.

No-till and SRI in India

The Hindu article "On a revitalizing note" on January 27, 2013.  Armed with an alternative farming method that cuts down on water consumption and costs, farmers in Haryana’s Karnal district are enhancing productivity

Below please find link to the article written by Amita Bhaduri (from India Water Portal). No-till agriculture, an alternative farming method, which helps prevent soil depletion as well as uses water efficiently, is being used successfully by farmers in Haryana.

Evaluating conservation agriculture for small-scale farmers in Sub-Saharan Africa and South Asia

A special issue on Conservation Agriculture research in the Journal of Agriculture, Ecosystems & Environment Volume 187, Pages 1-182 (1 April 2014). Open Access Journal . Edited by James R. Stevenson, Rachid Serraj and Kenneth G. Cassman

First Africa Congress on Conservation Agriculture

The joint Declaration of the April 2014 Congress in Lusaka, bears the motto of "Turning Conservation Agriculture Knowledge into Action”, to identify whatever small intervention each of us can make, to enhance adaptation and adoption of CA. The organisers have receive much positive feedback and will soon open an Online Discussion Forum. (Saidi Mkomwa, Executive Secretary,
African Conservation Tillage Network).

No-till farming and the Search for Sustainability in Dryland Agriculture

The seminar arranged at IIED London on 28th March 2014 by the TAA LH Group and given by Bill Crabtree on CA experiences in Western Australia is available an IIED blog about the seminar and a video-interview with Bill Crabtree.

Great Lakes Cover Crop Initiative

This project, which was funded by EPA's Great Lakes Restoration Initiative and ran from 2010-2013, demonstrated the effectiveness of cover crops and conservation tillage systems to decrease agricultural nonpoint source pollution and inform producers about the economic benefits of the systems. CTIC and partners assisted agricultural producers in the Lake Michigan, Lake Erie, and Lake Huron watersheds with implementation of cover crops and conservation tillage systems on 36,970 acres. Producers received technical, educational and social support to fully understand the benefits of cover crops and conservation tillage, to correctly incorporate the practices into their operation, to evaluate the changes and adapt management to optimize yield and resource protection. By providing this three-tiered support, the project built producer capacity to effectively manage, adapt and commit to the long-term implementation of these conservation practices. Read more

Consultative Workshop on Conservation Agriculture

Report of the workshop held in Nairobi in November 2013, organized by the African Conservation Tillage (ACT) Network. Click here to read.

4th International Conservation Agriculture Conference in SE Asia: papers

To access the presentations made at the Conservation Agriculture Conference at the University of Battambang, Battambang, Cambodia, December 9 to 13, 2013, please click here.

Fungi may determine the future of soil carbon.

When scientists discuss global change, they often focus on the amount of carbon in the atmosphere and vegetation. But soil contains more carbon than air and plants combined. This means that even a minor change in soil carbon could have major implications for the Earth's atmosphere and climate. New research by Smithsonian Tropical Research Institute scientist Benjamin Turner and colleagues points to an unexpected driver of soil carbon content: fungi. Read more.

Cisgenics - a new GM approach


A new, less intrusive way of genetically engineering plants would help to feed the world’s growing population but is at risk from the same "Luddite attitudes” blocking GM crops, according to a farming industry report.

Rewiring metabolism to improve crop yield in Africa


News from the Sixth International Meeting on Synthetic Biology (July 2013, Imperial College), illustrates how new technologies are being applied to an old problem in African farming - Striga.

Microbial fermentation has been exploited by humans for millenia for the production of food, fuel, and chemicals. Despite intense research efforts, the spectrum of compounds produced in this way is still limited to either naturally occuring fermentative pathways or shows low yields due to genetic regulatory contraints imposed by the host strain. I will discuss our efforts in designing synthetic metabolism and rewiring regulatory architectures in microbial cells to allow high yield production of compounds. As an exemplar, we have engineered a synthetic pathway to the plant hormone strigolactone as a step towards improving crop yield. The parasitic weed species of the Striga genus are among the major biotic stresses on crop yield in Africa, affecting staples such as maize, sorghum, rice, and cowpea. Striga seeds lie dormant in soil until they detect the plant hormone strigolactone, which induces seed germination and attachment of the weed to host roots. The application of strigolactone to farmland before planting can induce ‘suicidal’ germination of Striga seeds. However, the high cost of chemical synthesis of strigolactone has precluded the use of this strategy in the field. The low cost, microbial production of strigolactone can be used in a program of Striga eradication from arable land in Africa.

Enrich Your Soils – Organic Matter Key to Soil Fertility

Farmers and industry are invited to come along to a day of discussion on improving the fertility of soils with an emphasis on organic matter and soil biota.

The Royal Agricultural Society of England (RASE) is running eight events across the East of the country looking at the importance and benefits of organic matter. Read more...

Agriculture Leaders Announce a Partnership to Promote Conservation Agriculture Adoption

The Howard G. Buffett Foundation, John Deere, and DuPont Pioneer collaborate to support smallholders and sustainable farming in Africa to foster a conservation-based system of agriculture designed and targeted to sustainably improve the productivity of smallholder farmers in Africa. The effort will be piloted in Ghana and include a conservation-based, mechanized product suite developed by John Deere; a system of cover crops and improved inputs from DuPont Pioneer; and support for adoption and training on conservation-based practices by the Howard G. Buffett Foundation.

UN highlights role of farming in closing emissions gap


Matt McGrath (BBC News Environment correspondent) reports that the UN says that changing farming practices could play an important role in averting dangerous climate change. In their annual emissions report, they measure the difference between the pledges that countries have made to cut warming gases and the targets required to keep temperatures below 2C. On present trends there is likely to be an annual excess of 8 to 12 giga-tonnes of these gases by 2020. Agriculture, they say, could make a significant difference to the gap, including wider adoption of conservation agriculture.

CGIAR Water, Land & Ecosystem Blog Space

The CGIAR Water land & Ecosystems (WLE) platform offers a perspective of a world in which agriculture thrives alongside vibrant ecosystems, and those engaged in agriculture live in good health, enjoy food and nutritional security, and have access to the inputs and resources they need to continuously improve their livelihoods. The blog space is a platform for discussion and networking on ecosystems services and resource management. Sign up for weekly updates or join the discussion. CGIAR welcome blog posts from guest authors on relevant topics. You may email submissions to Abby Waldorf

Conservation Agriculture cartoon booklet.

This new booklet was edited by Li Hongwen in China, Amir Kassam was one of the reviewers. The booklet is downloadable from the FAO website, click here.

Recent Articles

The No-Till Farming Association of Argentina (XXI Congreso AAPRESID) was held from 7 to 9 August in Rosario. Read more. To see the conference on your PC click here or to read an article click here.

Cover crops work. That's the message from the results of a recent study. Last year's drought gutted corn and soybean yields. But that yield hammer was much lighter on those crop acres that were preceded by a cover crop. The study, conducted by the USDA North Central Region Sustainable Agriculture Research and Education (SARE) program and Conservation Technology Information Center (CTIC), sought opinions from more than 750 farmers in the Corn Belt on cover crops, how widely they're adopted, their payback and challenges. Read more

Norman Uphoff presents seminar on SRI at TAA-IIED seminar, London 4th July 2013. Click to read the summary

Researchers create online tool to estimate greenhouse gas reductions through Conservation Agriculture. Read more

See the following article in the Guardian 18 May 2013 entitled: Preserving the Soil and Reaping Greater Harvests. It is about Conservation Agriculture in Tanzania.

Check this link. Every farmer, scientist, politician, environmentalist and consumer should be required to view this video!!!!!

Up-dated Conservation Agriculture Data Base in AquaStat, FAO The CA land area data base has been updated based on the feedback received from our regular sources of information and has been posted in AquaStat. The latest figures can be seen at the FAO CA-Website at (

Click here for presentation by Brian Sims to the Cambridge Conservation Forum symposium, January 2013, "Conservation Agriculture for Smallholder Farmers in Developing Countries"


Partnering for improved food security, a better environment and regional development

May 2013 – Updates and Hottest Issues

The two weeks training-cum-study tour on Farm Mechanization for African Stakeholders was carried out under the auspices of The Farm Mechanization & Conservation Agriculture for Sustainable Intensification (FACASI) project with the objective to identify opportunities to transfer Indian technologies and Indian expertise to Africa.

Thedelegation comprises participants sampled from private sector players(importers, manufacturers); researchers; academia; and non-governmental organizations – all stakeholders to the FACASI project. These included participants from Ethiopia (4), Kenya (4), Tanzania (4), Zimbabwe (3), Regional (ACT), and the CIMMYT FACASI project Coordinator. Highlights of the trip are:

 The Indian Universities have been effectively linking manufacturers, importers and farmers; acting as hubs for technology development.

 India has a manufacturers’ association with a political voice which can/does influence policies in favour of the industry.

 Developed technologies are effectively extended to farmers through scaling out models including farmers’ cooperatives sometimes specialised in mechanised equipment hire services.

 Research focus - to concentrated action centres/zones and areas of excellence such as soil sodicity /salinity - is a key driver to the successful introduction of sustainable agriculture.

 Government support to farming is very strong in India. Examples include: free electricity (for pumping irrigation water in the 2 states); VAT exempt on machinery; subsidies on mechanization and irrigation equipment; and government purchase of farmers’ produce at profitable prices.

 It is argued that that the Indian Green Revolution took place only in the Punjab and Haryana States! What does Africa have to learn from this knowledge?

 ICAR is desirous to further the south-south collaboration for the longer-term mechanization of farming in Africa. The leadership of CIMMYT & ACIAR through FACASI comes at an opportune time.

More info+: Highlights of South-South Trip Report to India; available at: Indian Council for Agricultural Research website:

CA-CoP CONSERVATION AGRICULTURE COMMUNITY OF PRACTICE for sustainable production intensification

View all up-dates and alerts for the CA-COP on the FAO website, click here


Alert No. 33 (13 February 2014)

1.Africa Congress on Conservation Agriculture (ACCA-1), 18-21 March 2014, Lusaka Zambia. Registration now open


Purpose of the First African Congress for Conservation Agriculture (1st ACCA) is to bring together key CA stakeholders, including farmers and their organizations, from the continent to interact and co-own a permanent CA knowledge and information sharing platform that takes into account the needs of farmers and for increased benefits from CA technologies.


i. Growing more with less – the future of sustainable intensification

ii. Weather proofing agriculture - the adaption of farming practices to address climate variability

iii. Increasing Conservation Agriculture adoption - how innovative technology and approaches can drive greater adoption of conservation systems around the world

Register at:


For more information: Contact:

2. Green Carbon Conference, 1-3 April 2014, Brussels, Belgium

The Conference is jointly organized by the European Conservation Agriculture Federation (ECAF), and the French Institute for Sustainable Agriculture (IAD) and promoted by the Life + AGRICARBON project.

The Conference website with further details is given at:

3. 6thWorld Congress of Conservation Agriculture to be held June 22-26, 2014, in Winnipeg, Manitoba, Canada

The 6thWorld Congress of Conservation Agriculture will be held June 22-26, 2014, in Winnipeg, Manitoba, Canada. Learn more at

The 6th WCCA announces registration is now open at:


Concurrent session tracks will explore the following areas of conservation agriculture:


Track 1: Growing with less – the future of sustainable intensification

Track 2: Weatherproofing agriculture – the adaptation of farming practices to address climate variability

Track 3: Increasing conservation adoption – how innovative technology and approaches can drive greater adoption of conservation systems around the world.

Direct your inquiries to:

Karen A. Scanlon, Conservation Technology Information Center

3495 Kent Avenue, Suite J100, West Lafayette, IN 47906, USA

Tel:765-494-2238, Fax:765-463-4106

4. Regional Conference on Conservation Agriculture for Smallholders in Asia and Africa, Bangladesh, 7-11 December 2014.

Please visit:

Dr. Md. Enamul Haque (
Dr Richard W Bell (

5. Why do we need to standardize no-tillage research? By Rolf Derpsch et al. Soil & Tillage Research 137 (2014): 16-24 (

6. No-till in northern, western and south-western Europe: A review of problems and opportunities for crop production and the environment. By B.D.Soane et al. Soil & Tillage Research 118 (2012): 66-87 (doi:10.1016/j.still.2011.10.015)

7. The farm-level economics of conservation agriculture for resource-poor farmers. By David Pannell et al. Agric. Ecosyst. Environ. (2013) (

8. Improvement of soil carbon sink by cover crops in olive orchards under semiarid conditions. Influence of the type of soil and weed. By F. Marquez-Garcia et al. Spanish Journal of Agricultural Research 2013 11(2): 335-346 (

9. Understanding the impact and adoption of conservation agriculture in Africa: A multi-scale analysis. By Marc Corbeels et al. Agric. Ecosyst. Environ. (2013) (

10. A fourth principle is required to define Conservation Agriculture in sub-Saharan Africa: The appropriate use of fertilizer to enhance crop productivity.By B. Vanlauwe et al. Field Crops Research (2013) (

11. Food Security in a World of Natural Resource Scarcity: The Role of Agricultural Technologies. By Mark Rosegrant et al. International Food Policy Research Institute. Washington, DC

12. LIFE & Soil Protection. By European Commission Environmnet Director-General.


13. Made in Bangladesh: Scale Appropriate Machinery for Agricultural Resource Conservation.Timothy Krupnik et al. CIMMYT, Mexico.

14. Up-dating Conservation Agriculture Data Base in AquaStat, FAO

The CA land area data base is updated periodically based on the feedback received from our regular sources of information and is posted in AquaStat. The latest figures can be seen at the FAO CA-Website at (


We are updating the CA land area data base displayed in AquaStat (, and are contacting our regular sources of information in the next few weeks. However, anyone else who would like to provide information on the land area under CA systems at the national level would be most welcome.

Ideally, we would appreciate receiving from you the CA area information at the sub-national level (by state, province or region), together with any relevant historical information on adoption (such as when was CA introduced; duration under CA – x ha under 3 yrs, y ha between 3 and 6 yrs, z ha more than 6 yrs), cropping pattern, farm size, agro-ecology, constraints, etc.

For the recording purpose please adhere to the reference quantification of the CA definition on the FAO-CA website (

1. Minimum Soil Disturbance: Minimum soil disturbance refers to low disturbance no-tillage and direct seeding. The disturbed area for seeding must be less than 15 cm wide or less than 25% of the cropped area (whichever is lower). There should be no periodic tillage that disturbs a greater area than the aforementioned limits. Area under strip tillage can be included only if the disturbed area is less than the above set limits.

2. Maintenance of organic soil cover: Three categories are distinguished: 30-60%, >60-90% and >90% ground cover, measured immediately after the direct seeding/planting operation. For this data base, area with less than 30% cover is not considered as being under CA.

3. Crop rotation/association: Rotation/association should involve at least 3 different crops. However, repetitive wheat or maize or ricecropping that meets requirements 1 and 2 above is not an exclusion factor for the purpose of this data collection, but rotation/association is recorded where practiced.

We would further like to stress that the database counts actual land area under annual crops with CA (permanent no-till).No-till area by crop will not be recorded to avoid double recording of the same land area.

Area under perennial crop systems including orchards and permanent pastures will be recorded separately. If there is CA land area under perennial crop systemsin the country, please include the information as separate categories at the sub-national level (by state, province or region), together with any relevant historical information on adoption (such as when was CA introduced; duration under CA – x ha under 3 yrs, y ha between 3 to 6 yrs, z ha more than 6 yrs), cropping pattern, farm size, agro-ecology, constraints, etc.