Lentils Panel by Mr. Peter Wilson, CEO Australia Milling Group & Chairman, Pulse Australia Limited. Presentation at The Pulses Conclave 2014 by India Pulse & Grains Association, IPGA
Super Religare Laboratories Limited (SRL) is India's largest clinical laboratory, established in 1995 through a joint venture between an American and Indian company. SRL has expanded across India and internationally, with key milestones including being the first Indian lab to receive international accreditations and establish an R&D department. SRL provides diagnostic and central laboratory services to the pharmaceutical, biotechnology, and clinical research sectors from state-of-the-art facilities in India and internationally. The company aims to deliver high quality and cost-effective services through scientific and technical excellence.
This document discusses introducing pulses in rice fallows in India. It outlines the characteristics of different rice fallow regions, constraints to production, research and development efforts, opportunities, and an action plan. The major rice fallow regions are the eastern, northeast, central, and coastal regions. Constraints include biophysical factors like rainfall variability and socioeconomic factors like lack of inputs and credit. Research has developed improved varieties, crop management practices, and mechanization technologies. Opportunities exist to scale these technologies and address policy issues like rural credit and marketing infrastructure. The action plan calls for mapping fallows, consolidating R&D, pilot projects, and developing short duration, stress-tolerant varieties to sustainably increase pulse production in
Lentils Panel by Mr. Peter Wilson, CEO Australia Milling Group & Chairman, Pulse Australia Limited. Presentation at The Pulses Conclave 2014 by India Pulse & Grains Association, IPGA
Dry land farming has unique processes, benefits and challenges. Join 13 Foods as they join lentil harvest at Nelson Farms in the Palouse Region of Washington State.
A UC Berkeley PhD student spent 5 years researching and writing a book called "Lentil Underground" about farmers in central Montana who had developed sustainable crop rotations over 30 years. The book was published in 2015 and its author, Liz Carlisle, along with farmer David Oien, embarked on a book tour that included over 20 college campuses, dozens of bookstores, restaurants, and other events across the US to share the story and connect with others working on sustainable food systems. Their tour partnered with chefs and campus dining programs to showcase recipes using lentils and grains from the book.
Matthew Merrigan, a junior at Pine Crest School, wrote a research proposal to examine the effects of environmental stressors on the genetic makeup of root nodules in legumes. He plans to grow five legume species in different soil types designed to represent various stressors. Root nodules will be harvested and the rhizobia sequenced and compared between soil types. Matthew hypothesizes that environmental stressors may cause mutations in nod genes, altering the rhizobial communities. The results could provide insights into how the environment shapes microbial diversity with implications for the legume-rhizobia symbiosis.
This document provides information about lentils (Lens culinaris), including:
1. Lentils are an important pulse crop grown mainly in Canada, India, Turkey, US, and Australia, with India producing about 0.6 million tons annually.
2. Lentils have a diploid chromosome number of 2n=2x=14. Their center of origin is the Near East and they were first domesticated there.
3. Breeding objectives for lentils include increasing yield, improving seed size/color/quality for different market classes, and improving resistance to diseases, insects, drought, and lodging.
Super Religare Laboratories Limited (SRL) is India's largest clinical laboratory, established in 1995 through a joint venture between an American and Indian company. SRL has expanded across India and internationally, with key milestones including being the first Indian lab to receive international accreditations and establish an R&D department. SRL provides diagnostic and central laboratory services to the pharmaceutical, biotechnology, and clinical research sectors from state-of-the-art facilities in India and internationally. The company aims to deliver high quality and cost-effective services through scientific and technical excellence.
This document discusses introducing pulses in rice fallows in India. It outlines the characteristics of different rice fallow regions, constraints to production, research and development efforts, opportunities, and an action plan. The major rice fallow regions are the eastern, northeast, central, and coastal regions. Constraints include biophysical factors like rainfall variability and socioeconomic factors like lack of inputs and credit. Research has developed improved varieties, crop management practices, and mechanization technologies. Opportunities exist to scale these technologies and address policy issues like rural credit and marketing infrastructure. The action plan calls for mapping fallows, consolidating R&D, pilot projects, and developing short duration, stress-tolerant varieties to sustainably increase pulse production in
Lentils Panel by Mr. Peter Wilson, CEO Australia Milling Group & Chairman, Pulse Australia Limited. Presentation at The Pulses Conclave 2014 by India Pulse & Grains Association, IPGA
Dry land farming has unique processes, benefits and challenges. Join 13 Foods as they join lentil harvest at Nelson Farms in the Palouse Region of Washington State.
A UC Berkeley PhD student spent 5 years researching and writing a book called "Lentil Underground" about farmers in central Montana who had developed sustainable crop rotations over 30 years. The book was published in 2015 and its author, Liz Carlisle, along with farmer David Oien, embarked on a book tour that included over 20 college campuses, dozens of bookstores, restaurants, and other events across the US to share the story and connect with others working on sustainable food systems. Their tour partnered with chefs and campus dining programs to showcase recipes using lentils and grains from the book.
Matthew Merrigan, a junior at Pine Crest School, wrote a research proposal to examine the effects of environmental stressors on the genetic makeup of root nodules in legumes. He plans to grow five legume species in different soil types designed to represent various stressors. Root nodules will be harvested and the rhizobia sequenced and compared between soil types. Matthew hypothesizes that environmental stressors may cause mutations in nod genes, altering the rhizobial communities. The results could provide insights into how the environment shapes microbial diversity with implications for the legume-rhizobia symbiosis.
This document provides information about lentils (Lens culinaris), including:
1. Lentils are an important pulse crop grown mainly in Canada, India, Turkey, US, and Australia, with India producing about 0.6 million tons annually.
2. Lentils have a diploid chromosome number of 2n=2x=14. Their center of origin is the Near East and they were first domesticated there.
3. Breeding objectives for lentils include increasing yield, improving seed size/color/quality for different market classes, and improving resistance to diseases, insects, drought, and lodging.
This lecture discusses legumes, including their importance as a source of protein and nitrogen fixation. Key points covered include:
- Legumes are an important family of plants that includes beans, peas, lentils and soybeans. They are significant as they fix atmospheric nitrogen through root nodules containing bacteria.
- Legumes enrich soil fertility as they do not require nitrogen fertilizer. They are rotated with other crops or used as green manure.
- Specific legumes discussed that are important in Egypt include broad beans, lentils, chickpeas, and lupines. Several varieties for each crop developed by the Agricultural Research Center in Egypt are also outlined.
- Cultural practices for growing legumes
Phenotypic and genotypic diversity of Rhizobia nodulating lentil and chickpea...ICARDA
This document summarizes a study on the phenotypic and genotypic diversity of rhizobia that nodulate lentils and chickpeas in Morocco. Rhizobia samples were collected from various production areas and tested for traits like tolerance to temperature, salinity, heavy metals, and water stress. Selected high-performing strains were tested in pot and field trials, where they increased nodulation, plant growth, grain yield, and nitrogen content compared to uninoculated controls. The study found substantial diversity among the rhizobia populations and that inoculation with efficient strains is an effective way to increase legume productivity and reduce chemical fertilizer use.
The document discusses the genetics of the legume-rhizobium symbiosis. It describes how:
1) Farmers have known for millennia that legumes improve soil fertility through nitrogen fixation via their symbiotic relationship with rhizobia bacteria in root nodules.
2) In the late 19th century, it was discovered that the root nodules themselves were responsible for converting atmospheric nitrogen to ammonia through the microorganisms now known as rhizobia.
3) A complex process involving infection of roots by rhizobia, nodule development, nitrogen fixation in nodules, and nodule senescence allows legumes to fix atmospheric nitrogen thanks to their symbiotic relationship
Globeways Canada Inc. is a global exporter of top quality lentils, pulses, and grains for human consumption and birdfeed markets.
Globeways Canada Inc. is part of Hakan Agro DMCC. Hakan Agro Group, is head-quartered in Dubai, United Arab Emirates and specializes in supply chain management of agricultural commodities such as Pulses, Oil Seeds & Edible Oils, Frozen Poultry & Meats, Dairy Products, Animal Feed Raw Materials, Spices, Staples, Dried Fruits, all kinds of Jute Products, Packaging Materials and Special Crops.
Sunflowers are recognized for their beauty but also provide important food sources as a healthy vegetable oil and snack. Children in a classroom engaged in various arts and crafts activities involving cutting, pasting, modeling and drawing representations of sunflowers. They also planted sunflower seeds, observed the growth cycle as the plants developed, and looked forward to replanting the new seeds the following spring.
Cereals and legumes are important sources of carbohydrates, protein, and fiber. Cereals like rice, wheat, maize, and sorghum are grains high in carbohydrates and protein. Legumes which include beans, peas, and lentils are also versatile, nutritious foods that are high in protein and fiber while being low in fat. The document provides nutritional information about specific cereals like rice, wheat, and maize as well as legumes like beans, peas, and lentils. It asks questions about using cereals to make bread, dishes with cereals, preparing beans, recipes with peas, and increasing intake of lentils.
This document provides information on the flower morphology and floral biology of black gram. It discusses that black gram is a self-pollinated crop grown in warm temperatures and medium rainfall. Its flowers open in the morning and self-pollinate from bud stage through anther dehiscence at night. Cross-pollination can be achieved through emasculation and manually rubbing donor anther pollen on the stigma of emasculated buds.
This document discusses legumes, which are plants in the legume family grown for their seeds and pods. Legumes are notable for their ability to fix nitrogen in root nodules. Common legumes include beans, lentils, peas, and soybeans. Legumes provide health benefits as they are high in protein, fiber, vitamins, and minerals. They also help prevent hunger and are inexpensive sources of plant-based protein. The document recommends incorporating legumes into meals and smoothies to take advantage of their nutritional properties.
Plants appear to have some control over their mutualistic relationship with nitrogen-fixing rhizobia bacteria. While rhizobia benefit from infecting plant roots to receive carbohydrates, over-infection may not benefit the plant as nitrogen fixation is an energetically costly process for the bacteria. Studies show that plants reduce nodule formation under high nitrogen/low phosphorus conditions, when nitrogen is less valuable, suggesting plants regulate nodule numbers based on their own needs. Mathematical modeling also explores the complex dynamics between rhizobia strains that are mutualistic, parasitic, or non-symbiotic.
This document summarizes the structure and composition of legume seeds. It notes that legumes are an important family of dicotyledonous plants that include crops like peas, beans, lentils, peanuts and soybeans. These legume seeds have three main parts - the seed coat, cotyledons, and hypocotyl. The cotyledons make up around 90% of the seed and contain protein bodies and lipid deposits that neatly package the proteins and lipids. The size and structure of these protein bodies and lipid deposits varies between different legumes. The document provides examples of the size and packaging of proteins, lipids and starches in seeds of soybeans, peanuts, peas and broad beans.
Plants respond to environmental stresses through various mechanisms. Water stress leads to stomatal closure mediated by abscisic acid to reduce water loss. High light can cause photoinhibition of photosynthesis but plants repair damage to photosystem II through the D1 repair cycle. Temperature stress outside a plant's tolerance range disrupts membranes and proteins. Biotic stresses activate defense genes and pathogenesis-related proteins.
Rhizobia are symbiotic diazotrophs (prokaryotic organisms that carry out dinitrogen fixation) that form a symbiotic association with legumes. This association is symbiotic in that both the plant and rhizobia benefit. The plant supplies the rhizobia with energy in the form of amino acids and the rhizobia fix nitrogen from the atmosphere for plant uptake. The reduction of atmospheric dinitrogen into ammonia is the second most important biological process on earth after photosynthesis (Sylvia, 2005). The actual process of dinitrogen fixation can only be carried out by diazotrophs that contain the enzyme dinitrogenase. Nitrogen is the most critical nutrient needed to support plant growth. Unfortunately, atmospheric dinitrogen (78% of air we breathe) is extremely stable due to triple bonds which can only be broken by energy intensive ways. These include electrical N2 fixation by lightning where oxides of N come to ground with rain, the Haber-Bosch process in industrial fertilizer production, and biological N2 fixation in legumes by bacterial symbionts such as Rhizobium etli. Biological fixation of nitrogen was the leading form of annual nitrogen input until the last decade of the 20th century (Russelle, 2008). It is gaining attention once again as sustainability becomes a central focus to feed a world population of over 7 billion people.
Avocado is a nutritious fruit. But awareness about it in Pakistan is not significant. Actually many people think that it does not grow in Pakistan. So here is the file comprising basic information about the production technology.
The document discusses the symbiotic relationship between plant roots and fungi known as mycorrhizae. Mycorrhizal fungi form structures around and between plant roots called Hartig nets. This increases the plant's absorption of water and nutrients from soil. In exchange, the plant provides the fungus with sugars and amino acids from photosynthesis. There are two types of mycorrhizal associations - ectomycorrhizal where the fungus forms a sheath around the root, and endomycorrhizal where the fungus grows into the root cortex.
Nitrogen is essential for all life and is required to make proteins, DNA, RNA and other biomolecules. It can be obtained through nitrogen fixation, the process by which atmospheric nitrogen is converted to nitrogen-containing compounds that can be used by plants and other organisms. This process is carried out by bacteria that are able to break the strong triple bond of dinitrogen gas and "fix" it into useable forms like ammonia. Important nitrogen-fixing bacteria include Rhizobium species that form symbiotic root nodules on legumes and blue-green algae. Nitrogen fixation provides the main natural source of nitrogen in ecosystems and is vital for agriculture.
This document provides information on sunflower cultivation in India. It discusses the composition of sunflower seeds and the main areas of cultivation across North, West, South, and Central zones of India. The focus is on the Kachchh district in Gujarat state, with planned acreage across several villages. A campaign is outlined to promote sunflower cultivation, including farmer meetings and demonstrations. Recommended varieties, growth cycle, agronomic practices, and pest and disease management are described. Harvesting methods and some additional facts regarding sunflower cultivation are also summarized.
The document discusses the nitrogen cycle. It describes how nitrogen exists in the atmosphere but is converted by bacteria and algae into forms that can be used by plants and animals through biological fixation. Lightning and industrial processes also fix nitrogen. Plants take up nitrogen from the soil and animals get nitrogen from eating plants. Nitrogen is returned to the soil through animal waste or decay. Bacteria then convert nitrogen back into forms that can re-enter the atmosphere, completing the cycle. The nitrogen cycle is essential for providing the nutrient needs of all living things.
Presentation on Myanmar The Golden Land - Mr. Shyam Narsaria - presented at The Pulses Conclave 2014 organized by India Pulses & Grains Association (IPGA)
Research advances in pulses and benefit to stakeholders dr. c. l. gowdaipga
This document summarizes research on pulses conducted by ICRISAT and the benefits to stakeholders. It provides an overview of ICRISAT's vision, mission, locations, production statistics for major pulse crops in India from 2011-2013 which show increases in area, production and yield. It also summarizes the top producers, importers and exporters of chickpeas and options for increasing chickpea production through reducing yield gaps, improving cultivars, and bringing additional area into production. New chickpea varieties developed through ICRISAT-ICAR partnerships are highlighted. The document concludes with the future scenario for pulses, noting demand will continue to grow and supply gaps will exist which new technologies aim to address.
This lecture discusses legumes, including their importance as a source of protein and nitrogen fixation. Key points covered include:
- Legumes are an important family of plants that includes beans, peas, lentils and soybeans. They are significant as they fix atmospheric nitrogen through root nodules containing bacteria.
- Legumes enrich soil fertility as they do not require nitrogen fertilizer. They are rotated with other crops or used as green manure.
- Specific legumes discussed that are important in Egypt include broad beans, lentils, chickpeas, and lupines. Several varieties for each crop developed by the Agricultural Research Center in Egypt are also outlined.
- Cultural practices for growing legumes
Phenotypic and genotypic diversity of Rhizobia nodulating lentil and chickpea...ICARDA
This document summarizes a study on the phenotypic and genotypic diversity of rhizobia that nodulate lentils and chickpeas in Morocco. Rhizobia samples were collected from various production areas and tested for traits like tolerance to temperature, salinity, heavy metals, and water stress. Selected high-performing strains were tested in pot and field trials, where they increased nodulation, plant growth, grain yield, and nitrogen content compared to uninoculated controls. The study found substantial diversity among the rhizobia populations and that inoculation with efficient strains is an effective way to increase legume productivity and reduce chemical fertilizer use.
The document discusses the genetics of the legume-rhizobium symbiosis. It describes how:
1) Farmers have known for millennia that legumes improve soil fertility through nitrogen fixation via their symbiotic relationship with rhizobia bacteria in root nodules.
2) In the late 19th century, it was discovered that the root nodules themselves were responsible for converting atmospheric nitrogen to ammonia through the microorganisms now known as rhizobia.
3) A complex process involving infection of roots by rhizobia, nodule development, nitrogen fixation in nodules, and nodule senescence allows legumes to fix atmospheric nitrogen thanks to their symbiotic relationship
Globeways Canada Inc. is a global exporter of top quality lentils, pulses, and grains for human consumption and birdfeed markets.
Globeways Canada Inc. is part of Hakan Agro DMCC. Hakan Agro Group, is head-quartered in Dubai, United Arab Emirates and specializes in supply chain management of agricultural commodities such as Pulses, Oil Seeds & Edible Oils, Frozen Poultry & Meats, Dairy Products, Animal Feed Raw Materials, Spices, Staples, Dried Fruits, all kinds of Jute Products, Packaging Materials and Special Crops.
Sunflowers are recognized for their beauty but also provide important food sources as a healthy vegetable oil and snack. Children in a classroom engaged in various arts and crafts activities involving cutting, pasting, modeling and drawing representations of sunflowers. They also planted sunflower seeds, observed the growth cycle as the plants developed, and looked forward to replanting the new seeds the following spring.
Cereals and legumes are important sources of carbohydrates, protein, and fiber. Cereals like rice, wheat, maize, and sorghum are grains high in carbohydrates and protein. Legumes which include beans, peas, and lentils are also versatile, nutritious foods that are high in protein and fiber while being low in fat. The document provides nutritional information about specific cereals like rice, wheat, and maize as well as legumes like beans, peas, and lentils. It asks questions about using cereals to make bread, dishes with cereals, preparing beans, recipes with peas, and increasing intake of lentils.
This document provides information on the flower morphology and floral biology of black gram. It discusses that black gram is a self-pollinated crop grown in warm temperatures and medium rainfall. Its flowers open in the morning and self-pollinate from bud stage through anther dehiscence at night. Cross-pollination can be achieved through emasculation and manually rubbing donor anther pollen on the stigma of emasculated buds.
This document discusses legumes, which are plants in the legume family grown for their seeds and pods. Legumes are notable for their ability to fix nitrogen in root nodules. Common legumes include beans, lentils, peas, and soybeans. Legumes provide health benefits as they are high in protein, fiber, vitamins, and minerals. They also help prevent hunger and are inexpensive sources of plant-based protein. The document recommends incorporating legumes into meals and smoothies to take advantage of their nutritional properties.
Plants appear to have some control over their mutualistic relationship with nitrogen-fixing rhizobia bacteria. While rhizobia benefit from infecting plant roots to receive carbohydrates, over-infection may not benefit the plant as nitrogen fixation is an energetically costly process for the bacteria. Studies show that plants reduce nodule formation under high nitrogen/low phosphorus conditions, when nitrogen is less valuable, suggesting plants regulate nodule numbers based on their own needs. Mathematical modeling also explores the complex dynamics between rhizobia strains that are mutualistic, parasitic, or non-symbiotic.
This document summarizes the structure and composition of legume seeds. It notes that legumes are an important family of dicotyledonous plants that include crops like peas, beans, lentils, peanuts and soybeans. These legume seeds have three main parts - the seed coat, cotyledons, and hypocotyl. The cotyledons make up around 90% of the seed and contain protein bodies and lipid deposits that neatly package the proteins and lipids. The size and structure of these protein bodies and lipid deposits varies between different legumes. The document provides examples of the size and packaging of proteins, lipids and starches in seeds of soybeans, peanuts, peas and broad beans.
Plants respond to environmental stresses through various mechanisms. Water stress leads to stomatal closure mediated by abscisic acid to reduce water loss. High light can cause photoinhibition of photosynthesis but plants repair damage to photosystem II through the D1 repair cycle. Temperature stress outside a plant's tolerance range disrupts membranes and proteins. Biotic stresses activate defense genes and pathogenesis-related proteins.
Rhizobia are symbiotic diazotrophs (prokaryotic organisms that carry out dinitrogen fixation) that form a symbiotic association with legumes. This association is symbiotic in that both the plant and rhizobia benefit. The plant supplies the rhizobia with energy in the form of amino acids and the rhizobia fix nitrogen from the atmosphere for plant uptake. The reduction of atmospheric dinitrogen into ammonia is the second most important biological process on earth after photosynthesis (Sylvia, 2005). The actual process of dinitrogen fixation can only be carried out by diazotrophs that contain the enzyme dinitrogenase. Nitrogen is the most critical nutrient needed to support plant growth. Unfortunately, atmospheric dinitrogen (78% of air we breathe) is extremely stable due to triple bonds which can only be broken by energy intensive ways. These include electrical N2 fixation by lightning where oxides of N come to ground with rain, the Haber-Bosch process in industrial fertilizer production, and biological N2 fixation in legumes by bacterial symbionts such as Rhizobium etli. Biological fixation of nitrogen was the leading form of annual nitrogen input until the last decade of the 20th century (Russelle, 2008). It is gaining attention once again as sustainability becomes a central focus to feed a world population of over 7 billion people.
Avocado is a nutritious fruit. But awareness about it in Pakistan is not significant. Actually many people think that it does not grow in Pakistan. So here is the file comprising basic information about the production technology.
The document discusses the symbiotic relationship between plant roots and fungi known as mycorrhizae. Mycorrhizal fungi form structures around and between plant roots called Hartig nets. This increases the plant's absorption of water and nutrients from soil. In exchange, the plant provides the fungus with sugars and amino acids from photosynthesis. There are two types of mycorrhizal associations - ectomycorrhizal where the fungus forms a sheath around the root, and endomycorrhizal where the fungus grows into the root cortex.
Nitrogen is essential for all life and is required to make proteins, DNA, RNA and other biomolecules. It can be obtained through nitrogen fixation, the process by which atmospheric nitrogen is converted to nitrogen-containing compounds that can be used by plants and other organisms. This process is carried out by bacteria that are able to break the strong triple bond of dinitrogen gas and "fix" it into useable forms like ammonia. Important nitrogen-fixing bacteria include Rhizobium species that form symbiotic root nodules on legumes and blue-green algae. Nitrogen fixation provides the main natural source of nitrogen in ecosystems and is vital for agriculture.
This document provides information on sunflower cultivation in India. It discusses the composition of sunflower seeds and the main areas of cultivation across North, West, South, and Central zones of India. The focus is on the Kachchh district in Gujarat state, with planned acreage across several villages. A campaign is outlined to promote sunflower cultivation, including farmer meetings and demonstrations. Recommended varieties, growth cycle, agronomic practices, and pest and disease management are described. Harvesting methods and some additional facts regarding sunflower cultivation are also summarized.
The document discusses the nitrogen cycle. It describes how nitrogen exists in the atmosphere but is converted by bacteria and algae into forms that can be used by plants and animals through biological fixation. Lightning and industrial processes also fix nitrogen. Plants take up nitrogen from the soil and animals get nitrogen from eating plants. Nitrogen is returned to the soil through animal waste or decay. Bacteria then convert nitrogen back into forms that can re-enter the atmosphere, completing the cycle. The nitrogen cycle is essential for providing the nutrient needs of all living things.
Presentation on Myanmar The Golden Land - Mr. Shyam Narsaria - presented at The Pulses Conclave 2014 organized by India Pulses & Grains Association (IPGA)
Research advances in pulses and benefit to stakeholders dr. c. l. gowdaipga
This document summarizes research on pulses conducted by ICRISAT and the benefits to stakeholders. It provides an overview of ICRISAT's vision, mission, locations, production statistics for major pulse crops in India from 2011-2013 which show increases in area, production and yield. It also summarizes the top producers, importers and exporters of chickpeas and options for increasing chickpea production through reducing yield gaps, improving cultivars, and bringing additional area into production. New chickpea varieties developed through ICRISAT-ICAR partnerships are highlighted. The document concludes with the future scenario for pulses, noting demand will continue to grow and supply gaps will exist which new technologies aim to address.
This document discusses NCDEX, an Indian commodity exchange, and its role in facilitating trading of chana (chickpeas). It notes that NCDEX holds the largest share of agricultural derivatives trading in India. It also oversees many warehouses across India to store commodities. The document then discusses how NCDEX helps provide price discovery and risk management tools for participants in the physical chana market through regulated futures contracts. It highlights data showing strong correlation between NCDEX chana futures prices and physical prices. Finally, it outlines some new initiatives on NCDEX including exchange for physical contracts and expanded contract offerings.
Dr. Swapan Kumar Datta discusses pulses research and development in India. 111 improved varieties of pulses have been developed along with 6000 demonstrations across the country. There is a need for pod borer resistant GM pigeon pea and chickpea. Lentils are a nutritious grain legume high in protein, carbohydrates, calcium, iron, and folates. Chickpea production in India is projected to increase from 18.5 mt currently to 28 mt by 2020-21 through yield increases of 8.6% annually. Challenges for pulses in India include declining area, low genetic yield potential, biotic and abiotic stresses, and post-harvest losses. The government has implemented several programs
Overall Grain situation - Canada by Mr. Carl Potts, Executive Director at Saskatchewan Pulse Growers. Presentation at The Pulses Conclave 2014 by India Pulse & Grains Association, IPGA
Kabuli chickpeas global scenario and price outlook mr. albert garciaipga
The document shows Kabuli chickpeas production figures for various countries from 2011-2014. Production increased overall between 2011-2013 but decreased for some countries in 2014, with India and Turkey seeing the largest drops. Argentina saw its production decrease each year during this period.
India pulses supply & demand outlook mr. sudhakar tomaripga
This document provides an overview of the pulses market in India. It summarizes India's growing demand for pulses due to rising incomes and population. It outlines India's current pulses production, consumption, imports and government plans to increase domestic production to 32 million MT by 2030. Key trends are emerging such as volatile prices due to competition for acres among crops and changing consumer demand. New competitors in pulses production are emerging from countries like Ukraine, Russia and Africa. The ownership of agribusinesses is also consolidating globally.
Global agriculture market drivers and outlook 2014 ipga
Global agriculture market drivers and outlook 2014 by Mr. G Chandrashekhar from Hindu Business Line at the The Pulses Conclave 2014 by India Pulse & Grains Association, IPGA
Changing Business Trends: asset based information modelling ipga
Global agricultural markets are expected to be generally bearish in 2014 due to decent harvests and replenished stocks. Prices for corn and wheat are forecasted to decline due to oversupply, while cotton markets may tighten due to tight ex-China supplies. Soybean fundamentals are tighter than grains but prices will likely ease over 2014-15. The world pulses output increased 4% in 2013-14 with a record chickpea crop, stimulating global trade. India achieved a record pulses harvest in 2013-14 but has slowed imports, influencing global market dynamics. Softer agricultural prices may impact plantings and production in 2015.
Changing Business Trends: asset based information modelling ipga
Changing Business Trends: asset based information modelling by Ms. Nicole Calzacorta, International Food Trader at The Pulses Conclave 2014 by India Pulse & Grains Association, IPGA
This document appears to be a slide presentation summarizing currency exchange rates and the Indian rupee over time. Some key points covered include:
- Percentage changes in exchange rates of various currencies between August 2013 and February 2014, with many emerging market currencies weakening against the dollar.
- Factors contributing to the rupee's decline in 2013, such as tighter capital controls, speculative trading, and a rising current account deficit.
- Measures taken by the Reserve Bank of India under a new governor to stabilize the rupee, including attracting deposits and coordinating dollar purchases.
- Forecasts that the rupee may stabilize around 58-62 rupees to the dollar by mid-2014 and possibly strengthen to
This document summarizes a report on the 2013-2014 chana (chickpea) crop scenario in major producing states in India. Key points:
- Chana acreage and production increased in Maharashtra and Rajasthan but decreased in Malwa, Madhya Pradesh and Andhra Pradesh. Overall Indian chana production increased by 6%.
- Maharashtra saw a 27% increase in acreage and 35% increase in production, mainly due to a shift from cotton farming.
- Madhya Pradesh production increased 2% as losses in Malwa were offset by gains in North East MP.
- Rajasthan production increased 11% due to higher acreage on previously unused land and
Gordon Bacon presents some useful data & insights in to Pulses Market in Canada. Peas & Lentils production & export data from Canada as presented at India Pulses & Grains Association's Global Pulses Conclave 2012.
Best Competitive Marble Pricing in Dubai - ☎ 9928909666Stone Art Hub
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Unlocking WhatsApp Marketing with HubSpot: Integrating Messaging into Your Ma...Niswey
50 million companies worldwide leverage WhatsApp as a key marketing channel. You may have considered adding it to your marketing mix, or probably already driving impressive conversions with WhatsApp.
But wait. What happens when you fully integrate your WhatsApp campaigns with HubSpot?
That's exactly what we explored in this session.
We take a look at everything that you need to know in order to deploy effective WhatsApp marketing strategies, and integrate it with your buyer journey in HubSpot. From technical requirements to innovative campaign strategies, to advanced campaign reporting - we discuss all that and more, to leverage WhatsApp for maximum impact. Check out more details about the event here https://events.hubspot.com/events/details/hubspot-new-delhi-presents-unlocking-whatsapp-marketing-with-hubspot-integrating-messaging-into-your-marketing-strategy/
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Explore the steadfast and reliable nature of the Taurus Zodiac Sign. Discover the personality traits, key dates, and horoscope insights that define the determined and practical Taurus, and learn how their grounded nature makes them the anchor of the zodiac.
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1. The Pulses Conclave 2014
“Lentil Panel”
Grand Hyatt
Goa, India
February 20 2014
Peter Wilson
Chief Executive Officer – Australia Milling Group
Chairman – Pulse Australia Limited
2. Panel Members
Sunil Baldewa – Siliguri Associates – India
Harsha Rai – Mayur Global – India
Rav Kapoor – CEO ETG – Canada
Neeraj Dhawan – Mega Grain – India
Gerald Donkersgoed – ILTA Grain - Canada
3. Lentil Supply Snapshot
Major Lentil Producers
Pulse Australia/Statpub/ABARE
2,500,000
Metric Tonnes
2,000,000
1,500,000
1,000,000
500,000
Canada
India
Turkey
2010
USA
2011
Australia
2012
2013
Syria
2014
Bangladesh
Morocco
Pakistan
4. Lentil Supply and Disposition
Pulse Australia/Statpub/ABARE
6,000,000
5,000,000
4,000,000
3,000,000
2,000,000
1,000,000
-
Total Production
Carry-in
2010
Total Supply
2011
2012
2013
Demand
2014
Ending Stocks
5.
Market Structure
Indian yield seems to be flat lining and production in decline.
Any value for lentils?
If so, where should it be based?
Supply and Demand outlook
What’s changing?
What influences green and red lentil prices in India and other key markets.
Varietal or genetic direction that suppliers/origins should be focused upon?
Changes to Indian export ban….import whole, export processed? Market disruption or not?
The role of futures markets
Why?
Has investment dropped in pulse breeding and extension?
Consumption patterns in key export markets.
Discussion
Panel comments
Audience participation.
Audience questions to the panel.