Energetische valorisatie van grasmaaisel uit natuurgebieden en bermen easyFairs_belgium
Energetische valorisatie van grasmaaisel uit natuurgebieden en bermen. Presentatie door Willy Verbeke (Ondersteunend Centrum van het Agentschap voor Natuur en Bos) tijdens IFEST 2012, op woensdag 15 februari in Flanders Expo.
www.ifest.be
Sir Alec Jeffery's attended the University of Leicester. In 1984, he developed DNA fingerprinting which established DNA databases in 1980. He received a knighthood for his discoveries in DNA fingerprinting and its use in services and technology.
Zelfstudielessen biologie. Gemaakt in 1999, om in de onderbouw van het VMBO te worden gebruikt. De presentaties zijn interactief als je ze download. Uiteraard kun je ze zelf aanpassen naar behoefte. Wat mij betreft vallen ze onder Creative Commons rechten. Zet je de gedownloade slides bij elkaar in een map, samen met de stuurpowerpoints, dan kun je een totaal pakket maken.Filpjes ontbreken helaas, dit in verband met copyrights.
Veel plezier!! John van Dongen
Energetische valorisatie van grasmaaisel uit natuurgebieden en bermen easyFairs_belgium
Energetische valorisatie van grasmaaisel uit natuurgebieden en bermen. Presentatie door Willy Verbeke (Ondersteunend Centrum van het Agentschap voor Natuur en Bos) tijdens IFEST 2012, op woensdag 15 februari in Flanders Expo.
www.ifest.be
Sir Alec Jeffery's attended the University of Leicester. In 1984, he developed DNA fingerprinting which established DNA databases in 1980. He received a knighthood for his discoveries in DNA fingerprinting and its use in services and technology.
Zelfstudielessen biologie. Gemaakt in 1999, om in de onderbouw van het VMBO te worden gebruikt. De presentaties zijn interactief als je ze download. Uiteraard kun je ze zelf aanpassen naar behoefte. Wat mij betreft vallen ze onder Creative Commons rechten. Zet je de gedownloade slides bij elkaar in een map, samen met de stuurpowerpoints, dan kun je een totaal pakket maken.Filpjes ontbreken helaas, dit in verband met copyrights.
Veel plezier!! John van Dongen
Thema planten basisstof 2. Dit is geen samenvatting. Dit zijn slides voor tijdens de les en opdrachten ter verwerking.
Upload is bedoeld voor de leerlingen die tijdens het leren behoefte hebben aan herhaling en een klein beetje verdieping door hyperlinks in de tekst te volgen.
ADBREVIO connects agriculture with renewable energy resources by providing knowledge and expertise. They work with agriculture and finance specialists, engineers, and scientists to create value across the renewable energy supply chain. ADBREVIO offers on-farm extension services and practical advice to growers on energy crop cultivation. They also support international agricultural projects through feasibility studies, training, and capacity building. ADBREVIO's renewable energy expertise includes research and support for biofuel, biogas, and biomass production from crops as well as utilizing solar, wind, and other renewable sources.
Presentatie Handboek bodem en bemesting en Commissie bemesting akkerbouw en vollegrondsgroenten (CBAV) op Dag van de precisiebemesting 27 november 2015 in Wageningen
The powerpoint is about the major crops grown by farmers every year to meet the requirements of a large population.These crops are harvested for food,clothing,livestock fodder,biofuel,medicine and other uses.These major crops supply raw materials for agricultural-based industries.These crops are grown in various seasons based on geographical conditions,climatic factors,type of soil and various other things.
This document provides information on several members of the Solanaceae family including tobacco, potato, chili, tomato, and brinjal. It describes their botanical classification, morphological features, growth conditions, cultivation practices, and economic importance. The key features shared among these crops are that they have alternate leaves, five petaled flowers, and superior ovaries. They generally grow best in warm, tropical or subtropical climates with adequate rainfall and irrigation.
Plants need water, light, nutrients, and air to grow. Water is necessary for seed germination and plant growth. Plants use sunlight to photosynthesize and make their own food. Nutrients from the soil provide minerals for healthy growth. Light, air, and water allow plants to photosynthesize and produce food to support growth and health.
The document provides information about the morphology, microscopic features, chemical constituents and uses of various seeds including black mustard, white mustard, fenugreek, plantain, colchicum, cardamom, nigella, cocoa, castor, coffee, stramonium, pumpkin and calabar beans. For each seed, it describes its botanical origin, active chemical constituents which are responsible for its pharmacological actions, and traditional uses. The seeds discussed have various medicinal properties and uses such as laxatives, emetics, rubefacients, bronchodilators, stimulants etc.
Contents of this presentation:
Why organic/ native seeds?
What is seed and grains?
Seed Treatment
Seed Plantation Methods
Seed collection/ production
Seed harvesting
Seed Processing
Storage Techniques
Seed Germination test
1. Most plants grow from seeds, which are protected by a seed coat.
2. If a seed gets water and warmth, the plant inside will start to grow, with roots growing down into the soil and a stem and leaves growing up.
3. As the plant matures, it will produce flowers that make fruits containing new seeds, allowing the cycle to continue as those seeds may grow into new plants.
The Solanaceae family contains many important agricultural crops and toxic plants. It includes crops like potatoes, tomatoes, peppers, and tobacco. Solanaceae species typically have 12 chromosomes, though some have more due to polyploidy. Wild potatoes can have 24-72 chromosomes depending on whether they are diploid, triploid, tetraploid, pentaploid or hexaploid. Cultivated crops like tomatoes and potatoes also vary in their number of chromosomes. The tomato is a berry fruit that is usually self-pollinated though some cross-pollination can occur. Tomato plants can be indeterminate, continuing to grow and produce fruit, or determinate, terminating growth after fruiting once or twice.
Plants require water, air, sunlight and nutrients to grow and thrive. Their roots take in water and nutrients from the soil, while their stems carry food and water throughout the plant. Leaves collect sunlight to fuel photosynthesis, and flowers attract insects to aid in pollination and reproduction.
This document provides an overview of plant anatomy and the organization of tissues and tissue systems in flowering plants. It discusses the three main tissue types - meristematic, permanent and complex permanent tissues. It describes the different meristem types and permanent tissues like parenchyma, collenchyma and sclerenchyma. It also summarizes the two complex tissues - xylem and phloem that make up the vascular system. Finally, it outlines the three main tissue systems in plants - the epidermal, vascular and ground tissue systems and their components and functions.
This chapter was really heavy
Divided it in three parts ,
1. Roots, Stem , leaves
2.Flowers, Fruits ,seed
Two parts are included, third part will be uploaded soon.
~Please comment ~ Feel free to Suggest~♥
The document discusses the main parts of a plant including seeds, roots, stems, leaves and flowers. It describes the function of each part, with seeds growing into new plants, roots absorbing water and minerals, stems carrying water and sugar, leaves producing food, and flowers making fruit or being pretty blossoms. It also lists examples of edible plant parts like roots, stems, leaves, flowers, fruits and seeds.
The parts of a plant and their functionsIrfanfahrizza
Plants have five basic parts - leaves, stems, roots, flowers, and fruit - that each serve important functions. Leaves produce oxygen through photosynthesis and release water through transpiration. Stems transport water and nutrients throughout the plant via vessels. Roots take in water and minerals from the soil using root hairs. Flowers function to sexually reproduce the plant species to ensure its continuation. Fruits contain seeds and can either have one seed like mangoes or multiple seeds like guavas.
1) Morphology is the study of the external features, arrangement, and relationships of plant organs. Roots grow underground and absorb water and minerals, anchoring the plant. Stems grow above ground and transport nutrients between roots and leaves.
2) Roots have various modifications including storage roots, prop roots, stilt roots, climbing roots, and parasitic roots. Stems also have modifications underground like bulbs, corms, rhizomes, and above ground like runners, stolons, and suckers.
3) Vegetative plant organs include roots, stems, and leaves. Roots have different root systems and serve functions of anchoring, absorption, and storage. Stems support leaves and
Dit rapport is geschreven in opdracht van het innovatienetwerk:
http://www.innovatienetwerk.org/nl/bibliotheek/rapporten/432/Medicijnenuitdekas
Zie ook TOPwiki http://nl.topwiki.nl/index.php/Voeding_%26_Gezondheid
Thema planten basisstof 2. Dit is geen samenvatting. Dit zijn slides voor tijdens de les en opdrachten ter verwerking.
Upload is bedoeld voor de leerlingen die tijdens het leren behoefte hebben aan herhaling en een klein beetje verdieping door hyperlinks in de tekst te volgen.
ADBREVIO connects agriculture with renewable energy resources by providing knowledge and expertise. They work with agriculture and finance specialists, engineers, and scientists to create value across the renewable energy supply chain. ADBREVIO offers on-farm extension services and practical advice to growers on energy crop cultivation. They also support international agricultural projects through feasibility studies, training, and capacity building. ADBREVIO's renewable energy expertise includes research and support for biofuel, biogas, and biomass production from crops as well as utilizing solar, wind, and other renewable sources.
Presentatie Handboek bodem en bemesting en Commissie bemesting akkerbouw en vollegrondsgroenten (CBAV) op Dag van de precisiebemesting 27 november 2015 in Wageningen
The powerpoint is about the major crops grown by farmers every year to meet the requirements of a large population.These crops are harvested for food,clothing,livestock fodder,biofuel,medicine and other uses.These major crops supply raw materials for agricultural-based industries.These crops are grown in various seasons based on geographical conditions,climatic factors,type of soil and various other things.
This document provides information on several members of the Solanaceae family including tobacco, potato, chili, tomato, and brinjal. It describes their botanical classification, morphological features, growth conditions, cultivation practices, and economic importance. The key features shared among these crops are that they have alternate leaves, five petaled flowers, and superior ovaries. They generally grow best in warm, tropical or subtropical climates with adequate rainfall and irrigation.
Plants need water, light, nutrients, and air to grow. Water is necessary for seed germination and plant growth. Plants use sunlight to photosynthesize and make their own food. Nutrients from the soil provide minerals for healthy growth. Light, air, and water allow plants to photosynthesize and produce food to support growth and health.
The document provides information about the morphology, microscopic features, chemical constituents and uses of various seeds including black mustard, white mustard, fenugreek, plantain, colchicum, cardamom, nigella, cocoa, castor, coffee, stramonium, pumpkin and calabar beans. For each seed, it describes its botanical origin, active chemical constituents which are responsible for its pharmacological actions, and traditional uses. The seeds discussed have various medicinal properties and uses such as laxatives, emetics, rubefacients, bronchodilators, stimulants etc.
Contents of this presentation:
Why organic/ native seeds?
What is seed and grains?
Seed Treatment
Seed Plantation Methods
Seed collection/ production
Seed harvesting
Seed Processing
Storage Techniques
Seed Germination test
1. Most plants grow from seeds, which are protected by a seed coat.
2. If a seed gets water and warmth, the plant inside will start to grow, with roots growing down into the soil and a stem and leaves growing up.
3. As the plant matures, it will produce flowers that make fruits containing new seeds, allowing the cycle to continue as those seeds may grow into new plants.
The Solanaceae family contains many important agricultural crops and toxic plants. It includes crops like potatoes, tomatoes, peppers, and tobacco. Solanaceae species typically have 12 chromosomes, though some have more due to polyploidy. Wild potatoes can have 24-72 chromosomes depending on whether they are diploid, triploid, tetraploid, pentaploid or hexaploid. Cultivated crops like tomatoes and potatoes also vary in their number of chromosomes. The tomato is a berry fruit that is usually self-pollinated though some cross-pollination can occur. Tomato plants can be indeterminate, continuing to grow and produce fruit, or determinate, terminating growth after fruiting once or twice.
Plants require water, air, sunlight and nutrients to grow and thrive. Their roots take in water and nutrients from the soil, while their stems carry food and water throughout the plant. Leaves collect sunlight to fuel photosynthesis, and flowers attract insects to aid in pollination and reproduction.
This document provides an overview of plant anatomy and the organization of tissues and tissue systems in flowering plants. It discusses the three main tissue types - meristematic, permanent and complex permanent tissues. It describes the different meristem types and permanent tissues like parenchyma, collenchyma and sclerenchyma. It also summarizes the two complex tissues - xylem and phloem that make up the vascular system. Finally, it outlines the three main tissue systems in plants - the epidermal, vascular and ground tissue systems and their components and functions.
This chapter was really heavy
Divided it in three parts ,
1. Roots, Stem , leaves
2.Flowers, Fruits ,seed
Two parts are included, third part will be uploaded soon.
~Please comment ~ Feel free to Suggest~♥
The document discusses the main parts of a plant including seeds, roots, stems, leaves and flowers. It describes the function of each part, with seeds growing into new plants, roots absorbing water and minerals, stems carrying water and sugar, leaves producing food, and flowers making fruit or being pretty blossoms. It also lists examples of edible plant parts like roots, stems, leaves, flowers, fruits and seeds.
The parts of a plant and their functionsIrfanfahrizza
Plants have five basic parts - leaves, stems, roots, flowers, and fruit - that each serve important functions. Leaves produce oxygen through photosynthesis and release water through transpiration. Stems transport water and nutrients throughout the plant via vessels. Roots take in water and minerals from the soil using root hairs. Flowers function to sexually reproduce the plant species to ensure its continuation. Fruits contain seeds and can either have one seed like mangoes or multiple seeds like guavas.
1) Morphology is the study of the external features, arrangement, and relationships of plant organs. Roots grow underground and absorb water and minerals, anchoring the plant. Stems grow above ground and transport nutrients between roots and leaves.
2) Roots have various modifications including storage roots, prop roots, stilt roots, climbing roots, and parasitic roots. Stems also have modifications underground like bulbs, corms, rhizomes, and above ground like runners, stolons, and suckers.
3) Vegetative plant organs include roots, stems, and leaves. Roots have different root systems and serve functions of anchoring, absorption, and storage. Stems support leaves and
Dit rapport is geschreven in opdracht van het innovatienetwerk:
http://www.innovatienetwerk.org/nl/bibliotheek/rapporten/432/Medicijnenuitdekas
Zie ook TOPwiki http://nl.topwiki.nl/index.php/Voeding_%26_Gezondheid
De uitdagingen van de Vlaamse en de internationale landbouwAgribusinessclub
Joris Relaes, directeur van het ILVO, gaf op 2 oktober 2014 een presentatie over de uitdagingen waar de Vlaamse landbouw voor staat. Hij riep op tot nadenken over een nieuw businessmodel in de landbouw. Hij lichtte ook de functie en het onderzoek van het ILVO toe.
Deel Ia van driedelinge presentatie over wat bereikt is én wat nog bereikt moet worden om de wereldbevolking te kunnen blijven voeden, op een duurzame wijze zowel uit sociaal, ecologisch als economisch perspectief.
Similar to Pitch kenniscentrum plantenstoffen (10)
This document discusses developing sustainable catalytic processes to convert biomass and wastes into energy, bulk chemicals, and fine or pharmaceutical chemicals while recycling CO2. It focuses on finding ways to efficiently break down biomass and waste materials into useful products and close the carbon loop through CO2 recycling.
The IBPR consortium aims to implement an isobutanol platform in Rotterdam by 2020 that converts biomass to fuels and chemicals via isobutanol. Phase 1 involves a feasibility study to assess the technology, logistics, economics, and sustainability to determine whether to proceed. Phase 2 would experimentally verify the process. The feasibility study will assess licensing, add-on technologies, logistic scenarios, economics, and a project plan for Phase 2. The platform overview shows sugar/biomass as input and products including isobutanol, isobutene, GTBE, jet fuels, and bio-PX. Upstream comparisons are made between GEVO and Butamax fermentation strains, while downstream focuses on
The document describes the ideal location for biotech innovation at the Science Port Holland campus in Delft, Netherlands. It is located just minutes from Delft by car or bike and offers state-of-the-art lab and office space as well as shared facilities and testing resources. The campus also has access to the Port of Rotterdam, which is Europe's largest seaport and home to chemical, energy, and sustainable fuel companies where additional research collaborations can be conducted. Interested parties can contact Kim Meulenbroeks for more information.
Govert veldhuijzen opening platform bio delta zuidvleugel
Pitch kenniscentrum plantenstoffen
1. 24-4-2013
1
Kenniscentrum Plantenstoffen
Leon A. Mur
Managing director
124
Doelstelling Kenniscentrum
Een doorbraak creëren voor de toepassing van plantenstoffen in
bestaande en nieuwe markten.
Plantenstoffen afkomstig uit zijstromen
• Stengelmateriaal 220.000 ton/jaar
• Klasse C producten 40.000 ton/jaar
• Bollen afkomstig van broeierijen 100.000 ton/jaar
• Sierteelt 35.000 ton/jaar
Specifieke teelten voor de productie van (hoogwaardige)
inhoudsstoffen
Gebruik en kennis van plantenstoffen in diverse sectoren
2. 24-4-2013
2
125
Marktontwikkelingen – Kansen
• Toenemende vraag naar plantaardige grondstoffen
• Toenemende vraag naar nieuwe actieve moleculen
• Verschuiving (onderzoek) van single compounds naar
complexere mengels van plantenstoffen.
‘Starbucks to Stop Using Bug Extract to Color Frappuccinos’
Binnen 1 week een 10-voudige toename in vraag naar
Lycopeen
Unieke positie van de tuinbouw sector
126
Enorme variatie:100.000-en inhoudsstoffen
Wereldleider op het gebied van kassenteelten
Mondiale top plantenveredeling
Zij (Akkerbouw) hebben de biomassa wij hebben de variatie!
Keuze tuinbouw sector voor hoogwaardige toepassingen
3. 24-4-2013
3
Specifieke teelten voor hoogwaardige
inhoudsstoffen
.
• Narcis
• Galanthamine
• Ziekte van Alzheimer
• Digitalis
• Digoxin
• Hartfalen
Holland Biodiversity
Universiteit Leiden
Leenen
Tuinbouw Emmen
CropEye
Su-Biomedicine
Boehringer Mannheim
Kenniscentrum Plantenstoffen
Zijstroom: Vezels t.b.v. papier en karton
industrie
128
• Kenniscentrum Papier en Karton
• WUR
• Greenery
• Smurfit Kappa
• Bio Base Westland
• Kenniscentrum Plantenstoffen
Tomatenstengeldoos
• WUR
• Duivesteijn
• Productschap Tuinbouw
• Bio Base Westland
Trays
http://www.youtube.com/watch?v=MyOWWti6IQQ
4. 24-4-2013
4
129
Positionering en productinnovaties
Novel Food - Gezondheid
Medical Food
Specifieke inhoudsstoffen
• Resistentieveredeling (sierteelt)
• Nieuwe smaken, geuren en
kleuren
Co-development - Samenwerking veredelingsbedrijven, nieuwe markten
en telersorganisaties
BioNL: de verbinding naar nieuwe
markten
130
Een bibliotheek van plantenextracten
waarin de in Nederland aanwezige
biodiversiteit aan inhoudsstoffen is
vastgelegd.
5. 24-4-2013
5
BIONL - Extractenbibliotheek
131
1. Testen op bio activiteit
2. Op basis van samenstelling
toepassingen ontwikkelen
132
Op zoek naar bio activiteit:
verbinden met nieuwe markten
Groeiremming bacteriën
Veevoeder, humaan, agrochemie
Effect op zaadkieming
Agrochemie, veredeling
Bedrijven die producten ontwikkelen gaan
zelf op zoek naar bio activiteit
6. 24-4-2013
6
BIONL: de verbinding tussen de greenports…
…..en nieuwe markten.
Afstemming Biobased activiteiten
• Binnen de regio’s
• Tussen de regio’s
Shared facilities
Strategische keuzes
• Papier en karton fabrieken in NL
Greenports
7. 24-4-2013
7
Contactinformatie
Kenniscentrum Plantenstoffen is mede
gefinancierd met steun van het Europees Fonds
voor Regionale Ontwikkeling van de Europese
Commissie.
Kenniscentrum Plantenstoffen
ABC Westland 128
2685 DB Poeldijk
tel. 06 – 16 39 87 00
e-mail: info@plantenstoffen.nl
website: www.plantenstoffen.nl
@plantenstoffen
135