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- Marine macroalgae, or
seaweeds, are plant-like organisms that generally live attached to
rock or other hard substrata in coastal areas.
- The term Seaweeds in
this case refers only to macrophytic marine algae, both wild and
cultivated, growing in saltwater.
- Seaweeds are
classified as Green, Brown, or Red. A particular seaweed’s placement
in one of these groups is determined first by its photosynthetic
pigments, then its reproductive mode, then its micro and macro
morphologies, and finally by its phycopolymers.
- Distinguishing these
three phyla, however, involves more substantial differences than
colour.
- In addition to the
pigmentation, they differ considerably in many ultrastructural and
biochemical features including photosynthetic pigments, storage
compounds, composition of cell walls, presence/absence of flagella,
ultrastructure of mitosis, connections between adjacent cells, and
the fine structure of the chloroplasts.
- They originated
through different evolutionary processes (primary endosymbiosis for
green and red algae, secondary endosymbiosis for brown algae, and
for this reason they are now classified in different kingdoms (green
algae and red algae in the Kingdom Plantae, and brown algae in the
Kingdom Chromista).
- Seaweeds are far more
complex organisms than generally realised. Many have specialised
tissues and growth forms.
- Generally, seaweeds
and many algae have holdfasts: basal structures that do exactly what
the name suggests - hold fast to the rock.
- The present uses of
seaweeds at present are as human foods, cosmetics, fertilisers, and
for the extraction of industrial gums and chemicals.
- They have the
potential to be used as a source of long- and short-chain chemicals
with medicinal and industrial uses.
- Seaweed contains
complex carbohydrates. These stimulate microscopic soil fungi and
microbes. These little garden helpers increase the availability of
soil nutrients and they also play a significant role in defending
against soil-based diseases.
- The nutrients in
seaweed fertiliser promote early flowering, stronger crops, and
increased sugar content in fruit.
One of the greatest advantages of seaweed fertiliser is that it’s
all-natural, you can use it in your garden confident that you aren’t
spreading a cocktail of dangerous chemicals.
- Seaweed is rich in
nutrients like phosphorus, potassium, calcium and nitrogen.
Composted seaweed also adds many micronutrients that will improve
soil quality and plant health.
|
General
Information
- Introduction Of
Seaweed Fertlizer
- Benefits Of Sea Weed
Extracts As Fertilizers
- Alliance Seaweed
Fertilizer
Product
- Field Test Report on
Seaweed Extract Powder
- Seaweed: Promising
Plant Of the Millennium
- Seaweed as a Natural
Resource and a Renewable Energy Source
- Making
your own liquid
fertilizer
-
Seaweed Fertilizer For the Organic farmer Bio
Bauer
Patents
-
Production Of Metabolic Demand Seaweed-Type
Fertilizer
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Process For Manufacturing Paper From Seaweed
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Integrated Method For Production Of Carrageenan And Liquid
Fertilizer From Fresh Seaweeds
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Paper Comprising Cellulose Fiber And Seaweed
Particles In Integral Form
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Technology For Cultivation Of
PORPHYRA and other Seaweeds in Land-Based Sea
Water Ponds
-
Zostera Seaweed Articles And Methods Of
Preparing And Utilizing Same
MSDS
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Alliance Seaweed Fertilizer
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Goemar Rhizophos
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Kelpgrow
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Neptune Liquid Seaweed
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Neptune's Harvest Fish And Seaweed Fertilizer
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Safer® Brand Insect Killing Soap with Seaweed
Extract II
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Seaweed Extract Powder
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Seaweed Fertilizer Power
Suppliers
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Suppliers of Seaweed Fertilizer
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Manufacturers Of Seaweed
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Exporters of Seaweed
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Seaweed Manufacturers
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Suppliers And Exporters
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Seaweed Suppliers
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Seaweed Manufacturers and Exporters
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Suppliers of Seaweed
Company
Profiles
- Company
of India
-
Company of China
Technology
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Technology Of China
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Technology Of Zhejiang,China
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Technology Of Gujarat
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Technology Of Quingdao, China
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Technology Of Shenyang, China
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Synthesis
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Effect of Seaweed Liquid Fertilizer on
Abelmoschus esculentus (l) medikus
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Effect of Seaweed Liquid Fertilizer on
Cyamopsis tetrogonolaba (L) Taub
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Effect of Seaweed Concentrate Of Padina Pavonia
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Seaweed Extracts as Biostimulants of Plant Growth and Development
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Effect of seaweed extracts on growth and yield
of rice plants
Manufacturing Process
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Process For Manufacturing
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The Manufacture Of Seaweed Extracts
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Carbon dioxide utilization and seaweed
production
Study
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Studies on the Flowering Plant Tagetes erecta
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Effectiveness of Myanmar Brown Seaweed Extract
as Organic Fertilizer in Pot Trial of Rice
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Seaweed Liquid Fertilizer As an Alternate
Source in improving yield Of Vigna Radiata L.
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Biofertilizer Potential of Traditional and Panchagavya Amended with
Seaweed Extract
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Studies on the Effect of Sargassum polycystum
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A new approach to seaweed in the case of
Ascophyllum nodosum
Market
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Present Scenario Of Seaweeds
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Economic Value Of Seaweeds
Applications
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The use of seaweed products on fine turf
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Use of algae as an energy
source
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Application In Crop Management Programs
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Application of Bioactivators
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Seaweed extract shows improved fruit quality at McLaren Vale
vineyard trial
Report
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Seaweed Harvesting in Northern Ireland
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Production of mono sugar from acid hydrolysis
of seaweed
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Impact Assessment of Hand and Mechanical Harvesting of Ascophyllum
nodosum
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Report On Fertilizers
-
Gardening in Southeastern Alaska
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