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CSM _BGBD biodiversity

CSM _BGBD biodiversity

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Organization / Workplace
Nairobi Kenya
Occupation
Research
Industry
Education
Website
www.bgbd.net
About
Soil organisms, including bacteria, fungi, protozoa and invertebrates, constitute what is now referred to as below‐Ground soil Biological Diversity (BGBD). The numbers of types, and population numbers, of below BGBD is staggering. For example, just one square metre of soil in a temperate forest may contain more than 1000 species of invertebrates, whilst the number and diversity of microbes in just one gram of soil may be even greater. The importance of this diversity is only just being recognized fully through ecological and phylogenetic studies, but in tropical regions where the highest levels of BGBD are found, few detailed studies have been completed. Soil organisms provide essential
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Presentations

(1)

Changes in the diversity of assemblages of ground foraging ants in response to land use and agricultural intensification

15 years ago • 228 Views

Documents

(51)
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PK04:Methods for the analyzes of soil biodiversity data: determining soil biological quality indicators.

15 years ago • 445 Views

PK02:Standard methods for sampling and characterization of soil microbial diversity

15 years ago • 840 Views

OP01:Introduction of Handbook Tropical Soil Biology

15 years ago • 273 Views

OP03:Towards a universal sampling protocol for macro and meso-fauna in the humid tropics

15 years ago • 747 Views

PK06:Distribution of Soil Organisms in Diverse Tropical Ecosystems: The Impact of Land Use on Diversity

15 years ago • 423 Views

PK05:Soil quality and health:A review

15 years ago • 656 Views

OP02:What determines below ground biodiversity in Los Tuxtlas Veracruz Mexico? Soil quality parameters or land use history?

15 years ago • 242 Views

OP05:Impact of land use on selected soil organisms (part1) [compatibility mode]

15 years ago • 473 Views

OP04:Relating BGBD to soil quality along an agricultural land use gradient

15 years ago • 323 Views

OP01:Dung beetle communities and ecological services in a mixed-use Amazon landscape

15 years ago • 447 Views

OP06:NEMATODE DIVERSITY IN A RANGE OF LAND USE TYPES IN JAMBI SITE INDONESIA

15 years ago • 188 Views

PK10:Ecosystem services in deforested Amazonian landscapes

15 years ago • 315 Views

OP21:Economic Techniques and Methods for (E)Valuation of BGBD

15 years ago • 402 Views

PK12:Soil macrofauna Biodiversity, Soil structure and Organic Resource Management in East and West African cropping systems

15 years ago • 660 Views

PK14:Continental‐scale analysis of total soil biodiversity using molecular techniques

15 years ago • 339 Views

PK09:Status of Arbuscular Mycorrhizal Fungi in banana-based farming systems of Rwanda, Uganda and Kenya

15 years ago • 562 Views

PK13:Trophic interactions among soil organisms in contrasting land‐use systems in Kenya, studied with stable‐isotope technique

15 years ago • 438 Views

OP24:ECONOMIC VALUE OF MANAGING BGBD: THE CASE OF RHIZOBIUM AND TRICHODERMA SPP

15 years ago • 502 Views

OP23:Approaches to Economic Valuation of Ecosystem Services

15 years ago • 353 Views

OP11:Role of indigenous soil biota in conservation and management of bgbd in agro- ecosystems

15 years ago • 367 Views

OP09:Enhancement of soil biota and soil biological health through inoculation and management practices in coffee plantations

15 years ago • 242 Views

OP10:Ecosystem services of earthworms in agroecosystems

15 years ago • 265 Views

OP14:Towards Sustainable Agriculture with Integrated soil fertility management option: A case study in Kenya

15 years ago • 344 Views

OP13:Eco-friendly Measures to Control White Root Disease of Rubber in Lampung, Indonesia

15 years ago • 1055 Views

OP12:Enhancing SNB populations and crop yield through inoculation in a soybean-maize rotation in Mabira benchmark site, Uganda

15 years ago • 277 Views

OP15:Isolation and selection of rhizobia strains, from soils of the western Amazon, to produce inoculants

15 years ago • 364 Views

OP03:Diversity of termites and ants along a land use gradient in a tropical forest margin (oumé – côte d’ivoire)

15 years ago • 206 Views

OP19:BGBD-Mexdatabase incorporation to the National Biodiversity Database

15 years ago • 132 Views

OP18: Curumim and Cunhanta helping soil biodiversity

15 years ago • 328 Views

OP20: TOWARDS A FRAMEWORK FOR VALUING THE SOIL BIOTA & ITS DIVERSITY: APPROACHES & QUESTIONS

15 years ago • 202 Views
Personal Information
Organization / Workplace
Nairobi Kenya
Occupation
Research
Industry
Education
Website
www.bgbd.net
About
Soil organisms, including bacteria, fungi, protozoa and invertebrates, constitute what is now referred to as below‐Ground soil Biological Diversity (BGBD). The numbers of types, and population numbers, of below BGBD is staggering. For example, just one square metre of soil in a temperate forest may contain more than 1000 species of invertebrates, whilst the number and diversity of microbes in just one gram of soil may be even greater. The importance of this diversity is only just being recognized fully through ecological and phylogenetic studies, but in tropical regions where the highest levels of BGBD are found, few detailed studies have been completed. Soil organisms provide essential

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