Mrs Eka Kokadir is a retiree and avid gardener in Melbourne, Australia.
Mrs Kokadir enjoys gardening in her backyard and sharing about beautiful wildflowers for fellow gardeners.
Effect of climate change on plant diseaseKrishna Shah
Climate change is affecting plant diseases in several ways. Rising carbon dioxide levels can encourage denser plant canopies that favor certain diseases. Higher temperatures can increase pathogen growth and aggressiveness for some diseases. Increased moisture from more frequent rainfall or humidity provides favorable conditions for many fungal and bacterial pathogens. Wind can help spread spores and pathogens over longer distances. Climate change is also shifting the ranges of some pathogens. Adaptation strategies include integrated disease management, early warning systems, breeding more resistant varieties, and preventing invasive pathogens. The impacts on individual plant diseases from climate change may be positive, negative, or neutral, making predictions of future outbreaks more difficult.
Pesticides can have negative impacts on soil microorganisms and enzyme activity. Non-polar pesticides like organochlorines are strongly bound to soil while polar pesticides like herbicides can be moved by runoff or leaching. Pesticides can reduce populations of beneficial microorganisms, affecting nitrogen, phosphorus and potassium levels in soil. Specific enzymes like dehydrogenase, phosphatase and urease that are important for organic matter breakdown and nutrient cycling can be negatively impacted. Long term high pesticide use reduces biodiversity and the ability of soil to function properly.
Exploitation of Microorganisms As tool for Sustainable AgricultureNAJMALDINSULIMAN
This document provides a review of the exploitation of microorganisms as tools for sustainable agriculture. It discusses how plant growth promoting rhizobacteria (PGPR) can enhance plant growth through direct and indirect mechanisms. Direct mechanisms include nitrogen fixation, phosphate solubilization, production of plant hormones, and reducing ethylene levels. Indirect mechanisms include inducing systemic resistance in plants, competing with pathogens for nutrients, and producing protective enzymes and volatile compounds. The review examines the roles of PGPR in detail, including their ability to solubilize phosphorus and fix nitrogen, as well as regulate ethylene levels through ACC deaminase production. It explores how PGPR can act as biocontrol agents and induce systemic resistance in plants.
The soil is teeming with millions of living organisms which make it living as well as dynamic system.
Under a microscope, it reveals a complex arrangement of soil particles and pore spaces filled with air and water. It is in these pore-spaces that plant roots and millions of organisms develop, ranging from sub-microscopic to macroscopic in size.
These organisms not only help in the development of soil but are also the primary driving agent of nutrient cycling, regulating the dynamics of soil organic matter, enhancing the amount of nutrient acquisition by vegetation, conferring stress tolerance, resisting pathogens and improving plant health.
Crop ecology is the study of the relationship between crops and their environment. It examines biological interactions like mutualism between plants and fungi, as well as herbivory. Ecological factors that affect crops include biotic factors like parasites and pollinators, and abiotic factors such as water, sunlight, and wind. The balance of biotic and abiotic factors is important for a healthy ecosystem and the growth of crop populations, while imbalances can lead to increased mortality, community changes, and competition between crops.
IMPACT OF CLIMATIC PARAMETERS ON PATHOGEN, INSECT PESTS AND CROP PRODUCTIVITY santosh banoth
Plant diseases occur in all parts of the world where plants grow. For a disease to occur and to develop optimally, a combination of three factors must be present. susceptible plant, infective pathogen and favorable environment.
assessing heterogeneous influences on partial deposition of virus in lateriticIJCMESJOURNAL
This paper monitored the rate of partial deposition of virus on heterogeneous formation, the study were able to monitor the behaviour of virus in heterogeneous deposition influencing partial concentration of virus in Lateritic and silty formation. The study was able to observe the rate of partial deposition base on its rate of fluctuation through variation observed from deposited void ratio and permeability, such formation developed fluctuation on these parameters thus generated partial deposition of virus in the study area. Linear deposition were also experienced in graphical representation, the result obtained ranged from [1.97E-12-2.35E-11],[3-30M], [1.97E-12-2.36E-11[10-100] Predictive 1.97E-12, Experimental 1.87E-12 [3-36m], predictive, [1,97E-12], Experimental [2.26E-11] [10-120 Days] predictive 2.36E-12, Experimental 2.24E-11,[10-120Days] [1.31E-12-2.36E11], Predictive1.31E-12, Experimental, 2.36E-11 [2-30m], predictive,[2.36E-11-2.2E-11]; [2-30m] ,for Time 1.31E-12-2.36E-11[4-60days] while predictive and Experimental,[2,36E-11] [1.37E-12-2,22E-11] [2-30m] The prediction rate of partial deposition of virus was possible through mathematical modeling techniques, the system were developed base on the parameters from predominant formation characteristics in study location, these parameters generated the derived model through the developed governing equation, simulation generated theoretical values that were compared with experimental results, both parameters developed best fits validating the model, experts will definitely applied this approach in monitoring and evaluation of virus deposits in the study area.
Ecotoxicology is concerned with the harmful effects of chemicals on ecosystems. It examines the chronic effects of anthropogenic chemicals and chemical mixtures on organisms, populations, communities, and ecosystem structure. Ecosystem pollution can come from natural sources like metals and toxins, or anthropogenic sources like industry, agriculture, transportation, habitations, and military activities. The document divides pollution into three main types: air, aquatic, and terrestrial pollution. Air pollution sources include fuel combustion, industry, and transportation, which release pollutants like carbon monoxide, sulfur dioxide, nitrogen oxides, and particulates. The toxic effects of air pollution can be both acute from high concentrations or chronic from long term exposure, and can cause respiratory issues.
Effect of climate change on plant diseaseKrishna Shah
Climate change is affecting plant diseases in several ways. Rising carbon dioxide levels can encourage denser plant canopies that favor certain diseases. Higher temperatures can increase pathogen growth and aggressiveness for some diseases. Increased moisture from more frequent rainfall or humidity provides favorable conditions for many fungal and bacterial pathogens. Wind can help spread spores and pathogens over longer distances. Climate change is also shifting the ranges of some pathogens. Adaptation strategies include integrated disease management, early warning systems, breeding more resistant varieties, and preventing invasive pathogens. The impacts on individual plant diseases from climate change may be positive, negative, or neutral, making predictions of future outbreaks more difficult.
Pesticides can have negative impacts on soil microorganisms and enzyme activity. Non-polar pesticides like organochlorines are strongly bound to soil while polar pesticides like herbicides can be moved by runoff or leaching. Pesticides can reduce populations of beneficial microorganisms, affecting nitrogen, phosphorus and potassium levels in soil. Specific enzymes like dehydrogenase, phosphatase and urease that are important for organic matter breakdown and nutrient cycling can be negatively impacted. Long term high pesticide use reduces biodiversity and the ability of soil to function properly.
Exploitation of Microorganisms As tool for Sustainable AgricultureNAJMALDINSULIMAN
This document provides a review of the exploitation of microorganisms as tools for sustainable agriculture. It discusses how plant growth promoting rhizobacteria (PGPR) can enhance plant growth through direct and indirect mechanisms. Direct mechanisms include nitrogen fixation, phosphate solubilization, production of plant hormones, and reducing ethylene levels. Indirect mechanisms include inducing systemic resistance in plants, competing with pathogens for nutrients, and producing protective enzymes and volatile compounds. The review examines the roles of PGPR in detail, including their ability to solubilize phosphorus and fix nitrogen, as well as regulate ethylene levels through ACC deaminase production. It explores how PGPR can act as biocontrol agents and induce systemic resistance in plants.
The soil is teeming with millions of living organisms which make it living as well as dynamic system.
Under a microscope, it reveals a complex arrangement of soil particles and pore spaces filled with air and water. It is in these pore-spaces that plant roots and millions of organisms develop, ranging from sub-microscopic to macroscopic in size.
These organisms not only help in the development of soil but are also the primary driving agent of nutrient cycling, regulating the dynamics of soil organic matter, enhancing the amount of nutrient acquisition by vegetation, conferring stress tolerance, resisting pathogens and improving plant health.
Crop ecology is the study of the relationship between crops and their environment. It examines biological interactions like mutualism between plants and fungi, as well as herbivory. Ecological factors that affect crops include biotic factors like parasites and pollinators, and abiotic factors such as water, sunlight, and wind. The balance of biotic and abiotic factors is important for a healthy ecosystem and the growth of crop populations, while imbalances can lead to increased mortality, community changes, and competition between crops.
IMPACT OF CLIMATIC PARAMETERS ON PATHOGEN, INSECT PESTS AND CROP PRODUCTIVITY santosh banoth
Plant diseases occur in all parts of the world where plants grow. For a disease to occur and to develop optimally, a combination of three factors must be present. susceptible plant, infective pathogen and favorable environment.
assessing heterogeneous influences on partial deposition of virus in lateriticIJCMESJOURNAL
This paper monitored the rate of partial deposition of virus on heterogeneous formation, the study were able to monitor the behaviour of virus in heterogeneous deposition influencing partial concentration of virus in Lateritic and silty formation. The study was able to observe the rate of partial deposition base on its rate of fluctuation through variation observed from deposited void ratio and permeability, such formation developed fluctuation on these parameters thus generated partial deposition of virus in the study area. Linear deposition were also experienced in graphical representation, the result obtained ranged from [1.97E-12-2.35E-11],[3-30M], [1.97E-12-2.36E-11[10-100] Predictive 1.97E-12, Experimental 1.87E-12 [3-36m], predictive, [1,97E-12], Experimental [2.26E-11] [10-120 Days] predictive 2.36E-12, Experimental 2.24E-11,[10-120Days] [1.31E-12-2.36E11], Predictive1.31E-12, Experimental, 2.36E-11 [2-30m], predictive,[2.36E-11-2.2E-11]; [2-30m] ,for Time 1.31E-12-2.36E-11[4-60days] while predictive and Experimental,[2,36E-11] [1.37E-12-2,22E-11] [2-30m] The prediction rate of partial deposition of virus was possible through mathematical modeling techniques, the system were developed base on the parameters from predominant formation characteristics in study location, these parameters generated the derived model through the developed governing equation, simulation generated theoretical values that were compared with experimental results, both parameters developed best fits validating the model, experts will definitely applied this approach in monitoring and evaluation of virus deposits in the study area.
Ecotoxicology is concerned with the harmful effects of chemicals on ecosystems. It examines the chronic effects of anthropogenic chemicals and chemical mixtures on organisms, populations, communities, and ecosystem structure. Ecosystem pollution can come from natural sources like metals and toxins, or anthropogenic sources like industry, agriculture, transportation, habitations, and military activities. The document divides pollution into three main types: air, aquatic, and terrestrial pollution. Air pollution sources include fuel combustion, industry, and transportation, which release pollutants like carbon monoxide, sulfur dioxide, nitrogen oxides, and particulates. The toxic effects of air pollution can be both acute from high concentrations or chronic from long term exposure, and can cause respiratory issues.
ENEA: Why is soil biodiversity so important in keeping soil healthy? A case s...ExternalEvents
This presentation was presented during Day 3 of the Global Soil Partnership Plenary Assembly – 5th Session that took place at FAO Hq in Rome, Italy, from 20 to 22 June 2017. The presentation was made by Ms. Annamaria Bevinino
This document discusses insects as bioindicators of environmental pollution. It defines key terms like environment, environmental pollution, and bioindicators. Certain insect orders like dragonflies, mayflies, caddisflies, stoneflies, midges, bees, beetles and others are described as good bioindicators because their presence, abundance, and health can indicate the quality of the surrounding air, water, or soil. Characteristics of effective bioindicator species include being widely distributed, easy to identify and sample, sensitive to pollutants, and able to quickly respond to environmental changes.
Biological control of the post harvest diseases of fruits.Dinithi De Silva
what is post harvest disease. Simply , Postharvest diseases are those that appear and develop after harvest. Here theses are some pictures of post harvest diseases.
Fig 01- cherry fruit rot caused by Alternaria sp.
Fig 02- mango stem end rots causative agent is Dotheiorella sp.
All postharvest diseases of fruit are caused by fungi and bacteria.
viral infections present before harvest can sometimes develop more rapidly after harvest. In general, however, viruses are not an important cause of postharvest disease. Postharvest diseases are often classified according to how infection is initiated. The so-called 'quiescent' or 'latent' infections are those where the pathogen initiates infection of the host at some point in time , but then enters a period of inactivity or dormancy until the physiological status of the host tissue changes in such a way that infection can proceed.
After The dramatic physiological changes like compositional changes physiological changes which occur during fruit ripening are often the trigger for reactivation of latent infections. It can be through direct penetration through skin, natural openings & injuries . injuries can be mechanical or caused by insects. Therefore, post harvest diseases can be arised during or after harvest.After harvest in the dramatically physiological changes like compositional changes physiological changes which occur during the fruit ripening of in triger for reactivation of the latent infection.
And also many of the physiological changes also triggers the reactivation of the latent infection mainly both the losses conditions can lead to the fungal infection because fungi are optimum at the dry conditions after that ethylene production fruit ripening cannot so it causes a lot of compositional changes in the sugar content and physiological changes in the fruit it soften the fruit covering and then it can be easily the damage so through the damage microorganisms can enter the fruits and grow inside and multiplication then causes postharvest diseases
Impact of long term application of agrochemicals on the agro-ecology of the l...Alexander Decker
This study assessed the impact of long-term agrochemical use on soil and water quality in the lower Anambra River Basin in Nigeria. Samples were analyzed for heavy metal content and microbial load. Results found heavy metal levels in soil and runoff water exceeded standards for agriculture and domestic use. Microbial loads in soil samples were also reduced compared to standards. Long-term application of agrochemicals like fertilizers, herbicides and pesticides introduced heavy metals into the soil and water that harmed microbial life and contaminated the environment. Countermeasures like adding organic manure were recommended to remediate soils and improve quality.
This document discusses insects as pollution indicators. It defines pollution and bioindicators. Insects are effective bioindicators because they are abundant, respond quickly to environmental changes, and are sensitive to detecting early changes. Certain insect groups like dragonflies, mayflies, caddisflies, and stoneflies indicate water quality, while beetles, collembolans, ants indicate soil quality. Light and noise pollution disrupt insect behaviors and life cycles. Industrial pollution can biomagnify through food chains. Honey bees, moths, and syrphid flies indicate air quality issues. Insects make good bioindicators to monitor overall ecosystem health.
This document defines different types of waste and provides details on solid waste management in the Philippines. It classifies waste as solid, liquid, or sludge and as hazardous, non-hazardous, or special. The main law governing solid waste management in the Philippines is R.A. No. 9003, which created a framework for ecological solid waste management. It mandates source segregation and establishes guidelines for collection, transport, and disposal. The document recommends adopting the 3Rs - reduce, reuse, recycle - to help solve solid waste problems.
This course covers concepts of pollution biology including pollution versus resources, material cycling, tolerance ranges, and carrying capacity. It will examine the responses of plants and animals to air pollution, including using plants to monitor and control air pollution. Topics will include the most common environmental pollutants, their effects on organisms from individual to ecosystem levels, and introduction, dispersion, uptake, and excretion of pollutants. The course focuses on disturbances to healthy ecosystems caused by human-introduced pollutants and alterations to ecosystem interactions.
Insects As Bioindictors for Different Levels of PollutionAmmad Ahmad
This document discusses using insects as bioindicators for different levels of pollution. It defines pollution and bioindicators, and explains that insects are good bioindicators because they are abundant, sensitive to environmental changes, and easy to sample. Specific groups of aquatic insects like mayflies, caddisflies, and stoneflies can indicate water quality, with some species increasing or decreasing based on factors like oxygen, temperature, sediments, and pollutants. Terrestrial insects also reflect environmental conditions, with beetles, collembolans, and lepidopterans responding to issues like heavy metals, acidification, and pesticides. Insects provide a means to monitor cumulative effects of pollutants and the overall health of ecosystems.
This document summarizes research on managing turfgrass diseases like anthracnose and Microdochium nivale without excessive fungicide use. It discusses using nutrients like nitrogen, ferrous sulfate, silica, sulfur, and phosphite to stimulate plant defenses and suppress diseases. Cultural practices like topdressing, mowing height, and irrigation are also reviewed. Trial results show phosphite applications significantly reduced M. nivale incidence while maintaining high turfgrass quality over multiple years. The document concludes phosphite works both directly by inhibiting pathogens and indirectly by stimulating plant defenses.
BIOREMEDIATION OF HAZARDOUS POLLUTANTS USING FUNGIijcoa
Use of chemicals in industrial processes, agricultural practices, nuclear experiments and various areas of our daily lives result in the release of potential toxic chemicals into the environment either on purpose or by accident. Chemicals that are known to pollute the environment include heavy metals, drugs, hydrocarbons, halogenated solvents, endocrine disrupting agents and agricultural chemicals. After their release, these pollutants are transported through the soil, atmosphere and water sources polluting them, thus posing a serious problem for survival of mankind. In the past, traditional method of disposing hazardous pollutants was by digging a hole and filling it with waste material but this method of waste disposal was difficult to continue due to lack of new places to dump. Many physical and chemical based technologies for waste disposal like high-temperature incineration and chemical decomposition methods have evolved in the years. Though these techniques were very effective at reducing a wide range of contaminants, at the same time they had several drawbacks like being complex in nature, uneconomical, and were not easily accepted by the public. Thus focus was shifted towards using modern day bioremediation process as a suitable alternative. Bioremediation is a microorganism mediated transformation or degradation of contaminants into nonhazardous or less-hazardous substances. In this process the contaminant or pollutant is used as a nutrient or energy source by the microorganism and the enzymes secreted by the microorganisms attack the pollutants and convert them to less hazardous products. Among the various microorganisms, fungi possess the biochemical and ecological capacity to degrade environmental organic chemicals either by chemical modification or by influencing chemical bioavailability. Ability of fungi to form extended mycelial networks, the low specificity of their enzymes and their ability of using pollutants as a growth substrate make fungi well suited for bioremediation processes. In contrast to bacteria, fungi are able to extend the location of their biomass through hyphal growth in search of growth substrates. A bioremediation process to be effective, manipulation of environmental parameters to allow microbial growth and degradation to proceed at a faster rate are required. By integrating proper utilization of natural or modified fungal capabilities with appropriate engineering designs to provide suitable growth environment, bioremediation using fungi can be successful in treating hazardous pollutants.
Presented at a video science seminar on 18 April 2012. Karen Garrett is a Professor in plant pathology at Kansas State University. Research conducted under the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS). Watch at http://ccafs.cgiar.org/events/18/apr/2012/live-video-science-seminar-managing-pests-and-disease-under-climate-change-what
Impact of Compost Prepared from Invasive Alien Species in Alleviating Water S...YogeshIJTSRD
Invasive alien plant species are major thread to biodiversity, climate change and environmental sustainability. Management of these invasive alien plant species become a typical task at global level. Composting can be an efficient and environment friendly solution for management of these invasive alien species. The aim of present study was to evaluate the effect of compost prepared from three invasive alien species Cuscutareflexa, Eupatorium adenophorum and Lantana camaraon the tomato plant vigour, antioxidant and nutrient content under water deficit and irrigated well watered conditions. The results revealed that Cuscutareflexa CR compost treatment gave highest shoot length 23.0 , 23.7 , root length 30.0 , 21.4 , shoot fresh weight 47.9 , 52.2 , shoot dry weight 71.0 , 49.4 and root dry weight 66.7 , 51.5 , under water stressand irrigated conditions, respectively. The application of compostCR under water stress has enhanced chlorophyll and prolinecontent over control. Similarly, antioxidant enzymes analysis showed the increased superoxide dismutase 1.33 2.17fold , peroxidase 1.38 1.82fold and catalase 1.06 1.73fold activity under water deficit condition. Nutrient content such as nitrogen, phosphorus, potassium and sodiumin tomato leaf were higher under both water stress and irrigated conditions compared to their respective control. It can be concluded from above outcomes that compost prepared from invasive alien species have potential to ameliorate the negative effects of water stress and enhance the tomato growth. Sandhya Bind | A. K. Sharma "Impact of Compost Prepared from Invasive Alien Species in Alleviating Water Stress in Tomato (Solanum Lycopersicum L.)" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-3 , April 2021, URL: https://www.ijtsrd.com/papers/ijtsrd39961.pdf Paper URL: https://www.ijtsrd.com/biological-science/botany/39961/impact-of-compost-prepared-from-invasive-alien-species-in-alleviating-water-stress-in-tomato-solanum-lycopersicum-l/sandhya-bind
This document provides an overview of domoic acid, a marine biotoxin produced by the diatom genus Pseudo-nitzschia. It discusses several cases of domoic acid poisoning in humans and marine wildlife from 1987 onward. The toxin causes amnesic shellfish poisoning in humans. Pseudo-nitzschia blooms can occur under various environmental conditions and seem to be increasing due to coastal pollution and global warming. Domoic acid production is related to nutrient availability and trace metals. While its biological function is unknown, it may serve as a way to eliminate excess energy or bind trace metals.
CNR: Sustainable Soil Management to reduce agricultural inputs: What is the r...ExternalEvents
This presentation was presented during Day 3 of the Global Soil Partnership Plenary Assembly – 5th Session that took place at FAO Hq in Rome, Italy, from 20 to 22 June 2017. The presentation was made by Raffaella M. Balestrini
Root exudates are chemicals secreted by plant roots into the soil. They perform several important functions, such as regulating soil microbes, encouraging symbiotic relationships, and changing soil chemical and physical properties. Root exudates are categorized as either low or high molecular weight compounds. Low molecular weight exudates like amino acids and organic acids make up most root exudates. Certain exudates play a role in root-microbe communication during processes like nitrogen fixation. The amount and type of root exudates are influenced by numerous plant and environmental factors.
This document discusses insects as indicators of various types of pollution. It begins by defining pollution and its effects on the environment. It then discusses the characteristics of a good bioindicator species and lists various insect groups that can serve as indicators of water, soil, air, light, noise, and industrial pollution. The document concludes with a case study on using macroinvertebrate insects to assess water quality in the Thamirabarani River in Tamil Nadu, India. Key insect bioindicator groups discussed include dragonflies, mayflies, stoneflies, caddisflies, bugs, bees, butterflies, ants, and termites.
) The phenomenon of organic agriculture has started in the 1930s and 1940s in the developed countries as a consequence of the raised dangerous effects of using synthetic fertilizers and pesticides in agriculture on both health and environment. In other words, they were looking for safe food that is free of pesticides and additives (El-Meliegy, 2010).
Population began growing rapidly in the Western world during the industrial revolution (1760-1830). The most significant increase in the world's population has been since the 1950s, mainly due to increases in agricultural productivity and then with technology development and medical advancements, more diseases can be detected and after that reasons were revealed.
Evaluation of the environmental effects of the abandoned quarries strabag qua...Alexander Decker
This document summarizes a research study that evaluated the environmental effects of two abandoned quarries in Nigeria - the Strabag quarry in Ibadan, Oyo State and the RCC quarry in Wasinmi, Ikire, Osun State. Soil and water samples were collected from various locations around the quarries and analyzed for chemical parameters. The results revealed that most deficiencies observed in the soil and water samples were not directly linked to past mining activities. It was found that abandoned granite quarries pose more physical constraints than chemical constraints.
AUTHORED BY: JOHANNA ELSENSOHN AND KELLY SEARS
By 2050, the world’s population is estimated to exceed 9 billion people. A challenge to this rising food demand is that crops will have to be grown on the same or less land as today. Additionally, global climate change is causing considerable uncertainty in the ability of the current food production system to adapt to an unknown future.
To address these issues sustainably, scientists from many disciplines have been investigating ways to increase crop yields and prepare for a changing climate. Considerable effort has focused on enhancing the traits of the crop plants themselves, to enhance their growth, make them resistant to disease, or tolerant to environmental stressors like drought or high salinity conditions. Conversely, a growing area of research is looking at how microorganisms, such as bacteria and fungi, influence these plant characteristics.
The relationship between plants and microorganisms is well known. However, researchers are still working to understand the full complexity and extent of interactions between the two groups. We have seen that microbes are important for plant nutrient acquisition, plant growth and protection against disease. Certain types of bacteria are commercially available and used to increase yields and decrease fertilizer use (Farrar et al. 2014).
This document establishes procedures for OC Animal Care staff to follow when receiving and responding to subpoenas for criminal, civil, and deposition cases. Staff must forward all subpoenas to the OC Community Resources Custodian of Records for processing. The Custodian will then route copies to the employee and Operations Desk Sergeant. Employees must respond to all subpoenas as required by law, and may request to be on-call when possible to avoid disrupting work schedules. Failure to respond could result in legal or disciplinary action.
This document outlines the procedure for processing barking dog complaints in Orange County. It establishes that the Field Services Staff Specialist is responsible for implementing the barking dog civil citation procedure. The process involves receiving complaints, notifying and attempting to work with dog owners to resolve issues, and if needed, issuing civil citations with opportunities for hearings. The goal is to address barking dog nuisances efficiently while protecting the interests of both complainants and dog owners. Numerous forms are attached to support the detailed multi-step procedure.
ENEA: Why is soil biodiversity so important in keeping soil healthy? A case s...ExternalEvents
This presentation was presented during Day 3 of the Global Soil Partnership Plenary Assembly – 5th Session that took place at FAO Hq in Rome, Italy, from 20 to 22 June 2017. The presentation was made by Ms. Annamaria Bevinino
This document discusses insects as bioindicators of environmental pollution. It defines key terms like environment, environmental pollution, and bioindicators. Certain insect orders like dragonflies, mayflies, caddisflies, stoneflies, midges, bees, beetles and others are described as good bioindicators because their presence, abundance, and health can indicate the quality of the surrounding air, water, or soil. Characteristics of effective bioindicator species include being widely distributed, easy to identify and sample, sensitive to pollutants, and able to quickly respond to environmental changes.
Biological control of the post harvest diseases of fruits.Dinithi De Silva
what is post harvest disease. Simply , Postharvest diseases are those that appear and develop after harvest. Here theses are some pictures of post harvest diseases.
Fig 01- cherry fruit rot caused by Alternaria sp.
Fig 02- mango stem end rots causative agent is Dotheiorella sp.
All postharvest diseases of fruit are caused by fungi and bacteria.
viral infections present before harvest can sometimes develop more rapidly after harvest. In general, however, viruses are not an important cause of postharvest disease. Postharvest diseases are often classified according to how infection is initiated. The so-called 'quiescent' or 'latent' infections are those where the pathogen initiates infection of the host at some point in time , but then enters a period of inactivity or dormancy until the physiological status of the host tissue changes in such a way that infection can proceed.
After The dramatic physiological changes like compositional changes physiological changes which occur during fruit ripening are often the trigger for reactivation of latent infections. It can be through direct penetration through skin, natural openings & injuries . injuries can be mechanical or caused by insects. Therefore, post harvest diseases can be arised during or after harvest.After harvest in the dramatically physiological changes like compositional changes physiological changes which occur during the fruit ripening of in triger for reactivation of the latent infection.
And also many of the physiological changes also triggers the reactivation of the latent infection mainly both the losses conditions can lead to the fungal infection because fungi are optimum at the dry conditions after that ethylene production fruit ripening cannot so it causes a lot of compositional changes in the sugar content and physiological changes in the fruit it soften the fruit covering and then it can be easily the damage so through the damage microorganisms can enter the fruits and grow inside and multiplication then causes postharvest diseases
Impact of long term application of agrochemicals on the agro-ecology of the l...Alexander Decker
This study assessed the impact of long-term agrochemical use on soil and water quality in the lower Anambra River Basin in Nigeria. Samples were analyzed for heavy metal content and microbial load. Results found heavy metal levels in soil and runoff water exceeded standards for agriculture and domestic use. Microbial loads in soil samples were also reduced compared to standards. Long-term application of agrochemicals like fertilizers, herbicides and pesticides introduced heavy metals into the soil and water that harmed microbial life and contaminated the environment. Countermeasures like adding organic manure were recommended to remediate soils and improve quality.
This document discusses insects as pollution indicators. It defines pollution and bioindicators. Insects are effective bioindicators because they are abundant, respond quickly to environmental changes, and are sensitive to detecting early changes. Certain insect groups like dragonflies, mayflies, caddisflies, and stoneflies indicate water quality, while beetles, collembolans, ants indicate soil quality. Light and noise pollution disrupt insect behaviors and life cycles. Industrial pollution can biomagnify through food chains. Honey bees, moths, and syrphid flies indicate air quality issues. Insects make good bioindicators to monitor overall ecosystem health.
This document defines different types of waste and provides details on solid waste management in the Philippines. It classifies waste as solid, liquid, or sludge and as hazardous, non-hazardous, or special. The main law governing solid waste management in the Philippines is R.A. No. 9003, which created a framework for ecological solid waste management. It mandates source segregation and establishes guidelines for collection, transport, and disposal. The document recommends adopting the 3Rs - reduce, reuse, recycle - to help solve solid waste problems.
This course covers concepts of pollution biology including pollution versus resources, material cycling, tolerance ranges, and carrying capacity. It will examine the responses of plants and animals to air pollution, including using plants to monitor and control air pollution. Topics will include the most common environmental pollutants, their effects on organisms from individual to ecosystem levels, and introduction, dispersion, uptake, and excretion of pollutants. The course focuses on disturbances to healthy ecosystems caused by human-introduced pollutants and alterations to ecosystem interactions.
Insects As Bioindictors for Different Levels of PollutionAmmad Ahmad
This document discusses using insects as bioindicators for different levels of pollution. It defines pollution and bioindicators, and explains that insects are good bioindicators because they are abundant, sensitive to environmental changes, and easy to sample. Specific groups of aquatic insects like mayflies, caddisflies, and stoneflies can indicate water quality, with some species increasing or decreasing based on factors like oxygen, temperature, sediments, and pollutants. Terrestrial insects also reflect environmental conditions, with beetles, collembolans, and lepidopterans responding to issues like heavy metals, acidification, and pesticides. Insects provide a means to monitor cumulative effects of pollutants and the overall health of ecosystems.
This document summarizes research on managing turfgrass diseases like anthracnose and Microdochium nivale without excessive fungicide use. It discusses using nutrients like nitrogen, ferrous sulfate, silica, sulfur, and phosphite to stimulate plant defenses and suppress diseases. Cultural practices like topdressing, mowing height, and irrigation are also reviewed. Trial results show phosphite applications significantly reduced M. nivale incidence while maintaining high turfgrass quality over multiple years. The document concludes phosphite works both directly by inhibiting pathogens and indirectly by stimulating plant defenses.
BIOREMEDIATION OF HAZARDOUS POLLUTANTS USING FUNGIijcoa
Use of chemicals in industrial processes, agricultural practices, nuclear experiments and various areas of our daily lives result in the release of potential toxic chemicals into the environment either on purpose or by accident. Chemicals that are known to pollute the environment include heavy metals, drugs, hydrocarbons, halogenated solvents, endocrine disrupting agents and agricultural chemicals. After their release, these pollutants are transported through the soil, atmosphere and water sources polluting them, thus posing a serious problem for survival of mankind. In the past, traditional method of disposing hazardous pollutants was by digging a hole and filling it with waste material but this method of waste disposal was difficult to continue due to lack of new places to dump. Many physical and chemical based technologies for waste disposal like high-temperature incineration and chemical decomposition methods have evolved in the years. Though these techniques were very effective at reducing a wide range of contaminants, at the same time they had several drawbacks like being complex in nature, uneconomical, and were not easily accepted by the public. Thus focus was shifted towards using modern day bioremediation process as a suitable alternative. Bioremediation is a microorganism mediated transformation or degradation of contaminants into nonhazardous or less-hazardous substances. In this process the contaminant or pollutant is used as a nutrient or energy source by the microorganism and the enzymes secreted by the microorganisms attack the pollutants and convert them to less hazardous products. Among the various microorganisms, fungi possess the biochemical and ecological capacity to degrade environmental organic chemicals either by chemical modification or by influencing chemical bioavailability. Ability of fungi to form extended mycelial networks, the low specificity of their enzymes and their ability of using pollutants as a growth substrate make fungi well suited for bioremediation processes. In contrast to bacteria, fungi are able to extend the location of their biomass through hyphal growth in search of growth substrates. A bioremediation process to be effective, manipulation of environmental parameters to allow microbial growth and degradation to proceed at a faster rate are required. By integrating proper utilization of natural or modified fungal capabilities with appropriate engineering designs to provide suitable growth environment, bioremediation using fungi can be successful in treating hazardous pollutants.
Presented at a video science seminar on 18 April 2012. Karen Garrett is a Professor in plant pathology at Kansas State University. Research conducted under the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS). Watch at http://ccafs.cgiar.org/events/18/apr/2012/live-video-science-seminar-managing-pests-and-disease-under-climate-change-what
Impact of Compost Prepared from Invasive Alien Species in Alleviating Water S...YogeshIJTSRD
Invasive alien plant species are major thread to biodiversity, climate change and environmental sustainability. Management of these invasive alien plant species become a typical task at global level. Composting can be an efficient and environment friendly solution for management of these invasive alien species. The aim of present study was to evaluate the effect of compost prepared from three invasive alien species Cuscutareflexa, Eupatorium adenophorum and Lantana camaraon the tomato plant vigour, antioxidant and nutrient content under water deficit and irrigated well watered conditions. The results revealed that Cuscutareflexa CR compost treatment gave highest shoot length 23.0 , 23.7 , root length 30.0 , 21.4 , shoot fresh weight 47.9 , 52.2 , shoot dry weight 71.0 , 49.4 and root dry weight 66.7 , 51.5 , under water stressand irrigated conditions, respectively. The application of compostCR under water stress has enhanced chlorophyll and prolinecontent over control. Similarly, antioxidant enzymes analysis showed the increased superoxide dismutase 1.33 2.17fold , peroxidase 1.38 1.82fold and catalase 1.06 1.73fold activity under water deficit condition. Nutrient content such as nitrogen, phosphorus, potassium and sodiumin tomato leaf were higher under both water stress and irrigated conditions compared to their respective control. It can be concluded from above outcomes that compost prepared from invasive alien species have potential to ameliorate the negative effects of water stress and enhance the tomato growth. Sandhya Bind | A. K. Sharma "Impact of Compost Prepared from Invasive Alien Species in Alleviating Water Stress in Tomato (Solanum Lycopersicum L.)" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-3 , April 2021, URL: https://www.ijtsrd.com/papers/ijtsrd39961.pdf Paper URL: https://www.ijtsrd.com/biological-science/botany/39961/impact-of-compost-prepared-from-invasive-alien-species-in-alleviating-water-stress-in-tomato-solanum-lycopersicum-l/sandhya-bind
This document provides an overview of domoic acid, a marine biotoxin produced by the diatom genus Pseudo-nitzschia. It discusses several cases of domoic acid poisoning in humans and marine wildlife from 1987 onward. The toxin causes amnesic shellfish poisoning in humans. Pseudo-nitzschia blooms can occur under various environmental conditions and seem to be increasing due to coastal pollution and global warming. Domoic acid production is related to nutrient availability and trace metals. While its biological function is unknown, it may serve as a way to eliminate excess energy or bind trace metals.
CNR: Sustainable Soil Management to reduce agricultural inputs: What is the r...ExternalEvents
This presentation was presented during Day 3 of the Global Soil Partnership Plenary Assembly – 5th Session that took place at FAO Hq in Rome, Italy, from 20 to 22 June 2017. The presentation was made by Raffaella M. Balestrini
Root exudates are chemicals secreted by plant roots into the soil. They perform several important functions, such as regulating soil microbes, encouraging symbiotic relationships, and changing soil chemical and physical properties. Root exudates are categorized as either low or high molecular weight compounds. Low molecular weight exudates like amino acids and organic acids make up most root exudates. Certain exudates play a role in root-microbe communication during processes like nitrogen fixation. The amount and type of root exudates are influenced by numerous plant and environmental factors.
This document discusses insects as indicators of various types of pollution. It begins by defining pollution and its effects on the environment. It then discusses the characteristics of a good bioindicator species and lists various insect groups that can serve as indicators of water, soil, air, light, noise, and industrial pollution. The document concludes with a case study on using macroinvertebrate insects to assess water quality in the Thamirabarani River in Tamil Nadu, India. Key insect bioindicator groups discussed include dragonflies, mayflies, stoneflies, caddisflies, bugs, bees, butterflies, ants, and termites.
) The phenomenon of organic agriculture has started in the 1930s and 1940s in the developed countries as a consequence of the raised dangerous effects of using synthetic fertilizers and pesticides in agriculture on both health and environment. In other words, they were looking for safe food that is free of pesticides and additives (El-Meliegy, 2010).
Population began growing rapidly in the Western world during the industrial revolution (1760-1830). The most significant increase in the world's population has been since the 1950s, mainly due to increases in agricultural productivity and then with technology development and medical advancements, more diseases can be detected and after that reasons were revealed.
Evaluation of the environmental effects of the abandoned quarries strabag qua...Alexander Decker
This document summarizes a research study that evaluated the environmental effects of two abandoned quarries in Nigeria - the Strabag quarry in Ibadan, Oyo State and the RCC quarry in Wasinmi, Ikire, Osun State. Soil and water samples were collected from various locations around the quarries and analyzed for chemical parameters. The results revealed that most deficiencies observed in the soil and water samples were not directly linked to past mining activities. It was found that abandoned granite quarries pose more physical constraints than chemical constraints.
AUTHORED BY: JOHANNA ELSENSOHN AND KELLY SEARS
By 2050, the world’s population is estimated to exceed 9 billion people. A challenge to this rising food demand is that crops will have to be grown on the same or less land as today. Additionally, global climate change is causing considerable uncertainty in the ability of the current food production system to adapt to an unknown future.
To address these issues sustainably, scientists from many disciplines have been investigating ways to increase crop yields and prepare for a changing climate. Considerable effort has focused on enhancing the traits of the crop plants themselves, to enhance their growth, make them resistant to disease, or tolerant to environmental stressors like drought or high salinity conditions. Conversely, a growing area of research is looking at how microorganisms, such as bacteria and fungi, influence these plant characteristics.
The relationship between plants and microorganisms is well known. However, researchers are still working to understand the full complexity and extent of interactions between the two groups. We have seen that microbes are important for plant nutrient acquisition, plant growth and protection against disease. Certain types of bacteria are commercially available and used to increase yields and decrease fertilizer use (Farrar et al. 2014).
This document establishes procedures for OC Animal Care staff to follow when receiving and responding to subpoenas for criminal, civil, and deposition cases. Staff must forward all subpoenas to the OC Community Resources Custodian of Records for processing. The Custodian will then route copies to the employee and Operations Desk Sergeant. Employees must respond to all subpoenas as required by law, and may request to be on-call when possible to avoid disrupting work schedules. Failure to respond could result in legal or disciplinary action.
This document outlines the procedure for processing barking dog complaints in Orange County. It establishes that the Field Services Staff Specialist is responsible for implementing the barking dog civil citation procedure. The process involves receiving complaints, notifying and attempting to work with dog owners to resolve issues, and if needed, issuing civil citations with opportunities for hearings. The goal is to address barking dog nuisances efficiently while protecting the interests of both complainants and dog owners. Numerous forms are attached to support the detailed multi-step procedure.
Este documento presenta la información de Alejandro Mafla, quien ha trabajado como operario de máquinas y en almacenes desde los 18 años. Actualmente trabaja en Alkosto Ipiales. Se graduó de la escuela primaria Santo Domingo Savio y del bachillerato en la Institución Educativa Nuestra Señora de Lourdes. Sus intereses profesionales incluyen terminar sus estudios en gestión de mercados.
The document describes a multi-course tasting menu featuring seasonal ingredients from local farms and vendors. Each course is paired with a specific wine. Dishes include a heirloom tomato and squash terrine, raw hamachi crudo, rabbit with baby carrots, duck breast with foie gras and salsify, beef short ribs and flat iron, and a hazelnut and plum dessert. The menu was prepared by three chefs and includes wines selected by a representative from the wine distributor New France Wines.
This document establishes guidelines for processing special line item receipts in Chameleon, the computer system used by OC Animal Care. It outlines procedures for donation receipts using donation funds toward adoptions and redemptions, program receipts for animals adopted through the Life Program, and exchange receipts for animals adopted with an exchange credit from a previous return. The guidelines seek to provide a uniform process for special receipts while properly accounting for fees, donations, programs in Chameleon.
The document outlines guidelines for OC Animal Care staff regarding the acceptance and handling of in-kind donations. It states that donations under $3,000 can be accepted by any staff, donations from $3,000-$5,000 require acceptance by the director, and donations over $10,000 require board approval. It provides procedures for tracking, storing, distributing and thanking donors for in-kind gifts to ensure donations are used appropriately and donors are acknowledged. Appendices include tracking forms, a donation log, and sample letters.
The document describes the procedure for redeeming impounded animals at the Orange County Animal Care Services (OCACS) using the Chameleon computer system. It outlines verifying ownership of the animal, confirming it is cleared for redemption, and recording any medical treatments. It also details generating a receipt through Chameleon that includes all applicable fees and printing two copies - one for the customer and one for accounting. The animal is then released to the owner upon receipt of full payment.
This document provides guidelines for OC Animal Care employees on safely handling and disposing of dead animals. It outlines procedures for field services personnel, including using protective gloves and plastic bags, avoiding dragging animals, and either burying animals in the field or transporting them to the shelter. It also describes guidelines for kennel services staff when receiving dead animals from the public or field services, such as using carts or directing large animals to a specific unloading area. The overall goal is to prevent the spread of disease while handling dead animals in a respectful manner.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
This document outlines Orange County Animal Care's salmonella program and procedures for inspecting facilities that sell turtles. It establishes that field operations staff will inspect pet shops and other sellers to ensure compliance with state laws regarding the sale of turtles. These laws require sellers to post a warning sign about salmonella, provide buyers with a sales slip containing the warning, and maintain records of turtle purchases and sales. The inspections utilize an animal facility inspection notice, and quarantines may be issued if salmonella is detected.
Chandra Royce resume to steel companiesChandra Royce
This document is a resume for Chandra Royce seeking employment in the steel industry. She has over 30 years of experience in the steel industry, most recently as an Application Programmer/Developer at ArcelorMittal USA. Her skills include analyzing data and systems, devising solutions, managing projects, communicating effectively, and solving problems. She has a history of taking ownership over various systems and helping steel companies adapt to changes in ownership and needs over the years.
The document outlines procedures for processing rabies vaccination exemption requests in Orange County, California. It states that a rabies exemption may be issued if a veterinarian determines vaccination would endanger a dog's life due to medical conditions. The process involves submitting forms signed by an owner and veterinarian, which are reviewed by an OC Animal Care veterinarian who approves or denies the request. Approved exemptions last one year, after which the dog must be vaccinated unless a new exemption is issued.
This document outlines the procedures for disposing of animals that have been surrendered by their owners to be euthanized or that have died. It describes two options for disposal - rendering or cremation. For both live animals to be euthanized and deceased animals, staff are to collect owner information, fees, and obtain authorization signatures. Live animals are then transported to the veterinary clinic to be euthanized, while deceased animals are placed in the morgue. Identification cards are attached to animals selected for cremation and their information is logged. Animals selected for rendering simply have their information logged before being transported.
Orange County CA 2016 to 2017 Recommended Base Budget
includes a recommendation that OCAC (Orange County Animal Care) have an operating budget of $21M, donations of $100K, and a $25M budget for the new shelter. There are also some target performance goals but they are at such a high level with no details on how they are derived that they are pretty much meaningless.
El documento presenta un plan de mercado detallado que incluye una descripción de la situación actual interna y externa de la empresa, un análisis DAFO, objetivos y estrategias de mercadeo, asignación de presupuesto, y proyecciones de ventas. El plan proporciona una guía estructurada para alcanzar los objetivos comerciales en un período determinado mediante estrategias y acciones específicas.
The audit report provides 34 recommendations to improve operations at Orange County Animal Care (OCAC). OCAC is responsible for animal control and shelter services for 18 cities and unincorporated Orange County. Key recommendations include developing a plan to finance a new animal shelter, establishing regular visiting hours at the existing shelter, improving efficiency of the canvassing program, enhancing the volunteer program, and increasing training for staff. The report also analyzes OCAC's finances, licensing program, collections efforts, and other operational areas.
700 02 completion of rabies control investigation report animal vs human (2)No Kill Shelter Alliance
This document outlines procedures for completing a Rabies Control Investigation Report when a human is bitten or scratched by a wild or domestic mammal. It details how the report is used to evaluate exposures and determine if rabies prophylactic treatment is needed. The report collects information on the victim, biting animal, circumstances of the bite, and follow up care and investigation. Procedures are provided on report submission, distribution of copies, general and specific instructions for completing each field, and definitions.
Cyclic Phytoremediation of municipal wastewaterYousaf Riaz
This article examines the effect of phytoremediation using different wetland plants on municipal wastewater. A system of 7 earthen ponds was established, each planted with a different wetland species. Wastewater was passed sequentially through the ponds and its physico-chemical properties were analyzed before and after treatment. Key results found that pH, EC, turbidity, TDS, chloride, bicarbonate, hardness, calcium, magnesium, and nitrate levels all decreased significantly after treatment, by 5.5-93.1%, indicating the system effectively reduced various contaminants. A combined effect of Lemna minor, Typha latifolia, and Scirpus acutus plants was
Role of Phylloplane Bacteria in plant disease management MrChuha
Phylloplane bacteria inhabit plant leaf surfaces and play various roles in plant health and disease management. These bacteria form complex communities on leaves alongside fungi, algae, and other microbes. Phylloplane microbes can protect plants by producing antimicrobial compounds that inhibit pathogenic fungi and bacteria, or by inducing systemic resistance in plants. They also promote plant growth through the production of plant hormones. However, phylloplane bacterial communities are influenced by environmental factors like temperature, humidity, light, and pollution as well as the plant leaf properties themselves.
This document is a project report submitted by a student named Suneel Kumar to fulfill the requirements for a Master of Science degree. The project aims to isolate and characterize bacteria from soil samples collected from a brass industry. The report includes an introduction discussing antibiotic resistance in environmental bacteria and the impacts of antibiotic pollution. It also includes sections on the aim and objectives, literature review, materials and methods, expected results and discussion, and references. The student acknowledges the guidance received from their project supervisor.
different stress effects on the plant and plant's adaption to the stress to manage it,all these discussed in detail in this presentation, what happens to the plants when stress happen is in presentation in details
Soil Health definition and relationship to soil biology
Characteristics of healthy soil
Assessment of soil health
Framework for evaluating soil health
Indicators
Types of indicators
Biological indicators
Role of biological indicators
This science exhibition presentation summarizes the negative effects of chemical pesticides on the environment. It discusses how pesticides can contaminate air, water, and soil through drift, runoff, and leaching. This pollution impacts ecosystems and public health. Pesticides also reduce biodiversity in soil, harm pollinators, and can cause pests to develop resistance over time. The presentation advocates for alternative pest control methods like integrated pest management that are more environmentally friendly.
plant drought effects, mechanisms and managementG Mahesh
This presentation provides an overview of plant drought stress, including its effects, mechanisms, and management strategies. Drought stress can impact plant growth, yield, water relations, photosynthesis, nutrient uptake, and cause oxidative damage. Plants have developed morphological, physiological and molecular mechanisms to tolerate drought, such as escaping dry conditions, reducing water loss through stomatal control, antioxidant production, and accumulating compatible solutes. The presentation also discusses strategies to manage drought, including improving crop genotypes and optimizing agronomic practices to enhance drought resistance.
Pesticides play a vital role in agricultural production by controlling pests and increasing crop yields, though they can also negatively impact the environment if not properly disposed of. The document discusses methods for disposing of and treating pesticide waste, including land cultivation, which uses soil microbes to break down pesticides over time, and composting, where microbes decompose biodegradable pesticide compounds. The conclusion evaluates different disposal and treatment methods based on criteria like detoxification ability and cost to determine suitable options for on-farm use.
This document summarizes research on developing transgenic plants with improved resistance to abiotic stresses like drought. It describes how drought is a major constraint on crop production worldwide. Transgenic approaches manipulate stress-related genes to develop crops with traits like improved signaling pathways, membrane/protein protection, and water/ion transport. Specifically, research has engineered crops with drought avoidance traits like suppressed leaf senescence and improved water use efficiency. The hormone abscisic acid plays a key role in plant responses to drought by regulating gene expression and physiological processes.
This document discusses stress in crops caused by both biotic and abiotic factors. It defines stress and provides classifications of stress. Biotic stress results from damage by living organisms like pathogens, insects and weeds. Abiotic stress is caused by non-living environmental factors like drought, salinity, temperature extremes. Drought is a major abiotic stress that limits crop yields globally. The effects of drought on crops are discussed along with mitigation strategies like mulching, fertilizer management and foliar sprays.
Impact of agricultural practices on environmentTanvirHridoy1
This document summarizes the impacts of various agricultural practices on the environment. It discusses how intensive agricultural practices can place serious burdens on the environment through water and air pollution, greenhouse gas emissions, and soil and water degradation. Specifically, it examines the negative impacts of pesticide and fertilizer usage, irrigation practices, soil tillage, lack of crop rotation, plant hormone usage, stubble burning, and animal wastes. It also acknowledges some positive environmental effects of agriculture. The document reviews several other studies and sources that have also analyzed the link between agriculture and environmental impacts. It concludes that modern intensive agriculture has increased yields but also environmental costs that cannot be ignored if agricultural expansion continues.
This document summarizes the implications of pesticide usage in Nigeria. It discusses how about 15,000 metric tons of pesticides containing 135 chemicals are imported annually, which has led to persistence in the environment affecting ecosystems and non-target organisms. Pesticides have been found to contaminate food, soil, water and living organisms like fish in Nigeria. The document analyzes several studies that have found pesticide residues in foods, rivers, groundwater, and fish in Nigeria above permissible limits. Long-term exposure to pesticides is linked to health issues in humans like cancer, birth defects and nervous system impacts. Better regulation and monitoring of pesticide usage is needed to reduce environmental and health effects in Nigeria.
This thesis examines phytoremediation as a more sustainable alternative to traditional brownfield remediation methods. The author outlines how conventional remediation methods are costly, pose health and environmental risks, and lack public support. Meanwhile, phytoremediation uses plants to break down toxic substances in contaminated sites. While still in development, phytoremediation offers lower costs and greater community acceptance than traditional methods. The author analyzes the benefits and drawbacks of conventional remediation and phytoremediation through a review of literature to argue that phytoremediation provides a more sustainable approach to remediating the growing problem of contaminated brownfield sites.
Water Pollution Due to Agricultural Pesticidesijtsrd
The term pesticide is a composite term that includes all chemicals that are used to kill or control pests. Pesticides are used to protect crops against insects, weeds, fungi, and other pests. They also play a significant role in food production. They protect or increase yields, and the number of times per year a crop can be grown on the same land. In agriculture, this includes herbicides weeds , insecticides insects , fungicides fungi , nematocides nematodes , and rodenticides vertebrate poisons .Pesticides are potentially toxic to humans and can have both acute and chronic health effects, depending on the quantity and the ways in which a person is exposed. Some of the older, cheaper pesticides can remain in the soil and water for years. They have been banned in developed countries for agricultural use but are still used in many developing countries. There are more than 1,000 pesticides used around the world to ensure food is not damaged or destroyed by pests. Each pesticide has different properties and toxicological effects and the toxicological effects of multiple pesticides can be greater than the sum of their parts . Dr. Ashutosh Tripathi | Prabhat Pandey "Water Pollution Due to Agricultural Pesticides" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-4 , June 2022, URL: https://www.ijtsrd.com/papers/ijtsrd50192.pdf Paper URL: https://www.ijtsrd.com/other-scientific-research-area/other/50192/water-pollution-due-to-agricultural-pesticides/dr-ashutosh-tripathi
This document discusses how biodiversity loss can impact ecosystem functioning and processes. It begins by noting that human impacts have dramatically reduced biodiversity at all levels from genes to entire ecosystems. Many ecosystem processes are sensitive to biodiversity declines. Experimental studies show that reductions in biodiversity can decrease plant productivity and increase variability in processes like nutrient levels and plant growth. Maintaining biodiversity is important for preserving ecosystem services that support human welfare, and should be a priority in environmental policies.
Soil pollution is defined as the build-up in soils of determined toxic compounds, chemicals, salts, radioactive materials, or disease causing agents, which have adverse effects on plant growth and animal health.
# Main Causes of Soil Pollution
# What Diseases Does Pollution Cause
# Soil Pollution and Its Effects
# Methods to control soil pollution
# How soil pollution and soil erosion could be prevented
Use of Autochthonous Organic Inputs for Amelioration of Fluoride Toxicity and...Agriculture Journal IJOEAR
Abstract— An assessment was undertaken to study the combating capacity of autochthonous organic inputs viz. vermicompost, compost and bacterial consortia isolated from different sources viz. oil spillage sludge of petrol pump and rhizosphere of rice plant against the fluoride toxicity under field condition. Brassica campestris L. cv.B9 was selected as a test species. Experiments were carried out in two consecutive years 2012-2013 and 2013-2014 designed as experiment I and experiment II. One unique thing was observed that mustard which were grown under indigenous organic inputs treated plots gave maximum yield under T1 treatment (25 mg Kg-1 F) and was above the control set. Moreover, autochthonous organic inputs were capable of reducing the amount of fluoride content within the different plant parts of mustard. Maximum amount of fluoride was accumulated within the leaves and minimum quantity of fluoride was accumulated within the seed but within the permissible range (< 0.3 mg Kg-1 as recommended by EPA, FAO and WHO). Data were significantly different at 5% level using Duncan’s Multiple Range Test (DMRT). Therefore, combination of vermicompost, compost and bacterial consortia acted upon reduction of fluoride level in the crop field of mustard.
Industrial pollution arises from industrial activities and degrades the environment through various means. It contaminates water sources, releases toxins into the air, and reduces soil quality. Key causes include lack of pollution control policies, unplanned industrial growth, outdated technologies, and inefficient waste disposal. Effects are water, soil, and air pollution, which harm wildlife and human health and contribute to issues like global warming. Better pollution control and enforcement of regulations can help address these problems.
Hamilton et al. 2015 microbial mitigationCyd Hamilton
This document discusses how managing constructed microbial communities in agriculture could help mitigate climate change. It proposes combining breeding strategies, biotechnology, and utilizing mutualistic plant-microbial relationships to develop agricultural systems called constructed microbial communities. These communities would utilize evolutionary and ecological principles to design microbial mixtures that enhance crop production and resilience to climate change, while reducing the economic and environmental costs of agriculture. The document provides background on challenges of increasing food production for a growing population amidst climate change impacts. It also gives a brief introduction to mutualistic plant-microbial symbioses and their potential roles in improving plant stress responses, nutrient acquisition and growth. Developing contextually effective constructed microbial communities will require collaboration between breeders and microbial ecologists.
assessing heterogeneous influences on partial deposition of virus in lateriticIJCMESJOURNAL
This paper monitored the rate of partial deposition of virus on heterogeneous formation, the study were able to monitor the behaviour of virus in heterogeneous deposition influencing partial concentration of virus in Lateritic and silty formation. The study was able to observe the rate of partial deposition base on its rate of fluctuation through variation observed from deposited void ratio and permeability, such formation developed fluctuation on these parameters thus generated partial deposition of virus in the study area. Linear deposition were also experienced in graphical representation, the result obtained ranged from [1.97E-12-2.35E-11],[3-30M], [1.97E-12-2.36E-11[10-100] Predictive 1.97E-12, Experimental 1.87E-12 [3-36m], predictive, [1,97E-12], Experimental [2.26E-11] [10-120 Days] predictive 2.36E-12, Experimental 2.24E-11,[10-120Days] [1.31E-12-2.36E11], Predictive1.31E-12, Experimental, 2.36E-11 [2-30m], predictive,[2.36E-11-2.2E-11]; [2-30m] ,for Time 1.31E-12-2.36E-11[4-60days] while predictive and Experimental,[2,36E-11] [1.37E-12-2,22E-11] [2-30m] The prediction rate of partial deposition of virus was possible through mathematical modeling techniques, the system were developed base on the parameters from predominant formation characteristics in study location, these parameters generated the derived model through the developed governing equation, simulation generated theoretical values that were compared with experimental results, both parameters developed best fits validating the model, experts will definitely applied this approach in monitoring and evaluation of virus deposits in the study area.
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Amid the constant barrage of distractions and dwindling motivation, self-discipline emerges as the unwavering beacon that guides individuals toward triumph. This vital quality serves as the key to unlocking one’s true potential, whether the aspiration is to attain personal goals, ascend the career ladder, or refine everyday habits.
Understanding Self-Discipline
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The Fascinating World of Bats: Unveiling the Secrets of the Nightthomasard1122
The Fascinating World of Bats: Unveiling the Secrets of the Night
Bats, the mysterious creatures of the night, have long been a source of fascination and fear for humans. With their eerie squeaks and fluttering wings, they have captured our imagination and sparked our curiosity. Yet, beyond the myths and legends, bats are fascinating creatures that play a vital role in our ecosystem.
There are over 1,300 species of bats, ranging from the tiny Kitti's hog-nosed bat to the majestic flying foxes. These winged mammals are found in almost every corner of the globe, from the scorching deserts to the lush rainforests. Their diversity is a testament to their adaptability and resilience.
Bats are insectivores, feeding on a vast array of insects, from mosquitoes to beetles. A single bat can consume up to 1,200 insects in an hour, making them a crucial part of our pest control system. By preying on insects that damage crops, bats save the agricultural industry billions of dollars each year.
But bats are not just useful; they are also fascinating creatures. Their ability to fly in complete darkness, using echolocation to navigate and hunt, is a remarkable feat of evolution. They are also social animals, living in colonies and communicating with each other through a complex system of calls and body language.
Despite their importance, bats face numerous threats, from habitat destruction to climate change. Many species are endangered, and conservation efforts are necessary to protect these magnificent creatures.
In conclusion, bats are more than just creatures of the night; they are a vital part of our ecosystem, playing a crucial role in maintaining the balance of nature. By learning more about these fascinating animals, we can appreciate their importance and work to protect them for generations to come. So, let us embrace the beauty and mystery of bats, and celebrate their unique place in our world.
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1. 1 | P a g e
March 2014 newsletter1
In this issue we cover the following events, reports and news:
Silicon and plant susceptibility to pests and diseases
2014 National Student Floristry Competition- meet our sponsors
Stage 2 communications project submitted to RIRDC
Update on What Cut Flower is That?
Free trade agreements
Flower of the month - Leucadendron ‘Safari Sunset’
Diary dates 2014
How to contact WFA
Access NTS products and services at great prices through WFA – including Si!
9th
Australian Wildflower Conference program
1
This newsletter is an activity funded by the RIRDC project Capacity Building and Communications Enhancement of the Wildflower industry.
It has been compiled by Bettina Gollnow, the Communications & Extension Manager, also funded by this project.
2. 2 | P a g e
Silicon and plant susceptibility to
pests and diseases
Audrey Gerber*
With respect to effects of nutrients on pest and
disease susceptibility, perhaps no other element has
received more recent attention than Silicon.
Although not yet widely considered an essential
element, Si content of many crops affects resistance
to fungal infections, insect attacks and also confers
resistance to even multiple abiotic and biotic stresses
(Locke et al., 2004; Epstein, 2005; Fauteux et al., 2005;
Datnoff et al., 2005; Dordas, 2009; Mattson & Leatherwood,
2010; Frantz et al., 2011). Abiotic stresses include water
deficit, high temperature, high light and ultraviolet
levels, salinity, nitrogen excess, high free aluminium
levels in soils, freezing.
In modern production systems, the issue of plant
stress is significant, since it has been shown that
many agrogenic (farmer-caused) inputs derange
plant metabolism, resulting in suboptimal health,
increased susceptibility to pest and disease attack,
and arguably, to increased stress of plants. Stress
results from any significant deviation from the
optimal conditions for life. It might be seen as a
condition of imbalanced metabolism or deranged
plant physiology resulting from the effect of one or
more stressors.
One might accept that there is no place in existence
totally free of stress; thus moderate stress might be
regarded as part of life. Plant stress is broadly
categorised as abiotic: those caused by non-living
stressors, such as climate (temperature, light, wind
energy, precipitation, humidity); soil (chemical and
physical properties); atmospheric (gases and
pollutants), and biotic: those caused by living or
biological stressors; pathogens (bacteria, fungi,
viruses, and others); pests (invertebrate and
vertebrate) or other plants.
Note that man’s activities often constitute biotic
stresses on plants in terms of agrogenic inputs such
as use of chemicals. A key element of any farming
strategy is to manage controllable factors, and take
practical steps to mitigate the effects of stress factors
not under one’s direct control (e.g. planting of
effective windbreaks to minimise destructive effects
of wind energy). So a practical way of reducing stress
and hence improving the chance that plants will
achieve true health, in terms of achieving their full
genetic potential, is to avoid adding biotic, agrogenic
stress to the abiotic stresses already existing in the
field.
The precise mechanism by which Si confers disease
resistance is as yet not completely understood.
Silicon deposition (as biogenic opal microliths) in
dermal cells creates a physical barrier (Epstein, 2005;
Datnoff et al., 2005; Dordas, 2009; Crooks & Prentice, 2011)
but also elicits the production by plants of defensive
compounds such as diterpenoid phytoalexins (Datnoff
et al., 2005; Dordas, 2009; Crooks & Prentice, 2011) and the
accumulation of flavonoid antifungal compounds
(Dordas, 2009). Datnoff et al. (2005) proposed that Si
influenced the following individual components of
plant resistance to pathogens:
• The latent period: Si prolongs the length of time
between the appearance of symptoms and when the
lesions begin to sporulate, inferring that Si slows the
growth rate of the pathogen in the host. Even a small
increase in the latent period can significantly
decrease the epidemic rate.
• Infection efficiency and infection rates: high Si
content of leaves leads to reduced numbers of
sporulating lesions. Hyphae did not develop in leaf
areas with thick Si deposits. Note that frequency of
infection refers to the number of sporulating lesions
per unit area of the host leaf; which accumulates over
the host developmental stages.
• Pathogen colony and lesion size: Si seems to affect
colony and lesion size (both of which determine the
effective sporulating area of the pathogen) in some
studied plant pathosystems. Si might affect the
growth rate of the pathogen as well as spore
production. Note that since Si also affects leaf size,
when interpreting these results, one needs to
consider leaf area rather than leaf number.
• Conidial production: Si probably decreases conidial
production, although this effect is not solely
attributable to Si content.
• Rate of lesion expansion: Silicon has a number of
effects in soils, improving soil physical, chemical and
biological function, reducing losses of nitrogen,
phosphorus and potassium, and proving more
effective at detoxifying high soil levels of aluminium
than application of lime (Epstein, 2005; Crooks &
Prentice, 2011). Matichenkov & Calvert (1999; 2002) and
Matichenkov et al. (2001) reported a wide range of
beneficial effects of Si on soils: increased soil water
holding capacity and cation exchange capacity
(especially sandy soils); improved soil air and water
conditions; increased stabilisation of organic matter;
optimisation of soil pH; increased soil
microbiological function; decreased toxicity from
high levels of Al, Mn, Fe, Zn and Cu and decreased
toxicity from organic soil pollutants.
Plant uptake of Si is as monosilicic acid, and
commonly used forms of silica include potassium and
3. 3 | P a g e
sodium silicates, basic slag and diatomaceous earth
(Locke et al., 2004; Epstein, 2005; Fauteux et al., 2005;
Mattson & Leatherwood, 2010; Frantz et al., 2011). In
ornamental plant species (New Guinea Impatiens and
Reiger begonia) Si was taken up from soil drenches
and deposited in the hydathode regions of leaf
margins (Locke et al., 2004). Crooks & Prentice (2011) note
the importance of Si fertilisers (especially of low-
cristobalite, diatomaceous earths) as components of
sustainable agriculture: in particular, the deposition
of Si in plant tissues enhances their strength and
rigidity, improving the light-receiving posture of
plants, and thereby enhancing photosynthesis and
growth. Mattson & Leatherwood (2010) reported that 100
mg/l Si solutions from potassium silicate applied
weekly as soil drenches to Petunia x hybrida and
Argyranthemum frutescens affected plant height,
diameter, fresh mass, dry mass, flower diameter and
leaf thickness. Frantz et al. (2011) conclude that
silicon’s inclusion into (floricultural) fertility
programmes should be more broadly considered than
current practices. Finally, high N levels suppress the
uptake of Si (Dordas, 2009).
In copper-stressed snapdragon (Antirrhinum majus)
and Zinnia elegans, supplemental Si applications
resulted in reduced stress and mineral nutrient
concentrations more similar to healthy, control
plants than plants exposed to copper toxicity. Note
that copper toxicity is a significant concern in
floriculture, with an average total rate of Cu use of
just under 1.9 kg/ha in floriculture and nurseries
alone (Frantz et al., 2011). Copper fungicides are
amongst the most toxic and persistent fungicides,
and, although they are considered acceptable to
organic farming principles, their application warrants
strict regulation, as does use of some animal
manures, municipal composts and especially
biosolids, all of which can contain high levels of
copper (Bünemann et al., 2006).
* Extract from the final report on the Farm Plus project submitted
to RIRDC by Dr Audrey Gerber.
References cited:
Bünemann, E.K., G.D. Schwenke & L. Van Zweiten. 2006.
Impact of agricultural inputs on soil organisms - a review.
Austral. J. Soil Res. 44: 379-406.
Crooks, R. & P. Prentice. 2011. The benefits of silicon
fertilisers for sustainably increasing crop productivity. In:
The Fifth International Conference on Silicon in
Agriculture, Beijing, China. 18 pp.
Datnoff, L.E., A.M. Brunings & F.A. Rodriguez. 2005. Silicon
effects on components of host resistance: an overview of
implications for integrated disease management. Pages 19-
25 in: III Silicon in Agriculture Conference, 22-26 October,
Federal University of Uberlandia, Brazil.
Dordas, C. 2009. Role of nutrients in controlling plant
diseases in sustainable agriculture: a review. Agron.
Sustain. Dev. 28:33-46. DOI: 10.105/agro:2007051.
Epstein, E. 2005. Silicon in agriculture: a historical review.
Pages 8-11 in: III Silicon in Agriculture Conference, 22-26
October, Federal University of Uberlandia, Brazil.
Fauteux, F., W. Remus-Borel, J. G. Menzies & R.R. Belanger.
2005. The role of silicon in plant pathogen interactions:
towards a universal model. Pages 28-34 in: III Silicon in
Agriculture Conference, 22-26 October, Federal University
of Uberlandia, Brazil
Frantz, J.M., S. Kandekhar & S. Leisner. 2011. Silicon
differentially influences copper toxicity response in silicon-
accumulating and non-accumulating species. J. Amer. Soc.
Hort. Sci. 136(6): 329-338.
Locke, J.C., D. Pitchay & J.M. Frantz. 2004. Effect of
nitrogen, potassium and silicon nutrition on disease
susceptibility of various ornamental crop species. USDA
Agricultural Research Service. University of Toledo, OH,
USA. 1p.
Matichenkov, V. V. & D.V. Calvert. 1999. Silicon fertilisers
for Citrus in Florida. Proc. Fla. State Hort. Soc. 112: 5-8.
Matichenkov, V. V. & D.V. Calvert. 2002. Silicon as a
beneficial element for sugarcane. J. Amer. Soc. Sugarcane
Technol. 22:21-30.
Matichenkov, V.V., E. Bocharnikova & D. Calvert. 2001.
Response of citrus to silicon soil amendments. Proc. Fla.
State Hort. Soc. 114:94-97.
Mattson, N.S. & W.R. Leatherwood. 2010. Potassium silicate
drenches increase leaf silicon content and affect
morphological traits of several floricultural crops grown in
a peat-based substrate. HortScience 45(10:43-47).
For more about Si products, see page 9 of this
newsletter.
2014 floristry competition – meet our sponsors
Platinum sponsor
Freshflowers.com.au is one of the biggest and
freshest online floral companies in Australia. At
Freshflowers.com.au, you can’t get fresher than us.
We have an extensive network of growers where we
are able to source the highest quality of flowers for
some of our most popular bouquets and
arrangements – ensuring fresh, quality supply all year
round. Our belief is that all flowers are not created
equal and at Freshflowers.com.au, you’ll discover a
massive difference that includes new, never-been-
seen before floral gifts including celebratory cupcakes
and personalised products. We have an amazing
product range that goes beyond quality to offer you a
fresh perspective on the way flowers and gifts are
presented and packaged.
We deliver to most capital cities, territories,
metropolitan and regional areas in Australia,
4. 4 | P a g e
however there are some areas within Australia which
are not covered by our standard delivery service. We
also pride ourselves on our reliable same day delivery
service. So, by placing your order prior to 1.pm
weekdays, Australian Eastern Standard Times
(AEST), we get your bouquet made and delivered to
the recipient by 5.00pm (business address) and to
residential addresses by 7.00pm.
You can contact us on: Phone: 13 37 37 or
customercare@freshflowers.com.au
Platinum sponsor
Operating as both a grower and a wholesaler, East
Coast Wildflowers is one of Australia's leading
suppliers of Australian Native and South African
Wildflowers, supplying high quality seasonal flowers
and foliages all year round. East Coast Wildflowers
has long had a reputation for supplying high quality
products, including many more unusual products not
generally available.
Active in the industry for years, promoting and
educating people on the incredible diversity and
range of products available, Craig Scott of East Coast
Wildflowers can assist students in the competition
with information on what products are generally
available month by month. The full listing is available
at
http://www.eastcoastwildflowers.com.au/availability
_order.htm
Don't hesitate to contact East Coast if you want to
obtain specific products on the list. Contact details
are: Market Phone (02) 9325 6774 and Fax (02) 9325
6046.
Gold sponsor
The Flower Association of Queensland Inc (FAQI) is
a non-profit organisation based in Brisbane,
Queensland, Australia. The association aims to
support the sustainable future growth of the
Queensland Cut Flower & Foliage industry, but it also
provides a broader level of support to the national
industry, through the extension of project results,
facilitating communication between key national
players and acting as a conduit of knowledge and
information.
As Queensland’s peak State body, FAQI represents
floriculture greenhouse growers, tropical flowers and
foliage, in-ground native and wildflower growers.
Members also include equipment and installation
suppliers, wholesalers, exporters, florists, specialist
consultants and advisors, researchers and educators.
FAQI’s broad objective is to proactively addresses
common challenges faced by the industry, implement
solutions and represent its members to government,
technical agencies and other industry groups.
FAQI is also the publisher of the Australian Flower
Industry magazine. Each issue contains interesting
articles and valuable information for everyone in the
industry, written by recognised industry experts, and
specifically addressing the needs of floriculture
businesses. An award-winning national publication,
focusing on the whole of the supply chain from
breeder to retailer, it is dedicated to giving advice
and expertise to stay competitive in today’s changing
market.
Published quarterly – in March, June, September,
December – it is the only trade flower magazine
reaching over 1500 professionals around Australia,
New Zealand & Asia Pacific.
The AFI magazine carries news and information on
the National Floristry competition yearly, including
the names and photos of the winning designs.
To subscribe to the magazine go to
www.australianflowerindustry.com.au and fill out the
subscription form or follow the AFI business card QR
link to the website.
Gold sponsor
Sydney Flower Market is Australia's largest flower
market for fresh cut flowers. The diverse group of
growers at the Sydney Flower Market primarily
supply florists in the Sydney area, regional NSW and
the ACT. It is estimated that the Sydney Flower
Market has an annual turnover in excess of $150
million and accounts for approximately 75% of the
wholesale cut flower trade in NSW. Potted plants and
florist supplies such as ribbon, wrap, foam and other
sundries are also sold.
Approximately 170 traders hold stands in the hustle
and bustle of the Sydney Flower Market at
Flemington. NSW is very fortunate as it has a wide
range of climates within the state, meaning that a
wide variety of flowers can be locally grown, with the
main flower growing areas being on the Central
Coast, around Horsley Park and Leppington, and in
the Hills area at Dural and Glenorie. All these areas
are within 2 - 3 hours travel of the Sydney Markets
and fresh cut flowers are brought in from these farms
each day.
5. 5 | P a g e
The Sydney Flower Market is open from 5:00am –
11:00am Monday through to Friday with most of the
flowers being snapped up before 8am daily.
Silver sponsor
Apack Pty Ltd has grown from humble beginnings in
Victoria in 1994, establishing itself as the preferred
supplier of floral sundries to florists, educational
facilities and associated businesses today.
With its head office and Superstore in Melbourne,
the word spread and now Apack can proudly service
your sundries needs from Superstores in NSW, Qld
and SA, as well as conveniently located stores at the
Melbourne and Sydney flower markets.
With a growing range of innovative, quality products
sourced from Europe, Asia, the UK and Australia just
to name a few, Apack is always adapting to
worldwide trends in the industry.
Service, competitive pricing, and staff with a desire to
exceed our customers' expectations have driven us to
our respected place in the industry.
In your state, contact us on:
Vic.: 03 9706 6277
NSW: 02 9646 4800
Qld: 07 3274 5577
SA: 08 8443 6558
Visit our webpage at www.apack.net.au for further
contact details and to request our catalogue.
Silver sponsor
Premium Greens Australia and Australian Flora
Corporation are the marketing arms of the “Cedar
Hill Corporate Group”. Based on the Sunshine Coast
in Southeast Queensland, they are Australia’s leading
supplier of unique, native foliages. They also operate
online for direct purchase by Australian florists and
designers.
Working closely with the Australian government and
various environmental agencies, they ensure all
products are treated in an environmentally friendly
way. One of the main aims is to develop a number of
these unique products from Australian forests and
adapt them to plantations for the cut flower and pot
plant industry. To achieve this goal, they operate
their own tissue culture laboratory and tube stock
nursery dedicated to these unique species.
At present, any forest-harvested product is done so
on a sustainable and environmentally sound basis,
following the rigorous rules laid down by the State
and Federal governments. They take great pride in
knowing they are bringing the beauty of Australian
forest into the homes of the world with minimal
impact on our beautiful Australian environment.
For further information, please contact their Sales
Manager, Paul Bruce, or visit their websites -
www.afc-greens.com / www.sunfloral.com.au
Silver sponsor
The family Proteaceae has seventy three genera and
more than 1500 species occurring predominately in
the Southern hemisphere. Proteaceae naturally occur
in temperate and sub-tropical climates on acidic
sandy soils with low fertility. Australia has the
greatest diversity with forty-two genera and over 850
species. South Africa has fourteen genera and
more than 330 species. Other regions with native
Proteaceae include South America, China, southern
India, south-east Asia, Madagascar, New Caledonia
and other Pacific islands.
The International Protea Association
(IPA http://www.ipa-protea.org/) was formed in
Melbourne in 1981, after a meeting hosted by the late
Peter Mathews of Proteaflora Nurseries. The IPA
represents all links in the Value Chain of global
commercial protea production. The IPA offers
researchers, propagators, producers, marketers,
breeders and educators an open forum of
communication and friendship to promote and
expand the industry for the benefit of all.
The first joint meeting between international protea
growers and researchers was held more than twenty
years ago, in 1986. Growers, breeders, technical
advisors and marketers are represented by the
International Protea Association and researchers and
educators by the International Protea Working
Group (IPWG). The IPWG is a specialised group of
the Ornamentals Section of the International
6. 6 | P a g e
Society of Horticultural Scientists (ISHS). Since this
first joint meeting communication between growers
and researchers has continued, with thepublication
of 8 Acta Horticulturae reporting proceedings of
IPWG symposia (www.actahort.org ).
The IPA currently has over 100 members,
representing protea producers, marketers and
researchers from Australia, Chile, China,
Columbia, Ecuador, France, Holland, Israel, New
Caledonia, New Zealand, Peru, Portugal, South
Africa, Spain, USA and Zimbabwe. The participation
of other countries is welcomed as the industry
expands.
Silver sponsor
Established in 1990, WAFEX is one of Australia’s
leading flower exporters, in addition to having a
strong domestic presence in the distribution of
wildflower and foliage products across all major
capital city markets. WAFEX operates dedicated
warehouse, cool storage and packing facilities in both
Perth and Melbourne. A dedicated grower base of
over 200 quality focussed growers, located across a
wide range of climatic zones, allows WAFEX to offer
its export and domestic clients a wide range of
products in addition to extended flowering seasons.
WAFEX currently exports both fresh and dried
flowers to global markets including Japan, the
Netherlands, Canada, the USA, Taiwan, Hong Kong,
Korea, Switzerland and China.
The WAFEX web site (www.wafex.com.au) details
WAFEX company history, product range and media
profile articles in recent years. There you will also
find details of various programs aimed at improving
product quality and customer satisfaction, including
packaging initiatives and a quality assurance
program.
WAFEX is owned by Craig Musson, Managing
Director and Adrian Parsons, Eastern States Director.
Contact WAFEX at sales@wafex.com.au
Bronze sponsor
Civil and Structural Engineering Design Services Pty
Ltd provide a wide range of services to cover all your
Engineering, Design and Construction requirements.
Such services include, Commercial & Industrial
Engineering, Structural Design of Swimming Pools,
Site Plans, Storm Water Detention (OSD) and
Retention Basins, Minor roads Design, Driveway and
Car park Design, Retaining walls and shoring,
Certification & Site investigation.
Our Company is privately owned and operated by
Edward Bennett.
Civil & Structural Engineering Design Services Pty.
Ltd.
ABN: 62 051 307 852
3 Wanniti Road BELROSE NSW 2085
Tel: 02 9975 3899 Fax: 02 99751943
Email: hited@bigpond.net.au
Web: www.civilandstructural.com.au
Stage 2 communications project submitted to
RIRDC
A full project proposal has been submitted to RIRDC
for the 2014 funding round. It aims to continue and
further develop activities and strategies developed by
the current project which ends in June. These provide
direct communications like this newsletter to all
industry members - current and future growers,
marketers (domestic and overseas), florists and allied
industry members.
Activities proposed include bimonthly newsletters,
technical reports, regular email communications, and
coordination of the national student floristry
competition and development of new website based
information. Unfortunately with a reduced budget
compared to stage 1, frequency of communications
will be slightly reduced.
An annual industry conference or conference plus
workshop will be held, where possible taking
advantage of being part of a wider industry
conference being organised by others, including an
international conference planned for Perth in August
2015.
All these activities were rated highly in the June 2013
member survey.
A strong focus would remain on current and recently
completed R&D projects to ensure that industry
members are made aware of opportunities and
results.
7. 7 | P a g e
Update on ‘What Cut Flower is That?’
After 3 months, the sales and download
figures are:
115 hard copies have been dispatched
Downloads
Dec 2013 294
Jan 2014 323
Feb 2014 262
To download the publication or to order a
print copy go to:
https://rirdc.infoservices.com.au/items/13-
079 or call 1300 634 313.
Generous discounts apply for bulk orders.
Please contact RIRDC direct for more
information.
New members who join WFA between now and
the end of June will have the chance go into the
draw to win a complimentary copy of ‘What cut
flower is that?’
Free trade agreements
Free trade agreements between Australia and various
trading partners have been in the news in recent
months. In fact, WFA received an eager enquiry from
a South Korean flower importer looking ahead to
more favourable business opportunities because of
the upcoming FTA with Australia, which was
announced in early December last year.
RIRDC has just published a new report on the subject
for those wanting to know more...
The impact of free trade
agreements on Australia - A model-based analysis
Authors: Catherine Tulloh, Tingsong Jiang, David
Pearce
142 pages
Code: 14-002
Published: 11 Feb 2014
ISBN: 978-1-74254-619-3
This report examines the implications for Australian
agriculture of recently implemented and potential
future free trade agreements (FTAs).
The report presents the findings of a project which
aimed to provide estimates of the potential economic
impacts of a range of prospective FTA outcomes.
In particular, the project was concerned with the
cost to Australia of FTAs already agreed between
trading partners, where Australia is not included.
Read more at
https://rirdc.infoservices.com.au/items/14-002
Flower of the month
Leucadendron ‘Safari Sunset’
Botanical name: Leucadendron ‘Safari Sunset’
(Leucadendron salignum red form L. laureolum
female form).
‘Safari Sunset’ is probably the most important
Leucadendron grown around the world for the cut-
flower market and is an important crop for Australian
growers, for both domestic and export markets. It is
almost an all-year-round product, saleable at
different stages of maturity.
Origin: Like most proteas, Leucadendron originates
in South Africa and bears separate male and female
flowers on separate plants. However, ‘Safari Sunset’, a
female selection, was bred in New Zealand and is
vegetatively propagated.
8. 8 | P a g e
Description: Large flower heads (30–50 mm wide;
up to 10 cm across when fully opened) develop at the
tips of very long, upright stems clothed with oblong,
dark green leaves. Each flowerhead features glowing
wine-red bracts spirally arranged around the small
central flower cone.
At the earliest stage marketed, the bracts are clear
red and firm, and tightly enclose the small central
cone, giving the flower head a slender tulip shape. As
the flower head matures, it develops a deep wine red
to purplish colour (in winter), becoming more goblet
shaped, and finally the bracts reflex to reveal a
prominent woody central cone.
By early spring the bracts have become cream to
yellow in the centre and bronze to red on the outside.
Late-season product with the cone at its final size is
also a popular product, but not if there is a lot of
bypass growth.
Cultivation notes: ‘Safari Sunset’ is fast growing and
a very high-yielding plant under intensive cultivation,
with plants producing marketable yields within 2
years of planting. Adequate irrigation is important for
good stem length and quality. Plants need a well
drained, acidic soil with a pH not exceeding 5. Like
proteas, Leucadendron is susceptible to Phytophthora
root rot.
Once established, ‘Safari Sunset’ is drought resistant
and will tolerate light frost. Hard pruning is needed
after flowering to promote long straight stems for the
next crop. Removing the first flower head early in the
season forces the growth of more flowering stems to
create a ‘multi-head’, which is accepted by some
markets.
Cold weather tends to improve the intensity of colour
in the bracts, making ‘Safari Sunset’ a major winter
crop in some areas.
Preharvest pest management is important for
minimising insect chewing damage to the bracts.
Flowering season: February to December,
depending on location
Typical vase life: 7 to 21 days
Sold as bunches: Typically 10 stems. Multi-headed
stems are usually bunched in 5s.
Typical stem lengths: 40 – 100 cm
When to harvest:
Flower head fully formed and at final size. Bracts firm
(leathery at tips and not soft) and fully coloured.
Avoid harvesting when the young bracts are too soft.
Handling tips: Pick when it is cool, preferably
straight into buckets of clean water or a reputable
commercial postharvest solution, and hold in the
shade. Move cut stems promptly to a cool, shaded
packing area. Cool quickly to remove field heat.
Tips for florists: Recut stems and place into fresh
water containing cut-flower food or a registered
biocide.
Avoid storing or marketing this product for too long
– do not market product with dull or dried-out bracts
or leaves, or brown tips on the bracts or leaves.
Ethylene susceptibility: No
(Information reproduced with acknowledgement from the RIRDC
quality specification for Leucadendron ‘Safari Sunset’– available at
https://rirdc.infoservices.com.au/items/10-045; photograph
courtesy of NSW DPI)
Diary dates 2014
June 19-20, 2014. Know it to Grow it Commference.
FAQI conference, Gold Coast , Qld.
The national conference for the whole industry.
Learn how to Attract, Brand, Communicate and the rest of
the marketing alphabet
Communication, promotion & marketing, from entry-
level to expert, for grower and retail businesses like
yours…. How to brand, when to brand, and why it
matters
Word of mouth & networking
How to reach print, online and broadcast media
Making social media pay
Using analytics to help drive business growth
Why you need to promote, even if you’re 100% sold
Last day to receive the discounted registration rate as
a WFA member is March 31.
June 21, 2014. 9
th
Australian Wildflower
Conference, Gold Coast Qld.
Details of the program, the venue and local
accommodation along with the registration rates and
form are available at:
http://www.flowersqueensland.asn.au/index.php?id=
98
Early bird registrations must be received before
March 31.
The program is on page 10 of this newsletter.
9. 9 | P a g e
Trade Show Display Spaces are available – please
book using the registration form via the link on the
previous page.
August 17-22. Brisbane.
Details at: www.ihc2014.org
October 15 – 17. IFEX 2014 (11th International Flower
Expo Tokyo)
Venue: Makuhari Messe, Japan. Organised by:
Reed Exhibitions Japan Ltd.
Web: http://www.ifex.jp/en
>>The IFEX 2014 Brochure is available at:
http://www.ifex.jp/en/doc/BRC14/
How to contact WFA
Mail: PO Box 8046
Gundaroo NSW 2620 Australia
Bettina Gollnow (Communications and Extension
Manager):
management@wildflowersaustralia.com.au
Mobile: +61 4 3426 5817/0434 265 817
Sylvia Gleeson (Secretariat):
secretariat@wildflowersaustralia.com.au
Mobile: +61 4 2736 8109
If you wish to join WFA to receive the newsletter,
weekly update emails and other member’s only
benefits, please go to the website -
www.wildflowersaustralia.com.au.
Access NTS products and services at great prices
through WFA – including Si!
Nutri-Tech Solutions (NTS) is an Australian company
specializing in the relationship between soil health,
animal health and human health. They have become
a recognized world leader in biological farming and
have developed over 300 products, which are
exported to over 40 countries.
Included in the product range are several that
include silicon:
Potassium Silicate:
http://www.nutritech.com.au/downloads/product_information_sh
eets/Liquid%20Fertilisers/Potassium%20Silicate.pdf
Dia-Life:
http://www.nutri-
tech.com.au/downloads/product_information_sheets/MMS%20-
%20Micronised%20Mineral%20Suspensions/Dia-Life.pdf
Photo-Finish:
http://www.nutri-
tech.com.au/downloads/product_information_sheets/Liquid%20F
ertilisers/Photo-Finish.pdf
NTS offers a range of other products and services –
please refer to their website for all the details.
As a Master Distributor for NTS products, WFA can
offer NTS products (including the Si products above)
at very competitive prices to WFA Members,
members of WFA Member Groups, prospective WFA
members, as well as your friends and neighbours. The
price of each product is the WFA price plus a small
handling charge. In addition, attractive discounts are
available for WFA members and members of
associations which are WFA members.
Please note that WFA is not qualified to provide
advice, and interested parties are encouraged to
contact qualified technical staff for any assistance
required.
How to order:
You (as the purchaser) decide what you want to order
(product name, product code and pack size) by
researching the product information on the NTS
website. You may also choose to contact a NTS
agronomist for advice on what to use (see their
website).
The WFA Secretariat will advise the cost of your
order, invoice you and then submit your order to
NTS. You are responsible for freight and delivery
charges, which may be arranged through NTS.
Please contact Sylvia Gleeson at the WFA Secretariat
to find out more –
secretariat@wildflowersaustralia.com.au
WFA reserves the right to amend or change the
above arrangements in order to keep improving the
value and service to our members and customers.
NTS Contact details:
Address: 7 Harvest Road, Yandina, QLD, Australia,
4561
ABN: 83 010 472 590
Telephone: 07 5472 9900
FAX: 07 5472 9999
E-mail: info@nutri-tech.com.au
Website: http://www.nutri-tech.com.au
10. 9th Australian Wildflower Conference
10 | P a g e
Gold Coast Convention & Exhibition
Centre
Conference theme: Wildflowers - new directions for SUCCESS!
Draft Program
8.00am - 8:45 am Registration
8.45 - 9.00 am Official opening and welcome – Rural Industries Research &
Development Corporation
Session 1. Growing successfully and profitably
9:00 - 9:30am Keynote speaker: ‘The Pest & Disease Triangle – back to the future’
Gary Leeson, Organic Crop Protectants Pty Ltd and Chair Bio-Inputs Australian
Organic Ltd
9.30 – 9.40 am Q&A
9:40 - 10:00 am Irrigation scheduling – how does it work? Dr Rachel Poulter,
Research Scientist, Flora Earth & Water Pty Ltd
10:00 – 10.20 am Irrigation scheduling – putting it into practice gives great
results! Lodi Pameijer, Top of the Range Flowers and President of the Flower
Association of Qld. Inc.
10.20 – 10.30 am Q&A
10:30 – 11:00 am Morning Tea
11.00 – 11.20 am An update on myrtle rust and new research directions. Peri
Tobias, the University of Sydney
11.20 – 11.40 am Wildflowers for floristry – what do florists want? Del Thomas,
Flowers by Delwyn, florist and teacher.
11.40 – 12.10 pm Exporting Wildflowers – market trends, opportunities,
customer expectations and requirements. Nick Hutchison, Cedar Hill Flowers &
Foliage Pty Ltd
12.10 – 12.20 pm Q&A
12:20 – 1:30 pm Lunch/view trade show
Session 2 Panel discussion - Selling wildflowers to Aussies...
1:30 – 3:00 pm
Several speakers will present a range of views and perspectives followed by a
question and answer session involving all conference delegates.
3:00 – 3:30 pm Afternoon Tea
Session 3 R&D advances
3.30 - 3:50 pm Farm-based methods for control of flowering in waratahs - Dr
Robyn McConchie, The University of Sydney
3.50 – 4.10 pm Improved Market Access for Australian Wildflowers through
Ecolabelling - Dr Emily Rigby, Cedar Hill Flowers & Foliage Pty Ltd
4.10 – 4.40 pm Breeding programs to create novel new plants - Digby Growns,
Kings Park & Botanic Garden
4.40 – 5.10 pm Marketing new varieties and protecting the associated
intellectual property - Adrian Parsons, WAFEX
5:10 – 5.30 pm Q&A and Conference wrap-up
There will be no formal conference dinner but delegates may choose to meet for
an informal get together over dinner at their own cost near the conference
venue.