Friday, 17 January 2025

Legal awareness

Important Environmental Law orders and judgments passed in 2024

An essential article on how courts and the NGT attempted to ensure the implementation of environmental laws in India over the past year.

Published:17th Jan, 2025 at 8:52 PM

This piece is a comprehensive reckoner on the important judgments and orders in the field of environmental law passed by the Supreme Court, the High Courts and the National Green Tribunal (NGT) over the course of 2024.


Supreme Court

Supreme Court stays operation of the office memorandums issued by Central government on ex post facto environmental clearance

Vanashakti v. Union of India


Order dated January 2, 2024


The Supreme Court of India imposed a stay on the operation of two office memorandums dated July 7, 2021 and January 28 2022, issued by the Ministry of Environment, Forest and Climate Change (MoEFCC). The interim order was passed in a public interest litigation filed by a non-governmental organisation Vanashakti,contending that Environment Impact Assessment (EIA) for a project could only take place before the commencement of an activity and not thereafter. The applicant contended that the two office memorandums permitted the grant of ex-post facto Environmental Clearance (EC) thereby allowing the projects to regularise the operations carried out by them without getting prior EC.


Supreme Court pulls up NGT for dismissing application without holding inquiry into allegations of illegal filling up of water bodies

Nabendu Kumar Bandyopadhyay v. The Additional Chief Secretary


Order dated January 4, 2024


The Court expressed concern over the approach adopted by the National Green Tribunal (NGT) while dismissing an application alleging that a water body is sought to be filled. The applicant had placed on record certain photographs in support of the complaint. However, NGT had dismissed the application without holding any inquiry. While considering the appeal, the Supreme Court stated that when a citizen approaches NGT with a grievance, a different approach by NGT is contemplated and it should not apply the strict yardsticks of the Code of Civil Procedure, 1908 to the pleadings of the parties. Supreme Court directed NGT to hold an inquiry in accordance with the law and to decide the original application filed by the appellant afresh as NGT has not discharged its duty in accordance with the law.


Supreme Court directs Central government to frame policy to phase out heavy duty diesel vehicles

Container Corporation of India Ltd v. Ajay Khera and Ors


Order dated January 11, 2024


The Supreme Court directed the Central government to formulate a policy on phasing out heavy-duty diesel vehicles and replacing them with Bharat Stage – VI vehicles within a period of six months. The applicant before NGT had raised the issue of pollution being caused by the Inland Container Depot (ICD) at Tughlakabad, Delhi. The applicant before NGT had alleged that due to the inflow of many trucks/trailers to ICD, air pollution in Delhi National Capital Region has substantially increased owing to the emissions from trucks/trailers. The Supreme Court had earlier directed the Environment Pollution (Prevention and Control) Authority (EPCA) to file a report on the issues raised in the appeal along with its recommendations. Based on the recommendations of EPCA, the Supreme Court issued direction to the Ministry of Road Transport and Highways to continue the process of exploring the possibility of finding better sources, including compressed natural gas/hybrid/electric, for the use of heavy-duty vehicles.


Supreme Court issues guidelines for CEC to promote institutional transparency, efficiency and accountability

TN Godavarman Thirumulpad v. Union of India and Ors


Order dated January 31, 2024


The judgment was passed in the context of institutionalisation and reconstitution of the CEC. The Supreme Court found that through the notification dated September 5, 2023, concerns regarding the functioning of the CEC as an ad hoc body and the need for its institutionalisation as a permanent body have been addressed. The said notification provides for the constitution of the CEC, its powers, functions, mandate, members, method of appointment, terms of service and monitoring of its functioning. The importance of ensuring the effective functioning of the environmental bodies was emphasised and reiterated by Supreme Court. It noted that the role of the constitutional courts is also to monitor the proper institutionalisation of environmental regulatory bodies and authorities. It also listed the institutional features pertaining to the functioning of the bodies, authorities, regulators and executive offices entrusted with environmental duties, in furtherance of the principles of environmental rule of law.


Supreme Court directs states and union territories to follow the definition of ‘forest’ as per the Godavarman judgment till forests are identified as per the Forest Amendment Act 2023

Ashok Kumar Sharma, IFS (Retd.) & Ors v. Union of India & Ors


Order dated February 19, 2024


The order was passed in a writ petition contending that the expansive definition of ‘forest’ provided in the Godavarman judgment has been narrowed down as per Section 1A inserted through the Forest Amendment Act. According to the new definition, a land must be either notified as a forest or specifically recorded as a forest in government records to qualify as a ‘forest’. Whereas, as per the Godavarman Judgment, the term ‘forest’ must be understood in terms of the dictionary meaning. MoEFCC was directed to ensure that all states and union territories provide a comprehensive record of lands which have been identified as forests by the expert committees constituted by the respective states and union territories in pursuance of the directions in the Godavarman judgment. All states and union territories were also directed to forward the reports of their respective expert committees by March 31, 2024. MoEFCC was directed to digitise and maintain these records and make it available on the official website by April 15, 2024.


Supreme Court issues notice over alleged illegal tree felling by Delhi Development Authority in Delhi ridge area

Bindu Kapurea v. Subhasish Panda


Order dated June 26, 2024


The direction was passed while hearing the contempt case regarding the felling of a large number of trees by the Delhi Development Authority (DDA) in alleged violation of the Delhi Preservation of Trees Act, 1994. Earlier, the Court had directed DDA to provide records relating to the site visit of the Lieutenant Governor (LG) of Delhi and the alleged directions issued by the LG Delhi for felling of trees. Upon the request of DDA seeking further time to produce the records, the Court on June 26 expressed its dissatisfaction. It directed the Environment and Forest Department, Delhi to submit an affidavit detailing why it had not taken any action despite knowing about serious violations by DDA.


Further, the Court directed the department to confirm if the Tree Authority constituted under the Delhi Trees Act meets quarterly as required by the law and if it has adequate infrastructure. Immediate action was also mandated for the seizure of felled trees and the DDA was instructed to promptly locate and communicate the whereabouts of felled trees to the Tree Authority within a week and to cooperate fully in the seizure process. The Tree Authority was also required to file an affidavit confirming compliance with the directives. Emphasising the urgency of action and the need for establishment of a continuous, prompt and effective vigil mechanism to keep a check on activities of illegal felling or damaging of trees, the Court has directed the Delhi government to immediately create the necessary infrastructure, with the inclusion of modern technology for vigilance.


Supreme Court delivers split verdict on petitions challenging government approval granted for environmental release of genetically engineered mustard

Gene Campaign and Anr v. Union of India and Ors


Order dated July 23, 2024


A Bench of Justice BV Nagarathna and Justice Sanjay Karol delivered a split decision in a batch of petitions challenging the trials and environmental release of genetically modified mustard and the rules governing them. The petitions sought directions to the Central government to ensure that the Rules for Manufacture, Use, Import, Export and Storage of Hazardous Micro-organisms, Genetically Engineered Organisms or Cells, 1989 (GEO Rules) should be brought in consonance with the Constitution of India. The petitioners also sought directions to restrain the use of gene modification technology without having requisite safeguards and regulatory regimes in place. Another petition challenged the procedure adopted by the Genetic Engineering Appraisal Committee (GEAC) for appraisal of Dhara Mustard Hybrid - 11 (DMH-11). It also alleged that the Assessment of Food/Feed and Environmental Safety (AFES) Report considered by GEAC was inadequate.


The judgment by Justice Nagarathna held that approval for environmental release of transgenic DMH - 11 was liable to be quashed and directed the GEAC to undertake a consultation with relevant stakeholders to decide whether transgenic mustard hybrid DMH-11 is a Herbicide Tolerant (HT) crop or not. Thereafter, a policy decision should be taken afresh on environmental release of the same. Justice Nagarathna also passed a general direction that the GEAC should be reformed to include experts from the field of agriculture, biotechnology, ethics, sociology, health and environment.


Justice Karol in his judgment opined that the ban on HT crops would be unwarranted as it should be a policy decision. The challenge to the constitutionality of the GEO Rules was also rejected. The judgment held that the decision of GEAC to grant conditional approval is not vitiated by non-application of mind or any other principle of law. The Bench passed the common judgment that the judicial review of decision taken by bodies concerned in the matter of genetically modified organisms is permissible and directed the Central government to consult stakeholders in the field of agriculture, biotechnology, state governments, representatives of farmers, etc for evolving a national policy on genetically modified crops.


In view of the difference of opinion on the decision of GEAC granting conditional approval for environmental release of DMH – 11, the matter will be referred to the Chief Justice of India for consideration of the matter before an appropriate bench.


Supreme Court sets aside NGT order for criminal action against Chhattisgarh Environment Conservation Board (CECB) officers

P Arun Prasad and Another v. Union of India & Ors


Order dated August 12, 2024


The direction was passed by NGT while considering an application filed by the CECB seeking an extension of time to comply with an earlier order passed by NGT. NGT had directed CECB to make its website user-friendly and provide public access to industry-related information. NGT concluded that CECB had adopted an uncooperative attitude despite the urgency of the matter, which related to environmental monitoring. It opined that the Chairman and Member Secretary had committed an offence by failing to comply with its orders and directed the initiation of penal action. However, the Supreme Court while considering the appeal filed by the CECB officers, observed that although there was a delay, it did not amount to willful negligence or abject dereliction of duty. Noting that CECB is now compliant with NGT’s directions, Supreme Court set aside the order passed by NGT.


Supreme Court directs states to fill vacancies in Pollution Control Boards by April 30, 2025

MC Mehta v. Union of India & Ors. (In Re: Number of vacant posts in statutory Pollution Control Boards of various states)


Order dated August 27, 2024


The Court directed the governments of Rajasthan, Punjab, Delhi, Uttar Pradesh and Haryana to fill the vacancies in their respective State Pollution Control Boards (SPCBs) by April 30, 2025. It was considering the issue of a substantial number of vacant posts in these five states falling within the National Capital Region (NCR). It observed that the SPCBs have become ineffective due to the large number of vacant posts. Noting that the issue of stubble burning and pollution in NCR would arise in the ensuing winters, it directed all the states to urgently undertake recruitment for these important posts through direct recruitment within two months.


Supreme Court appoints NEERI to define and clarify the meaning of ‘non-polluting industries’

MC Mehta v. Union of India and Ors (In Re: Taj Trapezium Zone)


Order dated September 6, 2024


National Environmental Engineering Research of India (NEERI) has been directed to consult experts from the Energy and Wetlands Research Group, Centre for Urban Science and Engineering, Environmental Science and Engineering Department, IIT Bombay, Environment Safeguards Specialist, IIT Bombay, Department of Community Medicine and School of Public Health, Post Graduate Institute of Medical Education and Research while undertaking the task.


Supreme Court holds that head of the government department will be held responsible for failure to comply with order of NGT

Katiya Haidarali Ahmadbhai and Ors v. Sanjeev Kumar IAS and Ors


Judgment dated September 11, 2024


The Court passed the order while considering an appeal arising out of the order passed by NGT. NGT had held that it could not consider an execution application filed against the officers of the government department because they were not impleaded in their personal capacity in the original application. The applicant before NGT challenged the order of NGT before Supreme Court on the ground that by legal fiction under Section 28 (1) of the NGT Act, 2010, the head of the government department will be deemed guilty of failure and liable to be proceeded against when the government department has failed to comply with the directions of NGT. The Court observed that NGT could not have interfered at the stage of issuing notice and should have allowed the respondents to raise all possible defences including the defence that they were not responsible for complying with the order sought to be implemented.


DDA Chairperson directed to personally file response on aspects regarding tree felling in Delhi ridge area

TN Godavarman Thirumulpad v. Union of India and Ors


Order dated October 16, 2024.


The order was passed in a contempt petition filed against the officials of Delhi Development Authority (DDA) for felling trees despite the dismissal of their application seeking permission before Supreme Court. The Chairperson was directed to furnish information regarding the steps taken for identification of officers responsible for suppression of facts before Supreme Court in the earlier responses filed by DDA. Additionally, the Chairperson was asked to clarify whether any disciplinary proceedings or criminal action have been instituted against the responsible officers.


Supreme Court sets aside NGT orders imposing penalties on Benzo Chem

Benzo Chem Industrial Private Limited v. Arvind Manohar Mahajan & Ors


Judgment dated November 27, 2024


The Court quashed two orders passed by NGT dated in August and November 2022, through which it had imposed penalties on Benzo Chem Industrial Private Limited for alleged environmental violations. It found that NGT’s findings of non-compliance were not supported by evidence and were contrary to the reports of the Maharashtra Pollution Control Board and NEERI. These reports confirmed appellant’s compliance with environmental norms.


The Court criticised NGT for adopting an arbitrary methodology in imposing a penalty of ₹25 crore, which was calculated based on the appellant’s revenue ranging between ₹100-500 crore as found in the public domain. The Court noted that such a method lacked legal justification and violated principles of natural justice, as the appellant was not accorded an opportunity to be heard before the imposition of penalties. It held that any future allegations of non-compliance must be adjudicated in adherence to the principles of natural justice.


Supreme Court remands Grasim Industries cases to NGT for fresh consideration due to procedural lapses


Grasim Industries Limited v. State of Madhya Pradesh & Another


Judgement dated November 27, 2024


NGT had imposed penalties of ₹7.5 crore in one case and ₹8.2 crore and ₹7.56 crore in another for alleged environmental violations, including failure to install a flow meter for emissions and issues related to hazardous by-products. The Supreme Court found that Grasim was neither impleaded as a party in NGT proceedings nor given an opportunity to be heard. It noted that the decisions were based solely on the reports of a Joint Committee appointed by the NGT and devoid of any independent judicial analysis. The Court observed that such an approach contravened established principles of natural justice. It thys remanded the matters to NGT for fresh consideration, directing that Grasim must be impleaded as a respondent in any further proceedings.


Supreme Court asks Uttar Pradesh to review penalty provisions of the Uttar Pradesh Protection of Trees Act, 1976

MC Mehta v. Union of India and Ors


Order dated November 29, 2024


The provisions in question provide the penalty for felling or removing trees in violation of the provisions of the Act and the power for compounding of such an offence. The order was passed based on the observations of the Supreme Court that the penalty provided under the statute is inadequate and is not sufficient to deter the persons from illegal felling of trees. It was also noted that the amount based on which the offence could be compounded under Section 15 was too low.


Supreme Court highlights non-compliance with Solid Waste Management Rules and illegal dumping in Delhi

MC Mehta v. Union of India & Ors


Order dated December 19, 2024


The Supreme Court expressed concern over non-compliance with the Solid Waste Management Rules, 2016 by the Delhi government and the Municipal Corporation of Delhi (MCD). It granted the Delhi government time to file a comprehensive affidavit detailing compliance with specific provisions and timelines prescribed under the 2016 Rules. The Court noted that Delhi generates 11,000 tonnes of municipal solid waste daily, with a processing gap of 3,000 tonnes per day. It noted that this gap in processing capacity results in large-scale illegal dumping, posing significant environmental and public health risks. It also highlighted that such a situation violates the fundamental right of citizens to live in a pollution-free environment. It further urged authorities to adopt innovative measures to address the shortfall and warned that unchecked waste generation could necessitate a review of the development activities in the city.


Supreme Court also addressed the issue of 3,800 (three thousand eight hundred) tonnes of solid waste being dumped daily at the Ghazipur and Bhalsawa sites, leading to environmental degradation and frequent fires. Delhi Government was directed to submit an affidavit by 15 January 2025, detailing measures implemented to prevent fires at these dumping sites and their adverse environmental effects. This affidavit must include data on fire incidents during 2024 and preventive actions taken. Delhi Government and MCD were directed to file a comprehensive affidavit addressing all aspects of compliance with the 2016 Rules.


Supreme Court directs the governments of Uttar Pradesh and Haryana to ban firecrackers in NCR

MC Mehta v. Union of India & Ors (In Re: Ban on the use of firecrackers)


Order dated December 19, 2024


The Supreme Court considered the Delhi government’s order dated December 19, 2024, issued under Section 5 of the Environment (Protection) Act, 1986 (EPA), impos

Mahakumbh 2025: Namami Gange Pavilion housing Digital Exhibition for Ganga's Cleanliness and Conservation becomes a Centre of Attraction


Ministry of Jal Shakti

azadi ka amrit mahotsav

Mahakumbh 2025: Namami Gange Pavilion housing Digital Exhibition for Ganga's Cleanliness and Conservation becomes a Centre of Attraction





Interactive Biodiversity Tunnel Delivers the Message of Ganga Conservation

Posted On: 17 JAN 2025 9:21PM by PIB Delhi

As part of Mahakumbh 2025 in Prayagraj, the Namami Gange Mission, Ministry of Jal Shakti, Government of India, has set up a grand and captivating Namami Gange Pavilion at the event. This pavilion has become a unique medium for raising awareness about the conservation and cleanliness of the Ganga River. With cutting-edge technology, creative displays, and informative elements, the pavilion has become an attraction for people of all age groups.



Main Attraction: Interactive Biodiversity Tunnel


Visitors entering the Namami Gange Pavilion first pass through the Interactive Biodiversity Tunnel. In this tunnel, modern projection technology showcases the chirping of birds and the biodiversity found along the banks of the River Ganga. The tunnel not only highlights the beauty of the environment but also attempts to explain the importance of keeping the Ganga clean and life-sustaining. The pavilion features a digital exhibition showcasing the various efforts undertaken for the conservation and cleanliness of the Ganga.


One of the key highlights of the exhibition is the Prayag Manch (Prayag Platform), which is designed for real-time analysis of the Ganga, Yamuna, and their tributaries. This platform displays information on water levels, cleanliness, and pollution status of the rivers. The pavilion also provides details about the riverfront development projects along the Ganga. It demonstrates the structure and working of sewage treatment plants set up to clean the water flowing into the Ganga. To spread the message of cleanliness and water conservation, a beautiful statue has been placed showing Lord Ganesha, delivering the message of the purity and cleanliness of the Ganga.


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The pavilion also features replicas of animals found in the Ganga River, including the Ganges River dolphin, turtles, and crocodiles. Additionally, fish species found in the Ganga are also showcased. This initiative is particularly educational for children and youth, as it provides them an opportunity to understand the river’s biodiversity and the importance of its conservation.


The exhibition also includes a special reading corner by the National Book Trust (NBT), which features a collection of books related to the Ganga, the story of the Kumbh Mela, social policies, and national pride. This corner has become an attraction for book lovers as well as for visitors interested in learning about the cultural and historical aspects of the Ganga.


Information related to the conservation of endangered species, public awareness, and waste management is also being provided at the pavilion by the Wildlife Institute of India, the Ganga Task Force, and IIT Delhi. The main objective of this initiative is to inform people about the importance of the Ganga and the efforts being made for its cleanliness.


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The Namami Gange Pavilion is not only explaining the significance of Ganga’s biodiversity and cleanliness but also emotionally and culturally connecting people with the river. Through modern technology and creativity, this pavilion has become one of the major attractions at the Mahakumbh 2025.


The Namami Gange Mission appeals to the visitors at Mahakumbh 2025 to become aware of the cleanliness and conservation of the Ganga. The Ganga is not just a river, but an integral part of India's culture, history, and economic life. It is the responsibility of every citizen to keep it clean and preserved.


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*****



The 16 elements of Process Safety Management (PSM) are: Process Hazard Analysis (PHA): A systematic approach to identify, evaluate, and control hazards in processes that use hazardous chemicals

 The 16 elements of Process Safety Management (PSM) are:

Process Hazard Analysis (PHA): A systematic approach to identify, evaluate, and control hazards in processes that use hazardous chemicals 

Employee Involvement: Ensuring employees are involved in safety practices 

Management of Change (MOC): Managing changes to processes 

Operating Procedures: Ensuring procedures are followed to keep workers safe 

Safe Work Practices & Permits: Ensuring workers have the proper permits and follow safe work practices 

Employee Information & Training: Ensuring employees are informed and trained on safety practices 

Pre-startup Safety Reviews (PSSR): Reviewing safety before starting a new process 

Design Quality Assurance: Ensuring the design of processes is high quality 

Maintenance & Mechanical Integrity: Ensuring equipment is well-maintained and mechanically sound 

Emergency Response: Ensuring a plan is in place to respond to emergencies 

Periodic Safety Audits: Regularly auditing the PSM program to ensure it's effective and compliant with regulations 

Process Incident Investigation: Investigating incidents to learn from them 

Standards & Regulations: Ensuring the PSM program complies with relevant standards and regulations 

Trade Secrets: Protecting trade secrets 

Conduct of Operations: Ensuring management and operations are carried out in a structured manner

SOIL CONSERVATION

 SOIL CONSERVATION 






Is a vital aspect of sustainable agriculture that focuses on preventing soil erosion, maintaining soil fertility, and ensuring the long-term productivity of agricultural land. Below are key soil conservation methods and practices that farmers can adopt:


SOIL CONSERVATION TECHNIQUES 

1. Terracing : Constructing terraces on slopes to reduce water runoff and prevent erosion.

Ideal for hilly or mountainous regions.

2. Contour Farming : Plowing along the natural contours of the land to reduce water flow and soil erosion.

3. Strip Cropping : Planting alternating strips of different crops to reduce erosion and improve soil structure.

4. Mulching : Covering the soil with organic or synthetic materials to reduce evaporation, prevent erosion, and improve fertility.

5. Check Dams : Small barriers constructed across drainage channels to slow water flow and trap sediment.

6. Agroforestry : Integrating trees and shrubs with crops to protect soil from wind and water erosion.

7. Cover Cropping : Growing cover crops (e.g., clover, ryegrass) during the off-season to prevent soil erosion and replenish nutrients.

8. Grass Strips : Planting strips of grass or vegetation along slopes or field edges to stabilize the soil.

9. Green Manuring : Growing crops like legumes to plow into the soil, improving organic matter and structure.


MANAGEMENT BASED SOIL CONSERVATION 

1. Crop Rotation : Alternating crops to maintain soil nutrients and reduce pests and diseases.

2. Zero or Minimum Tillage : Avoiding plowing to maintain soil structure, reduce erosion, and improve water retention.

3. Composting : Using decomposed organic material to improve soil fertility and structure.

4. Drip Irrigation : Reducing water runoff and soil erosion by delivering water directly to plant roots.

5. Controlled Grazing : Rotational grazing of livestock to prevent overgrazing and soil compaction.


WATER MANAGEMENT FOR SOIL CONSERVATION 

1. Rainwater Harvesting : Collecting and storing rainwater for irrigation to prevent runoff.

2. Building Swales : Shallow trenches designed to capture and hold rainwater, allowing it to percolate into the soil.

3. Vegetative Buffer Zones : Planting vegetation near water bodies to filter runoff and stabilize soil.


RESTORATIVE PRACTICES 

1. Reforestation and Afforestation : Planting trees in degraded areas to improve soil stability and water retention.

2. Soil pH Management : Using lime or sulfur to balance soil pH, preventing nutrient depletion and erosion.

3. Biochar Application : Adding biochar to soil to enhance fertility, water retention, and microbial activity.

4. Contour Bunding : Constructing embankments along contours to reduce runoff and soil loss.


BENEFITS OF SOIL CONSERVATION 

1. Prevents land degradation.

2. Improves water infiltration and retention.

3. Enhances soil fertility and crop yields.

4. Reduces sedimentation in water bodies.

5. Supports biodiversity and carbon sequestration.

Brought to you by Ninah Kilimo Faida Agronomist.

What is topsoil?

 What is topsoil?



Topsoil is the top most layer of soil. Depending on the natural conditions, it takes anywhere from 100 to 1,000 years to build up just ONE INCH of this precious substrate.


Topsoil is made up of organic matter and mineral particles, and it's usually the darkest layer of soil due to its high organic matter content. It's an important part of the overall soil structure because it holds water and air, which encourage biological activity. Topsoil is primarily composed of a mixture of sand, silt, clay, and humus. Humus is decaying plant and animal debris from the surface layer of the earth, making it the most nutrient-rich soil layer.


Topsoil is home to a diverse range of living organisms including bacteria, fungi, protozoa, nematodes, earthworms, insects like ants and beetles, mites, centipedes, and larger animals like moles, voles, and gophers, all contributing to the breakdown of organic matter and nutrient cycling for plants.


Bacteria and fungi are the most abundant life forms in topsoil, playing a crucial role in decomposing organic matter and releasing nutrients for plants. Creatures like earthworms, springtails, mites, and nematodes are also vital for aerating the soil and breaking down organic material. Burrowing animals like moles, gophers, and some rodents also live in topsoil, helping to mix and aerate the soil.


The world is losing topsoil at a rate that's 10 to 40 times faster than it can be naturally replenished. This loss is largely due to human activities such as conventional farming practices, which strip the soil of carbon and nutrients. The consequences of losing topsoil are significant. The world grows 95% of its food in the top layer of soil, so losing topsoil threatens food security.


Humans have moved a significant amount of soil on the surface of our planet. Scientists estimate that at this time, we have moved more soil around than any other natural geological processes in earth. In the last 150 years, half of the world's topsoil has been lost. This is because the rate of soil erosion from human activities has exceeded the rate of new soil formation.


So how do we protect our topsoil and prevent further loss? There are several steps you can take to protect your topsoil and help to build it up. For more info, check out my posts on "mulch," "green mulch," and "matrix planting." 

Shared from Perfectly Imperfect Gardens

SUSTAINABLE AGRICULTURAL PRACTICES🚨🚨🧏

 πŸš¨πŸš¨πŸ§ SUSTAINABLE AGRICULTURAL PRACTICES🚨🚨🧏



Sustainable agricultural practices aim to meet current food needs without compromising the ability of future generations to satisfy theirs. Here are some commonly used techniques in sustainable agriculture:


1. **Crop Rotation** 🌾: Alternating types of crops on the same plot to improve soil health, reduce diseases and pests, and optimize nutrient use.


2. **Agroforestry** 🌳: Integrating trees and shrubs into agricultural systems to enhance biodiversity, protect soil, and provide additional resources.


3. **Cover Crops** 🌱: Planting crops that are not intended for the main harvest to protect the soil, prevent erosion, and improve soil fertility.


4. **Composting** ♻️: Using organic materials to create a nutrient-rich amendment that improves soil structure and fertility.


5. **Reduction of Chemical Inputs** 🚫: Limiting the use of pesticides and chemical fertilizers by promoting biological pest control methods and using organic fertilizers.


6. **Efficient Irrigation** πŸ’§: Utilizing drip irrigation systems or rainwater harvesting techniques to minimize water waste.


7. **Permaculture** 🌍: Designing agricultural systems that mimic natural ecosystems, promoting biodiversity and self-sufficiency.


8. **Conservation Agriculture** 🌿: Practices including no-till farming, maintaining permanent ground cover, and crop rotation to enhance soil health and reduce erosion.


9. **Regenerative Grazing** πŸ„: Using grazing practices that restore ecosystems, such as rotational grazing, to improve soil health and biodiversity.


10. **Biopesticides and Biofertilizers** 🌼: Using natural products to combat pests and fertilize soils, thereby reducing reliance on synthetic chemicals.


These techniques not only enable more sustainable production but also enhance the resilience of agricultural systems in the face of climate change and environmental pressures.


**Modern Agricultural Production (ProAgriMod)**

Common Plant Pests Identification Guide

 Common Plant Pests Identification Guide



Identify pesky plant-eaters by the damage they inflict:


# Sap-Suckers

1. *Aphids*: Deformed, curled, or yellowing leaves.

2. *Thrips* and *Mites*: Discolored, stippled or bronzed leaves.

3. *Whiteflies*: Yellowing leaves, stunted growth.


# Leaf Chewers

1. *Beetles*, *Caterpillars*, and *Sawflies*: Chewed, holes, or skeletonized leaves.

2. *Slugs* and *Snails*: Chewed leaves, slime trails.


# Leaf Miners

1. *Beetles*, *Flies*, and *Moth Larvae*: White patterns, tunnels.


# Leaf Folder and Rollers

1. *Caterpillars*, *Tree Crickets*, and *Spiders*: Folded, rolled, or tied leaves.


# Gall Formers

1. *Gall Wasps*, *Aphids*, *Psyllids*, and *Mites*: Abnormal growths, galls.


# Other Signs

1. *Mites* and *Caterpillars*: Curled, distorted leaves.

2. *Spider Mites*: Fine webbing.


# Action Plan

1. Inspect plants regularly.

2. Isolate infested plants.

3. Research pest-specific solutions.

4. Use integrated pest management (IPM) techniques.

5. Maintain good hygiene and sanitation.


# Resources

1. National Gardening Association

2. USDA Plant Pest Diagnostic Clinit

3. Gardening websites and forums


Share your pest-control successes!


Regards, AgriHarvest Hub -Agriculturist

#knowtheInsectPestInyourPlants

1

HARNESSING THE POWER OF MICROBES AND FUNGI FOR CROP NUTRITION

 HARNESSING THE POWER OF MICROBES AND FUNGI FOR CROP NUTRITION 




# Key Points

1. Microbes and fungi are crucial for sustainable crop nutrition.

2. They enhance soil health, promote plant growth, resilience, and yield.

3. Understanding their function and ideal environments is vital.


# Beneficial Microbes and Fungi

1. *Nitrogen-Fixing Bacteria* (Rhizobium, Azospirillum): Convert atmospheric nitrogen into plant-usable forms.

2. *Phosphate-Solubilizing Bacteria* (Pseudomonas, Bacillus): Release organic acids to make phosphorus available.

3. *Mycorrhizal Fungi* (Arbuscular Mycorrhizal Fungi): Enhance nutrient and water uptake.

4. *Decomposer Fungi* (Trichoderma, Aspergillus): Break down organic matter, recycling nutrients.


# Ideal Environments

1. Organic matter-rich soil

2. Balanced pH levels (6-7.5)

3. Moderate temperatures (20-30°C)

4. Minimal chemical inputs

5. Proper drainage and aeration


# Best Practices

1. Maintain organic matter through compost and mulch.

2. Minimize chemical fertilizers and pesticides.

3. Practice crop rotation.

4. Optimize soil conditions (drainage, aeration, pH).

5. Incorporate cover crops.


# Benefits

1. Reduced reliance on chemical fertilizers

2. Improved soil health

3. Enhanced plant resilience

4. Increased yields

5. Regenerative cycle of fertility


# Conclusion

Harnessing microbes and fungi promotes sustainable crop nutrition, environmental sustainability, and long-term productivity.


REGARDS, AgriHarvest Hub _Agriculturist

#MicrobesAndFungi 

#soilscience

Did you know what is SALT mean in Agriculture?

 Did you know what is SALT mean in Agriculture?






Sloping Agricultural Land Technology (SALT) is a farming system that integrates soil conservation with food production. This innovative approach promotes:


# Key Components

1. *Diversified cropping*: Growing various plants, fruits, and vegetables.

2. *Permanent and perennial crops*: Planting long-term crops like trees and ornamental plants.

3. *Livestock integration*: Raising animals like chickens, pigs, and cattle.

4. *Soil conservation*: Techniques like contour farming, terracing, and mulching.


# Benefits

1. *Soil erosion prevention*

2. *Increased food production*

3. *Year-round income* for farmers

4. *Reduced nutrient leaching*

5. *Enhanced biodiversity*


# Applications

1. Agroforestry

2. Contour farming

3. Terracing

4. Mulching


# Implementing SALT

1. Consult agricultural experts.

2. Train farmers.

3. Disseminate information.

4. Provide support and resources.


SALT enhances agricultural productivity while protecting the environment.


Regards, AgriHarvest Hub -Agriculturist

#SALT

Here are common mistakes and Best practices in fertilizer application for corn:

 Is this your First time applying Fertilizer ?



Here are common mistakes and Best practices in fertilizer application for corn:

# Common Mistakes

1. *Insufficient soil testing*: Not conducting regular soil tests to determine nutrient deficiencies.

2. *Over-fertilization*: Applying excessive nutrients, leading to environmental pollution and waste.

3. *Incorrect timing*: Applying fertilizers at the wrong growth stage.

4. *Inadequate placement*: Failing to place fertilizers near the roots or in the correct soil layer.

5. *Uneven application*: Failing to distribute fertilizers evenly across the field.

6. *Ignoring soil type*: Not adjusting fertilizer rates based on soil type (e.g., sandy vs. clay soils).

7. *Not considering crop stage*: Applying fertilizers during inappropriate growth stages.

8. *Lack of nitrogen management*: Failing to manage nitrogen efficiently.


# Best Practices#

1. *Soil testing*: Conduct regular soil tests to determine nutrient deficiencies.

2. *Precision agriculture*: Use precision agriculture techniques for accurate fertilizer application.

3. *Split applications*: Divide fertilizer doses to avoid over-fertilization.

4. *Timely application*: Apply fertilizers during optimal growth stages (e.g., V6-V8 for nitrogen).

5. *Balanced fertilization*: Apply balanced N-P-K fertilizers.

6. *Soil-specific fertilization*: Adjust fertilizer rates based on soil type.

7. *Crop rotation*: Rotate crops to maintain soil fertility.

8. *Integrated nutrient management*: Combine organic and inorganic fertilizers.

# Optimal Fertilizer Application Stages for Corn

1. *Pre-planting*: Apply phosphorus (P) and potassium (K) fertilizers.

2. *Seedling stage (V1-V3)*: Apply starter fertilizers (e.g., 10-20-10 NPK).

3. *Growth stage (V6-V8)*: Apply nitrogen (N) fertilizers.

4. *Tasseling stage (VT)*: Apply potassium (K) fertilizers.

# Recommended Fertilizer Rates for Corn

1. *Nitrogen (N)*: 150-200 lbs/acre.

2. *Phosphorus (P)*: 50-100 lbs/acre.

3. *Potassium (K)*: 100-200 lbs/acre.

# Resources

1. National Corn Growers Association.

2. International Plant Nutrition Institute.

3. Local agricultural extension services.

4. Corn research institutions.

Regards, AgriHarvest Hub -Agriculturist

#cornProduction

#mistakesAndBestPractices

Here are the essential plant nutrients and their importance:

 Here are the essential plant nutrients and their importance:



# Macronutrients

1. *Nitrogen (N)*: Promotes leaf growth, protein synthesis, and chlorophyll production.

2. *Phosphorus (P)*: Enhances root development, flower and fruit formation, and nutrient uptake.

3. *Potassium (K)*: Regulates water balance, promotes healthy growth, and resistance to disease.

4. *Calcium (Ca)*: Supports cell wall development, root growth, and nutrient uptake.

5. *Magnesium (Mg)*: Essential for photosynthesis, cell wall development, and nutrient transport.

6. *Sulfur (S)*: Involved in protein synthesis, plant defense, and nutrient uptake.


# Micronutrients

1. *Boron (B)*: Regulates cell wall development, sugar transport, and hormone synthesis.

2. *Copper (Cu)*: Involved in photosynthesis, plant defense, and enzyme activity.

3. *Iron (Fe)*: Essential for photosynthesis, nutrient uptake, and energy production.

4. *Manganese (Mn)*: Supports photosynthesis, enzyme activity, and plant defense.

5. *Molybdenum (Mo)*: Necessary for nitrogen fixation, enzyme activity, and nutrient uptake.

6. *Zinc (Zn)*: Regulates plant growth, protein synthesis, and disease resistance.


# Other Essential Nutrients

1. *Oxygen (O)*: Critical for photosynthesis and respiration.

2. *Carbon (C)*: Forms the basis of organic compounds (carbohydrates, proteins).

3. *Hydrogen (H)*: Essential for water uptake and nutrient transport.

4. *Chlorine (Cl)*: Regulates stomatal function and nutrient uptake.


# Importance of Plant Nutrients

1. *Plant growth and development*: Nutrients support cell division, expansion, and differentiation.

2. *Yield and productivity*: Adequate nutrition enhances crop yields and quality.

3. *Disease resistance*: Balanced nutrition helps plants resist pathogens and pests.

4. *Environmental adaptation*: Nutrients aid plants in coping with stressors (drought, temperature).

5. *Food security*: Nutrient-rich crops ensure human health and well-being.


# Deficiency Symptoms

1. Nitrogen: Yellowing leaves, stunted growth.

2. Phosphorus: Purpling leaves, reduced growth.

3. Potassium: Curling leaves, weakened stems.

4. Calcium: Curled leaves, blossom-end rot.

5. Magnesium: Yellowing leaves, premature defoliation.


# Sources

1. National Institute of Agriculture

2. International Plant Nutrition Institute

3. USDA Plant Nutrition Research

4. Local agricultural extension services


Regards, AgriHarvest Hub -Agriculturist

#EssentialElementsForCrop

Quality of Water after Implementation of NGP


Government of India

Ministry of Jal Shakti

10-February-2020 16:10 IST

Quality of Water after Implementation of NGP

Water quality of river Ganga is assessed as per primary water quality criteria for outdoor bathing notified by Ministry of Environment, Forest & Climate Change (MoEF & CC) in terms of potential Hydrogen (pH) (6.5-8.5), Dissolved Oxygen (DO) (≥5mg/L), Biochemical Oxygen Demand (BOD) (≤3mg/L) and Faecal Coliform (FC) (≤2500 MPN/100ml). The details of the criteria and rationale are 

Under the Namami Gange Programme, the monitoring of water quality of river Ganga is carried out by State Pollution Control Boards (SPCBs) in 5 Ganga main stem States at 96 Manual Water Quality stations and data is compiled by Central Pollution Control Board (CPCB).


Based on the manual water quality assessment by CPCB in 5 Ganga main stem states in 2019, the observed water quality indicates that Dissolved Oxygen which is an indicator of river health has been found to be within acceptable limits of notified primary bathing water quality criteria and satisfactory to support the ecosystem of river across all seasons and also for almost entire stretch of river Ganga. Biological Oxygen Demand (BOD) has been found within the acceptable limits except marginal exceedance (BOD: 3.15 to 4.2 mg/L) in locations/stretches viz. in Kannauj Downstream (D/S), Bathing Ghat (Bharoghat) to Kala Kankar (Rai Bareilly), Kadaghat (Prayagraj), Mirzapur D/S, Chunar and Varanasi D/S (Malviya Bridge) to Tarighat (Ghazipur) and in West Bengal stretch/location from Tribeni to Dakshineshwar and Garden Reach. River water quality is conforming to criteria limits with respect to


Faecal coliforms in State of Uttarakhand and Uttar Pradesh upto Upstream (U/S) Kannauj (Rajghat) and other monitoring locations, namely, Bithoor (Kanpur), U/S Vindhyachal (Mirzapur), U/S Varanasi, Arrah – Chapra Road Bridge, U/S Doriganj in Bihar and Diamond Harbour in West Bengal.


Cleaning of river Ganga is a continuous process and under the Namami Gange Programme, several initiatives have been taken by Government of India which includes abatement and control of pollution at the source of pollution generation by adopting activities such as establishment/ upgradation of Wastewater Treatment Plants for the towns located on Ganga main stem and its tributaries, river front development, construction of Ghats and crematoria surface cleaning activities and solid waste management.


The outputs of these projects have started yielding results and the water quality of river Ganga will further improve once all the projects are operationalized.


Due to various pollution abatement initiatives taken by the Government under the Namami Gange Programme, the water quality assessment of river Ganga in 2019 has shown improved water quality trends as compared to 2014. The Dissolved Oxygen levels have improved at 27 locations, Biological Oxygen Demand (BOD) levels and Faecal coliforms have improved at 42 and 21 locations, respectively.


                                                    Annexure


 


Annexure referred to in reply to part (a) & (b) of Unstarred Question No. 881 to be answered in Rajya Sabha on 10.02.2020 regarding “Quality of water after implementation of NGP”.


 


PRIMARY WATER QUALITY CRITERIA FOR BATHING WATER

(Water used for organized outdoor bathing)


 


CRITERIA


RATIONALE


1.Faecal Coliform MPN/100 ml


500 (desirable)

2500 (Maximum permissible)


To ensure low sewage contamination. Faecal coliform and feacal streptococci are considered as they reflect the bacterial pathogenicity.


2.Faecal Streptococci MPN/100 ml


100 (desirable)

500 (Maximum Permissible)


The desirable and permissible limits are suggested to allow for fluctuation in environmental conditions such as seasonal change, changes in flow conditions etc.


3. pH


Between 6.5-8.5


The range provides protection to the skin and delicate organs like eyes, nose, ears etc. which are directly exposed during outdoor bathing.


4.Dissolved Oxygen:


5 mg/L or more


The minimum dissolved oxygen concentration of 5 mg/l ensures reasonable freedom from oxygen consuming organic pollution immediately upstream which is necessary for preventing production of anaerobic gases (obnoxious gases) from sediment.


5.Biochemical Oxygen demand 3 day, 270C


3 mg/L or less


The Biochemical Oxygen Demand of 3 mg/l or less of the water ensures reasonable freedom from oxygen demanding pollutants and prevent production of obnoxious gases".


 


This information was given by the Union Minister of State for Jal Shakti & Social Justice and Empowerment, Shri Rattan Lal Kataria in a written reply in Rajya Sabha today.


*****


APS/PK/SK

Decarbonizing urea production in India is a key step to reducing agricultural emissions and meeting climate goals. Why is urea production a challenge?

 Decarbonizing urea production in India is a key step to reducing agricultural emissions and meeting climate goals.  Why is urea production a challenge?  Natural gas reliance Urea production is heavily dependent on natural gas, which is a major contributor to greenhouse gas emissions. Agricultural emissions Urea use in agriculture also emits nitrous oxide (\(N_{2}O\)), which is a potent greenhouse gas and ozone-depleting substance. How can urea production be decarbonized? Switch feedstocks: Use renewable ammonia and carbon dioxide instead of natural gas.  Use renewable energy: Use renewable energy to produce hydrogen and capture carbon dioxide.  Use carbon capture: Capture carbon dioxide from point-source emissions from industries.  Use electrolyzers: Use electrolyzers to produce hydrogen from water.  IITM Shaastrahttps://shaastramag.iitm.ac.inFrom grey to green urea | Indian Institute of Technology Madras1 Sept 2024 — Is CEO of the International Forum for Environment, Sustainability & Technology (iFOREST). Limiting global temperature rise to 1.5°C requires the deca...CSTEPhttps://cstep.inGreen urea can boost decarbonisation while reducing ...11 Dec 2024 — according to a 2022 report by McKinsey & Company. While India has a theoretical carbon storage potential that is 4 to 6 times of this amount, an asso...Ammonia Energy Associationhttps://ammoniaenergy.orgDecarbonizing urea production in India via renewable ammonia2 Dec 2024 — Thus, decarbonization of Indian urea production will be required over the coming decades to meet climate goals and reduce agricultural emissions. The ... What are the benefits of decarbonizing urea production? Reduces emissions: Reduces greenhouse gas emissions and ozone layer depletion.  Reduces import dependency: Reduces India's dependency on imported urea.  Promotes circular economy: Uses carbon dioxide from industries instead of natural gas. 

Rise in Sea Level in India

Rise in Sea Level in India


Context

Kerala’s coastline has transformed dramatically over the past three decades, shrinking under the relentless forces of coastal erosion, rising sea levels, and human interventions. 

Over 55% of Kerala’s coastline is now classified as vulnerable, threatening the livelihoods of over 9.3 million people across nine coastal districts.

Rising Sea Level Across India

Earlier, the report titled “Sea Level Rise Scenarios and Inundation Maps for Selected Indian Coastal Cities”, published by the Centre for Study of Science, Technology and Policy (CSTEP), provides critical insights into the projected impacts of sea level rise (SLR) on 15 Indian coastal cities.

The report highlights that sea levels in Indian coastal cities have risen significantly, with Mumbai witnessing the highest increase, followed by Haldia and Visakhapatnam. 

By 2040, over 10% of land in Mumbai, Yanam, and Thoothukudi is projected to be submerged, while Panaji and Chennai may see 5%-10% inundation. 

Other cities like Kochi, Mangaluru, and Puri face 1%-5% submergence. This emphasizes the urgent need for localized adaptation and resilience strategies to mitigate the impact of rising sea levels.

Reasons for the Rise of Sea Level

Rising Temperatures: Climate change brought on by fossil-fuel burning and greenhouse gas emissions has led to a steady increase in global temperatures. 

Melting Glaciers and Ice Caps: As global temperatures rise, ice melts, contributing more water to the oceans.

Thermal Expansion: As seawater warms, it expands, taking up more space and raising sea levels.

Challenges Associated with the Rise in Sea Level

Key sectors that will be impacted include water, agriculture, forest and biodiversity, and health.

Coastal Flooding: Increased flooding of low-lying coastal areas, displacing communities and damaging infrastructure.

Agriculture Impact: Saltwater intrusion into freshwater sources, affecting crop production.

Displacement of People: Threatens millions living in coastal regions, increasing migration and pressure on inland areas.

Economic Losses: Damage to ports, tourism, and fishing industries, affecting livelihoods and the economy.

India’s Efforts to Combat Climate Change

Renewable Energy Expansion: India has set ambitious targets for renewable energy generation, aiming to increase its capacity significantly. 

International Commitments: India is a signatory to the Paris Agreement and has announced its aim to meet 50% of its electricity demands from renewable energy sources by 2030.

Afforestation and Forest Conservation: There are programs to increase forest cover, restore degraded lands, and promote sustainable forest management practices.

Clean Transportation: India is promoting the adoption of electric vehicles (EVs) and has set a target of 30% EV market share by 2030. 

Climate Resilience: This includes the development of climate-resilient crop varieties, water conservation techniques, and disaster preparedness measures.

International Cooperation: Engaging in initiatives such as the International Solar Alliance and the Coalition for Disaster Resilient Infrastructure.

India’s Coastline

– As per the recent MHA report, India’s coastline expanded by almost half in just over five decades – from 7,516km in 1970 to 11,098km in 2023-24 – with states like Bengal, Gujarat and Goa adding to their shoreline while Puducherry’s shrunk by 10.4%.

– It is bordered by the Arabian Sea to the west, the Bay of Bengal to the east, and the Indian Ocean to the south. 

– States: Gujarat, Maharashtra, Goa, Karnataka, Kerala, Tamil Nadu, Andhra Pradesh, Odisha, and West Bengal.

1. Gujarat has the longest coastline in India.

– Union territories: Daman & Diu, Lakshadweep, Puducherry, and Andaman & Nicobar Islands.



Thursday, 16 January 2025

IREDA, SJVN, GMR and NEA Seal Partnership for 900 MW Upper Karnali Hydropower Project in Nepal


Ministry of New and Renewable Energy

azadi ka amrit mahotsav

IREDA, SJVN, GMR and NEA Seal Partnership for 900 MW Upper Karnali Hydropower Project in Nepal

Posted On: 17 JAN 2025 10:48AM by PIB Delhi

Indian Renewable Energy Development Agency Ltd. (IREDA) has finalized a Joint Venture Agreement with SJVN Ltd., GMR Energy Ltd., and Nepal Electricity Authority (NEA) for the development of the 900 MW Upper Karnali Hydro-electric Project in Nepal. This strategic initiative aims to strengthen regional energy security and accelerate renewable energy growth.


The joint venture agreement lays out a comprehensive framework for the project development, construction, operation, and maintenance under a Build-Own-Operate-Transfer (BOOT) model, with 25-years project term from the Commercial Operation Date (CoD).


The agreement was formalized today in New Delhi in the presence of senior officials from IREDA, SJVN, and GMR Energy Ltd.


Speaking on the occasion, Shri Pradip Kumar Das, CMD, IREDA, said, “This agreement marks a significant step towards realizing our collective vision of sustainable energy development in the region. By leveraging Hydropower's vast potential, the Upper Karnali project will serve as a model of cross-border collaboration, delivering both economic and environmental benefits.”


*

FOREST COVER AS % OF TOTAL GEOGRAPHICAL AREA........

 









Fecal streptococci are a group of bacteria found in the digestive systems of humans and other warm-blooded animals.

 Fecal streptococci are a group of bacteria found in the digestive systems of humans and other warm-blooded animals. They are used as indicators of fecal contamination in water and food. 

Characteristics 

Gram-positive: Fecal streptococci are gram-positive cocci, meaning they have spherical or ovoid cells.

Aerotolerant anaerobes: They lack cytochromes and catalase, but have superoxide dismutase.

Ferment carbohydrates: They ferment carbohydrates to produce lactic acid.

Grow best at 37°C: Their optimum growth temperature is around 37°C.

Species

Enterococcus faecalis: A predominant species of fecal streptococci 

Enterococcus faecium: A predominant species of fecal streptococci 

Streptococcus bovis: A species of fecal streptococci that is found in animals 

Streptococcus equinus: A species of fecal streptococci that is found in animals 

Uses 

Pollution indicators: Fecal streptococci are used to indicate pollution in water and food.

Food safety: Fecal streptococci can be used to trace the sanitary history of food products.

Limitations 

The EPA no longer recommends using the ratio of fecal coliforms to streptococci to determine the source of contamination

Fecal coliform bacteria are a type of coliform bacteria that are found in the intestines of warm-blooded animals, including humans.

 Fecal coliform bacteria are a type of coliform bacteria that are found in the intestines of warm-blooded animals, including humans.


They are used as an indicator of fecal contamination in water, food, and other products. 

What are fecal coliforms?

Fecal coliforms are rod-shaped, gram-negative bacteria that are unable to form spores 

They are capable of growing in the presence of bile salts 

They produce acid and gas from lactose within 48 hours at 44.5°C 

They are a subset of total coliform bacteria 

Why are fecal coliforms important?

Their presence in water, food, or other products indicates a potential for fecal contamination 

Fecal contamination can lead to water pollution and the spread of disease 

How are fecal coliforms detected? 

Fecal coliform assays are used to test for the presence of fecal coliforms in water, food, and other products

The assays involve growing the bacteria on a nutrient-rich agar and counting the resulting colonies

What are some sources of fecal coliforms? 

Animal feces, especially from dogs and other pets

Bird feces, especially from waterfowl like geese and swans

Runoff from roads, parking lots, and yards

THE MOST COMMON TOMATO AILMENTS + TREATMENTS


 THE MOST COMMON TOMATO AILMENTS + TREATMENTS

1) BLOSSOM END ROT-- If the attachment appears brown and leathery between the size of a dime and quarter, than that Tomato has Blossom End Rot.

TO TREAT--You will have to take all the Tomatoes off the plants that are affected, and dispose of them. If you don't, it will spread and to all of them.

This may result from low calcium levels in the soil, drought stress, excessive soil moisture, and/or fluctuations due to rain or over watering. Lime (unless the soil is already alkaline), composted manures or bone meal will supply calcium.

2) BLIGHT--There are 3 stages of Blight. Early Blight is black and grey spots on the leaves when Tomatoes are young. Southern Blight is black and grey spots by stem and roots of the tomato plant. Late Blight gets out of hand, and is black and grey spots throughout the leaves, vines, and tomatoes.

TO TREAT--The easiest way is to treat it in it's early stages by removing the parts of the Tomato plants that are infected.. If you don't notice it until the later stages of Blight, you will need to buy an anti-fungal treatment, or you can make an organic one from home. however,

3) CATERPILLARS-- They love to feed on Tomato plants, and should be taken care of right away.

TO TREAT--– An Apple Cider Vinegar spray can be used to keep them away. You can also plant French Marigolds by your Tomatoes to help deter from from coming around

4) FRUIT SPLITTING--This can occur when it is dry, and then you get some heavy rains, or most frequently when there is sudden growth in the tomato plant.

TO TREAT--If it occurs early in the Tomato plants growth phase, it can be reversed. Just water and apply nutrients, as normal, so there's no too dry too wet cycle. If it happens near harvest, it can't be reversed.

5) RED SPIDER MITES-- They are hard to spot, and usually are under your leaves. If you notice cobwebs on your Tomato plants, then you definitely have them.

TO TREAT-- make your own organic Apple Cider Vinegar spray, soap spray, or Onion and Garlic spray. Coriander, Dill, and Chrysanthemums are good to plant to deter them.

6) WILT--It is a fungal infection that starts in the roots, and blocks most of the water and nutrients from getting to the plant. It usually causes no problems until Tomatoes are growing on the vines. You will first see yellowing and drying of lower leaves, and then whole plant will wilt during hottest period of day. It will recover some at night, but then wilt again next day

TO TREAT--It is in the soil, so the next time you grow Tomatoes, pick a different spot in the Garden to grow them.

7) SUN SCORCH-- The skin of your Tomatoes will looked bruised and sunken. It sometimes happens when your Tomatoes get too much sun exposure during a real dry and hot period

TO TREAT-- Don't do any pruning of leaves during hot periods. The extra leaves will shield the Tomatoes. You can also use shade cloth to cover them during these periods.

Effective Fertilizer Application Tips for Rice Farming

 Effective Fertilizer Application Tips for Rice Farming



Optimize rice yields and reduce waste with these best practices:


*1. Right Element, Amount, and Timing (E-A-T)*

1. *Nitrogen (N)*: Essential for leaf growth and chlorophyll production.

2. *Phosphorus (P)*: Promotes root development and flower formation.

3. *Potassium (K)*: Enhances overall plant health and resistance.

4. *Application Timing*: Follow recommended schedules for optimal uptake.


*2. Soil Moisture Management*

1. Maintain 2-3 cm water depth in the soil before fertilizing.

2. Monitor soil moisture levels to avoid over-fertilization.


*3. Recommended Fertilizers and Application Schedules*

1. *Planting Stage (0-14 days)*: 3-4 bags of 14-14-14 (NPK) per hectare.

2. *Growth Stage*: 1 bag of urea (46-0-0) or 2 bags of ammonium sulfate (21-0-0) per hectare.

3. *Flowering Stage*: 1 bag of urea (46-0-0) per hectare. And Potassuim (0-0-60) 1 bag 1:1


*4. Farm Management Tools*

1. *MOET (Minus One Element Technique) App*: Monitor soil and nutrient levels.

2. *RCMAS (Rice Crop Manager Advisory Services)*: Personalized crop management recommendations.

3. *LCC (Leaf Color Chart) App*: Optimize nitrogen application based on leaf color.


*5. Best Rice Farming Practices*

1. *Proper Flooding*: 

* Maintain optimal water depth (3-5 cm). Depends in rice Phases

*Remove the water at 1-2 weeks before harvest

2. *Uniform Crop Establishment*: Ensure consistent plant spacing and density.


# Additional Resources

1. *DA Philrice Knowledge Bank*: Comprehensive rice farming guide.

2. *IRRI (International Rice Research Institute)*: Global rice research and development.

3. *AgriHarvest Hub*: Expert advice and agricultural resources.


# Key Considerations

1. Soil testing for nutrient deficiencies.

2. Integrated Pest Management (IPM) practices.

3. Efficient water management.

4. Regular monitoring and evaluation.


By adopting these best practices, rice farmers can optimize yields, reduce environmental impact, and improve profitability.


Regards, AgriHarvest Hub -Agriculturist

#BetterRiceCommunities

Wednesday, 15 January 2025

Department of Chemicals & petrochemicals conducts 3rd training programme on “Chemical and Petrochemical Industrial Safety” at Bhubaneswar with the motto “Safety First, Sustainability Always: Protecting People and Planet!”


Ministry of Chemicals and Fertilizers

azadi ka amrit mahotsav

Department of Chemicals & petrochemicals conducts 3rd training programme on “Chemical and Petrochemical Industrial Safety” at Bhubaneswar with the motto “Safety First, Sustainability Always: Protecting People and Planet!”

Posted On: 15 JAN 2025 2:35PM by PIB Delhi

As a part of Government of India’s Action Plan for Viksit Bharat@2047, the Department of Chemicals and Petrochemicals conducted 3rd training programme on “Chemical and Petrochemical Industrial Safety” at Bhubaneswar during 10-11th January 2025 at CIPET: IPT-Bhubaneswar, with focus on Major Accident Hazard (MAH) units in Chemical and Petrochemical Sector.

This program is the part of a series of training programmes that are being organized by the Department on Industrial Chemical Safety covering 2393 Major Accident Hazard units identified across the country. A total of 48 training programmes are planned to cover all these MAH Units over the period of next five years. This training programme witnessed participation of 108 representatives across 62 chemical industries including participants from 41 MAH units.

Technical Experts from IIT, Bhubaneswar, CSIR-Institute of Minerals and Materials Technology (IMMT), MSME Development & Facilitation Office-Odisha, State Pollution Control Board and reputed industries such as IFFCO, Paradeep Phosphate Ltd., Indian Oil Corporation Ltd., Jindal Steels & Power delivered lectures on various aspects related to safety.

Thematic areas that were covered under the training programme included Advance Risk Assessment techniques, Toxicology, Onsite & Offsite Emergency Plan, Role of ICT and other technologies in Chemical Safety, Global Harmonized System, Hazardous Identification techniques, Loss statistics and loss Prevention, Process Safety management, Environmental Prevention and Spill prevention, Hazardous Waste Management. Labelling of chemicals and Safety data Sheet (SDS) & Fire and Explosion Safety.


To give the industrial employees a hands-on experience, a mock drill was also conducted in coordination with the State Fire Department, Odisha.


**

India to achieve 20% ethanol blending target in 2 months: Gadkari

 

India to achieve 20% ethanol blending target in 2 months: Gadkari


The road transport and highways minister said Tata Motors, Mahindra & Mahindra, Maruti Suzuki, and Hyundai Motors have started manufacturing vehicles that run on 100 per cent bio-ethanol


Ethanol

India is 85 per cent dependent on imports for meeting its oil needs.

India will achieve its target of 20 per cent ethanol blending in the next two months, Union minister Nitin Gadkari said on Wednesday.

The practice of blending ethanol with petrol began in 2001 as a pilot project.

"We will achieve this target of 20 per cent ethanol blending in the next two months. Use of E20 (petrol with 20 per cent ethanol) will help in reducing pollution," Gadkari said while speaking at an event.

The road transport and highways minister said Tata Motors, Mahindra & Mahindra, Maruti Suzuki, and Hyundai Motors have started manufacturing vehicles that run on 100 per cent bio-ethanol.

Gadkari said pollution is a serious problem in the country as 42 Indian cities are among 50 most-polluted cities in the world.

Sugar Ethanol

Govt to focus on ethanol needs before considering sugar exports: Food secy

The oil marketing companies (OMCs) in their second tender for supply of 0.88 billion litres of ethanol in 2024-25 supply year have for the first time said that preference would be given to ethanol produced from cooperative sugar factories, officials

Govt urges sugar industry to diversify into ethanol-diesel, green hydrogen

Centre grants approval for 47 ethanol projects in Bihar for loan subsidies

Ethanol blending saved foreign exchange worth Rs 1.08 trillion since 2014

Premium

Centre may raise purchase price of cane ethanol by up to Rs 3 per litre

Prime Minister Narendra Modi had launched the higher 20 per cent ethanol-blended petrol in 2023.

In the first phase, 15 cities was covered.

Use of ethanol, extracted from sugarcane as well as broken rice and other agri produce, will help India -- the world's third largest oil consumer -- bring down its reliance on overseas shipments.

India is 85 per cent dependent on imports for meeting its oil needs.

Use of E20 leads to an estimated reduction of carbon monoxide emissions by about 50 per cent in two-wheelers and about 30 per cent in four-wheelers compared to E0 (neat petrol).

The target of achieving average 10 per cent blending was achieved in June 2022, much ahead of the target date of November 2022.

Automobile engines can run on E20 with minor modifications in engine for corrosion, etc.



AM Green and DP World Join Forces to Establish India as a Global Hub for Green Molecules

AM Green and DP World Join Forces to Establish India as a Global Hub for Green Molecules

AM Green Logo (PRNewsfoto/AM Green)

News provided by

AM Green 

Jan 13, 2025, 23:30 ET

Aiming to export 2 MTPA of green fuels, this partnership positions India as a leader in global decarbonization efforts.

HYDERABAD, India, Jan. 14, 2025 /PRNewswire/ -- AM Green, a leader in green hydrogen and ammonia production, has partnered with DP World, a global logistics leader, to create a sustainable supply chain for green fuels and chemicals. This collaboration will significantly enhance global decarbonisation efforts by enabling seamless exports to key consumption mark

AM Green Ammonia Plant and Port Infrastructure at Kakinada, India

AM Green Ammonia Plant and Port Infrastructure at Kakinada, India

Under the Memorandum of Understanding (MOU), signed in December, DP World and AM Green will jointly develop logistics and storage infrastructure to facilitate the global export of 1 million tonnes per annum (MTPA) of green ammonia and 1 MTPA of green methanol. This includes:

Developing port infrastructure across AM Green Net-Zero Industrial Clusters to facilitate global exports,

Developing bunkering infrastructure across Dubai, India, and Southeast Asia for green ammonia and methanol supplied from AM Green plants,

Establishing strategic terminal infrastructure across the European Union, Far East, and UAE to provide the required zero carbon supply chain to support their transition to a low carbon economy.

AM Green is developing multiple projects across India, using renewable energy sources, including solar, wind and hydroelectric power, to produce Sustainable Aviation Fuel (SAF), green ammonia, green hydrogen, chemicals and biofuels. It has an ambitious target of 5 MTPA of production capacity by 2030, that will make a significant contribution to India's net-zero targets and global decarbonization goals. The company has already taken a final investment decision for a 1 MTPA Green Ammonia plan in Kakinada, Andhra Pradesh on India's eastern coast.

Mahesh Kolli, Founder, Greenko Group & AM Green, stated: "We are committed to contributing to India's ambition of emerging as a green energy exporter and we are excited to partner with DP World to build a world-class infrastructure for the global movement of green molecules. This strategic partnership will enable us to efficiently export green Ammonia, green methanol, and other sustainable fuels, enhancing the global green supply chain and supporting the global shift to a low-carbon economy."

Yuvraj Narayan, Group Deputy CEO and CFO, DP World Group, said: "DP World aims to be essential to the future of global trade, ensuring everything it does has a long-lasting positive impact on economies and societies. As part of our commitment to driving sustainable supply chains, partnering with AM Green allows us to harness our expertise in logistics and infrastructure to facilitate the global distribution of clean fuels and chemical products. Together, we aim to play a pivotal role in enabling a low-carbon economy and advancing global sustainability goals."

About AM Green: AM Green is promoted by founders of Greenko Group, which is among India's leading renewable energy conglomerates. Greenko Group has experience in building, owning and operating renewable assets and is in the process of constructing mega closed loop pumped storage assets which will enable supply of round the clock power at a very competitive rate. The founders have established AM Green as a new energy transition platform. AM Green's target is to produce Sustainable Aviation Fuel, Green Ammonia, Green Hydrogen, Green Chemicals and biofuels and to set up related technology partnerships and services through its various business verticals which are housed in the subsidiaries of AM Green. AM Green will house production of green chemicals, green hydrogen, and biofuels. AM Green is committed to producing green ammonia at scale across multiple locations in India. Goal is to reach 5 MTPA of green ammonia capacity by 2030, which will directly contribute to India's net-zero targets, while simultaneously supporting OECD markets in their decarbonization efforts. This output will be equivalent to 1 MTPA of green hydrogen, representing one-fifth of India's target for green hydrogen production and 10% of Europe's target for green hydrogen imports.

About DP World: DP World is reshaping the future of global trade to improve lives everywhere. Operating across six continents with a team of over 100,000 employees, we combine global infrastructure and local expertise to deliver seamless supply chain solutions. From Ports and Terminals to Marine Services, Logistics and Technology, we leverage innovation to create better ways to trade, minimizing disruptions from the factory floor to the customer's door. www.dpworld.com 


AM Green Contact:

Suheil Imtiaz

Public Affairs & Strategic Communication

suheil.m@amgreen.com

+ 91 94401 59289

DP World Contact:

Adal Mirza

Group Vice President

Adal.mirza@dpworld.com

+971 50 628 7856


Photo: https://mma.prnewswire.com/media/2596575/AM_Green.jpg

Logo: https://mma.prnewswire.com/media/2490224/AM_GREEN_Logo.jpg

Logo: https://mma.prnewswire.com/media/2596574/DP_World_Logo.jpg

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