The Silent Collapse Beneath Our Feet: India

The Silent Collapse Beneath Our Feet: India's Earthworm Crisis

Vijay Garg
Beneath the surface of India’s farms, forests, and gardens lives a quiet workforce that has supported civilization for centuries — earthworms. Often called the “engineers of the soil,” these tiny creatures play a vital role in maintaining soil fertility, recycling organic matter, improving water retention, and supporting healthy plant growth. Yet today, India faces a silent ecological crisis: the alarming decline of earthworm populations.
 
Unlike floods, droughts, or pollution, the disappearance of earthworms attracts little public attention. There are no dramatic headlines or visible disasters. However, the consequences are profound. When earthworms disappear, soil slowly loses its life, productivity, and resilience.
 
Earthworms naturally aerate the soil by creating tunnels that allow air and water to penetrate deep underground. Their movement improves soil structure and helps roots grow more effectively. They also break down dead leaves, crop residues, and organic waste into nutrient-rich humus, which nourishes crops naturally. In many ways, earthworms act as unpaid farmers working continuously beneath our feet.
 
India’s agricultural system, however, has increasingly become hostile to these organisms. Excessive use of chemical fertilizers, pesticides, and herbicides has damaged soil biodiversity. Modern intensive farming practices, deep ploughing, stubble burning, and monoculture cultivation disturb the natural habitat of earthworms. Climate change, rising temperatures, and irregular rainfall patterns further worsen the problem.
 
Punjab, Haryana, and other Green Revolution states provide an important example. While these regions helped India achieve food security, decades of heavy chemical dependence have degraded soil health significantly. Many farmers now report hardened soils, declining fertility, and reduced natural productivity. Scientific studies increasingly point toward shrinking microbial and earthworm populations as one of the hidden causes.
 
Urbanization also contributes to the crisis. Expanding cities cover fertile land with concrete, reducing natural ecosystems where earthworms thrive. Plastic pollution, industrial waste, and contaminated water further poison the soil environment.
 
The decline of earthworms directly affects food security. Healthy soil rich in organic life produces healthier crops with better nutritional value. Without earthworms, soil becomes compact, less fertile, and more dependent on artificial chemical inputs. This creates a dangerous cycle where farmers use more fertilizers to compensate for declining natural fertility, causing even greater ecological damage.
 
The crisis is not irreversible. Sustainable farming practices can restore soil life. Organic farming, composting, reduced chemical use, crop rotation, natural mulching, and vermiculture can help revive earthworm populations. Farmers who adopt natural farming methods often observe softer soils, improved moisture retention, and reduced cultivation costs over time.
 
Public awareness is equally important. Earthworms may appear insignificant, but they are essential to ecological balance. Protecting them means protecting agriculture, biodiversity, water conservation, and future food systems.
 
India’s environmental debates often focus on air pollution, rivers, forests, and climate change. Yet the health of soil receives far less attention, despite being the foundation of life itself. A nation cannot remain agriculturally strong if its soil becomes biologically dead.
 
The earthworm crisis is therefore not merely a scientific concern; it is a warning about the future of Indian agriculture and environmental sustainability. The collapse happening silently beneath our feet today may shape the food security and ecological stability of tomorrow.
Even after board exams ended, many students and parents say stress continued through CBSE’s re-evaluation and answer sheet access process.
From portal crashes and payment failures to missing pages and unreadable answer sheets, several technical glitches were reported during the post-result process.
 
Fee glitches and payment failures
 
Students shared screenshots showing sudden spikes in fees during the re-evaluation process. In one reported case, the amount allegedly crossed Rs 69,000 for answer sheet services, while another student claimed charges for four answer sheets jumped into lakhs instead of a few hundred rupees. CBSE later acknowledged technical issues and said refunds would be issued.
 
Many students also reported that money was deducted from their bank accounts, but applications were not submitted successfully on the portal. Some feared missing deadlines as payment statuses failed to update.
 
Issues with answer sheets
 
Students who obtained scanned copies of answer sheets said several pages were blurred or unclear, making it difficult to decide whether to apply for re-evaluation. Some also reported missing pages in the scanned copies.
In another case, a Class XII student alleged that the Physics answer sheet uploaded under his roll number did not belong to him. CBSE later stated that the correct copy had been sent to the student’s email address. Parents also raised concerns that marks had not been awarded for answers that reportedly matched the official answer key.
 
Portal problems added to stress
 
Students reported login failures despite entering correct credentials. On a major application day, the portal reportedly remained affected for hours, causing delays and a rush of applications later in the evening.
 
Other issues included captcha codes not displaying and payment pages repeatedly redirecting users instead of confirming submissions. CBSE later advised students not to submit duplicate requests, citing delayed status updates during heavy traffic.
 
Glitches during CBSE's re-evaluation process
Fake circulars and deadline extensions
 
The process was also affected by confusion over result dates and repeated deadline extensions for obtaining scanned answer sheets. A fake circular claiming that the re-evaluation and photocopy process had been cancelled circulated on social media, adding to anxiety among students and parents.
 
Concerns were also raised about the rollout of the new on-screen marking system, with some questioning whether the transition had been introduced too quickly.
 
CBSE's response
 
CBSE said all genuine concerns related to scanned answer books and evaluation would be reviewed by subject experts through the prescribed mechanism. The board also urged students and parents not to panic over evaluation-related concerns.
 
To improve the system, experts from IIT Madras and IIT Kanpur have been brought in to assess the process and recommend changes. Four public sector banks have also been tasked with strengthening the payment gateway infrastructure.
 
Student faces online trolling
 
The controversy also led to online trolling in one case involving a Class XII student, Vedant Srivastava, who claimed that the Physics answer sheet linked to his roll number was not his. After sharing screenshots comparing handwriting across papers, he faced abuse online, with some users accusing him of trying to damage CBSE’s reputation. He later received support from public figures and online groups.
The proposed shift of the National Eligibility-cum-Entrance Test (NEET) from a single-session pen-and-paper (PnP) examination to multi-session computer-based testing (CBT) is primarily driven by repeated controversies over paper leaks, OMR tampering, transportation vulnerabilities, and operational failures. CBT is expected to reduce such risks through encrypted digital delivery and the elimination of printed papers.
 
The NEET-PnP is conducted in a single session, with the same paper for all candidates. Students receive carbon copies of their optical mark recognition (OMR) sheets, allowing independent verification of raw marks directly used for ranking. The system is thus transparent, verifiable, and based on a common benchmark.
 
NEET-CBT fundamentally changes this structure. With India’s IT infrastructure reportedly accommodating only about 1.2 lakh candidates per session, conducting NEET for nearly 24 lakh students may require around 20 sessions with different question papers.
 
Since no two papers can be identical in difficulty, comparing raw marks directly is statistically unfair. Rankings, therefore, depend on normalised percentile scores derived through statistical methods rather than directly verifiable raw marks, raising concerns about precision, transparency, fairness, and verifiability, especially since no normalisation method can ever be perfectly error-free or universally accepted.
 
How does normalisation work?
The fundamental challenge in multi-session CBT is to fairly compare candidates who attempt different question papers across sessions. The underlying assumption is that candidates appearing in relatively tougher sessions are likely to score lower raw marks than those in easier ones.
To compensate for such variations, raw marks are statistically normalised so that candidates are neither unfairly advantaged nor disadvantaged by their allotted session. The premise is that if all sessions have sufficiently similar candidate populations and comparable difficulty distributions, normalised percentile scores should theoretically produce fair rankings.
 
Most likely, the National Testing Agency (NTA) will use the same normalisation methodology for NEET-CBT as in JEE (Main), though NEET would involve nearly double the candidate volume.
 
A candidate’s performance is assessed relative to other candidates in the same session using percentile scoring. A percentile score indicates the percentage of candidates scoring equal to or below a particular candidate. Thus, the topper of every session receives a percentile of 100 irrespective of raw marks, while percentile values at lower scores vary depending on the number of candidates appearing in that session.
 
In the first stage, percentile scores are calculated for each subject and in the aggregate within every session. These are then placed on a common statistical scale to generate normalised scores, called NTA scores — often reported to several decimal places to reduce ties — and final rankings across all sessions.
 
Can normalisation distort merit and ranking?
 
It is the central controversy in multi-session CBT. Since rankings depend on statistically normalised percentile scores, candidates cannot independently verify precisely how normalisation across sessions was computed.
 
In NEET, where even a single mark can change ranks by thousands, tiny normalisation variations may significantly alter outcomes. For example, a candidate scoring 710 in one session may rank below another scoring 680 in another session, potentially affecting admission to institutions such as the All India Institute of Medical Sciences (AIIMS).
 
The concern is not that normalisation is mathematically invalid, but that even small statistical adjustments can significantly alter rankings and admissions, creating distrust when normalised scores fall below actual raw marks.
 
Why will normalisation severely impact NEET, not JEE?
 
NTA already uses normalisation in the Joint Entrance Examination or JEE (Main), where anomalies are evident. Its impact, however, remains limited because about 2.5 lakh top candidates proceed to IIT-JEE (Advanced) for admission to 23 Indian Institutes of Technology and a few other institutions for a few tens of thousands of seats.
 
For them, JEE (Main) mainly serves as an eligibility screening test, since admissions are ultimately based on IIT-JEE (Advanced), a single-session examination conducted without normalisation. For most remaining JEE (Main) candidates as well, precision in normalised scores matters less because lakhs of engineering seats are available across 31 National Institutes of Technology, 26 Indian Institutes of Information Technology, and numerous other public and private institutions, with several thousand seats remaining vacant each year.
 
 
NEET is fundamentally different. Over 22 lakh candidates compete for a very limited number of medical seats, including a few hundred at top institutions such as AIIMS and the Jawaharlal Institute of Postgraduate Medical Education and Research. With extreme rank compression, even fractional percentile differences or minor normalization adjustments may significantly alter ranks and admissions, especially for meritorious candidates near critical cutoffs.
 
However, normalisation has a limited impact on management-quota admissions in private colleges, where NEET largely functions as an eligibility examination.
 
What about global digital exams?
 
Global digital examinations such as Scholastic Assessment Test (SAT), Test of English as a Foreign Language (TOEFL), and Graduate Record Examination (GRE) differ fundamentally from NEET and JEE. They are adaptive tests, where subsequent questions depend on responses to earlier ones, unlike NEET and JEE, where all candidates in a session receive the same question set.
 
Moreover, they are not single-criterion rank-based admission tests. They assess aptitude, language proficiency, or academic readiness as only one component of broader admission processes.
 
NEET and JEE, in contrast, are single-criterion rank-based admission tests in which rankings alone determine admissions for limited seats.
 
China’s Gaokao — perhaps the closest examination to NEET in scale and stakes — still relies largely on raw-score-based merit systems.
 
What is the way forward?
 
 
Normalisation in NEET-CBT is the biggest challenge, given the scale and stakes of the examination. Question-difficulty balancing, session-equivalence testing, disclosure mechanisms, simulation studies, and independent technical oversight would become essential. Both raw and normalised scores should be disclosed to improve transparency.
 
The system would therefore need to be transparent, verifiable, explainable, and statistically robust. Yet possible ranking distortions are likely to generate distrust and controversy.
 
The larger question is whether an examination in which even a single mark determines life-altering outcomes should shift away from directly verifiable raw-score merit toward statistically processed rankings. Before any transition, alternative models should be openly debated with genuine academic experts rather than only through high-powered committees.
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